Pioneer XDJ-RX .pdf
February 20, 2017 | Author: boroda2410 | Category: N/A
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Description
ORDER NO.
RRV4592 XDJ-RX
DJ SYSTEM
XDJ-RX THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S). Model
Type
Power Requirement
XDJ-RX
LSYXJ8
AC 110 V to 240 V
XDJ-RX
UXJCB
AC 110 V to 240 V
XDJ-RX
AXJ5
AC 110 V to 240 V
Remarks
PIONEER CORPORATION 1-1, Shin-ogura, Saiwai-ku, Kawasaki-shi, Kanagawa 212-0031, Japan PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A. PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936 PIONEER CORPORATION 2015 K-MZV MAR. 2015 Printed in Japan
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SAFETY INFORMATION A
This service manual is intended for qualified service technicians; it is not meant for the casual do-ityourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair complex products such as those covered by this manual. Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty. If you are not qualified to perform the repair of this product properly and safely, you should not risk trying to do so and refer the repair to a qualified service technician. WARNING B
This product may contain a chemical known to the State of California to cause cancer, or birth defects or other reproductive harm. Health & Safety Code Section 25249.6 - Proposition 65
(FOR USA MODEL ONLY)
1. SAFETY PRECAUTIONS The following check should be performed for the continued protection of the customer and service technician. C
ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED BEFORE RETURNING THE APPLIANCE TO THE CUSTOMER.
LEAKAGE CURRENT CHECK Measure leakage current to a known earth ground (water pipe, conduit, etc.) by connecting a leakage current tester such as Simpson Model 229-2 or equivalent between the earth ground and all exposed metal parts of the appliance (input/output terminals, screwheads, metal overlays, control shaft, etc.). Plug the AC line cord of the appliance directly into a 120 V AC 60 Hz outlet and turn the AC power switch on. Any current measured must not exceed 0.5 mA.
D
Reading should Leakage not be above current 0.5 mA tester
Device under test Test all exposed metal surfaces
Also test with plug reversed (Using AC adapter plug as required)
E
Earth ground
2. PRODUCT SAFETY NOTICE Many electrical and mechanical parts in the appliance have special safety related characteristics. These are often not evident from visual inspection nor the protection afforded by them necessarily can be obtained by using replacement components rated for voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this Service Manual. Electrical components having such features are identified by marking with a > on the schematics and on the parts list in this Service Manual. The use of a substitute replacement component which does not have the same safety characteristics as the PIONEER recommended replacement one, shown in the parts list in this Service Manual, may create shock, fire, or other hazards. Product Safety is continuously under review and new instructions are issued from time to time. For the latest information, always consult the current PIONEER Service Manual. A subscription to, or additional copies of, PIONEER Service Manual may be obtained at a nominal charge from PIONEER.
AC Leakage Test
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XDJ-RX 1
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CONTENTS SAFETY INFORMATION.......................................................................................................................................................... 2 1. SERVICE PRECAUTIONS .................................................................................................................................................... 5 1.1 NOTES ON SOLDERING ............................................................................................................................................... 5 1.2 NOTES ON REPLACING ............................................................................................................................................... 5 1.3 SERVICE NOTICE.......................................................................................................................................................... 5 2. SPECIFICATIONS................................................................................................................................................................. 6 3. BASIC ITEMS FOR SERVICE .............................................................................................................................................. 7 3.1 CHECK POINTS AFTER SERVICING ........................................................................................................................... 7 3.2 JIGS LIST ....................................................................................................................................................................... 7 3.3 PCB LOCATIONS ........................................................................................................................................................... 8 4. BLOCK DIAGRAM .............................................................................................................................................................. 10 4.1 OVERALL WIRING DIAGRAM (1/2) ............................................................................................................................. 10 4.2 OVERALL WIRING DIAGRAM (2/2) ............................................................................................................................. 12 4.3 SIGNAL BLOCK DIAGRAM (CHASSIS SECTION)...................................................................................................... 14 4.4 SIGNAL BLOCK DIAGRAM (PANEL SECTION) .......................................................................................................... 16 4.5 POWER BLOCK DIAGRAM ......................................................................................................................................... 18 5. DIAGNOSIS ........................................................................................................................................................................ 20 5.1 STARTUP SEQUENCE ................................................................................................................................................ 20 5.2 TROUBLESHOOTING.................................................................................................................................................. 21 5.3 SIMPLIFIED DIAGNOSTIC PROCEDURE FOR AUDIO SIGNAL................................................................................ 30 5.4 VOLTAGE MONITORING CIRCUIT .............................................................................................................................. 31 5.5 ABOUT PROTECTOR .................................................................................................................................................. 33 5.6 METHOD FOR CONNECTION CONFIRMATION OF THE LAN (LINK) PORT............................................................ 34 5.7 IC INFORMATION ........................................................................................................................................................ 35 6. SERVICE MODE ................................................................................................................................................................. 36 6.1 TEST MODE................................................................................................................................................................. 36 6.2 ABOUT THE DEVICE................................................................................................................................................... 42 7. DISASSEMBLY ................................................................................................................................................................... 43 8. EACH SETTING AND ADJUSTMENT ................................................................................................................................ 59 8.1 NECESSARY ITEMS TO BE NOTED........................................................................................................................... 59 8.2 UPDATING OF THE FIRMWARE ................................................................................................................................. 60 8.3 ADJUSTMENT METHOD FOR ROTATION LOAD OF THE JOG DIALS ..................................................................... 61 8.4 USER SETABLE ITEMS ............................................................................................................................................... 62 9. EXPLODED VIEWS AND PARTS LIST............................................................................................................................... 64 9.1 PACKING SECTION ..................................................................................................................................................... 64 9.2 BOTTOM SECTION...................................................................................................................................................... 66 9.3 CHASSIS SECTION ..................................................................................................................................................... 68 9.4 CONTROL PANEL SECTION (1/3)............................................................................................................................... 70 9.5 CONTROL PANEL SECTION (2/3)............................................................................................................................... 72 9.6 CONTROL PANEL SECTION (3/3)............................................................................................................................... 74 9.7 JOG DIAL SECTION .................................................................................................................................................... 76 9.8 LCD SECTION.............................................................................................................................................................. 78 10. SCHEMATIC DIAGRAM .................................................................................................................................................... 80 10.1 MAIN ASSY (1/16)...................................................................................................................................................... 80 10.2 MAIN ASSY (2/16)...................................................................................................................................................... 82 10.3 MAIN ASSY (3/16)...................................................................................................................................................... 84 10.4 MAIN ASSY (4/16)...................................................................................................................................................... 86 10.5 MAIN ASSY (5/16)...................................................................................................................................................... 88 10.6 MAIN ASSY (6/16)...................................................................................................................................................... 90 10.7 MAIN ASSY (7/16)...................................................................................................................................................... 92 10.8 MAIN ASSY (8/16)...................................................................................................................................................... 94 10.9 MAIN ASSY (9/16)...................................................................................................................................................... 96 10.10 MAIN ASSY (10/16).................................................................................................................................................. 98 10.11 MAIN ASSY (11/16)................................................................................................................................................ 100 10.12 MAIN ASSY (12/16)................................................................................................................................................ 102 10.13 MAIN ASSY (13/16)................................................................................................................................................ 104 10.14 MAIN ASSY (14/16)................................................................................................................................................ 106 10.15 MAIN ASSY (15/16)................................................................................................................................................ 108 10.16 MAIN ASSY (16/16)................................................................................................................................................ 110 10.17 JACK1 ASSY (1/2).................................................................................................................................................. 112 10.18 JACK1 ASSY (2/2).................................................................................................................................................. 114 10.19 JACK2 ASSY (1/3).................................................................................................................................................. 116 10.20 JACK2 ASSY (2/3).................................................................................................................................................. 118
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XDJ-RX 5
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A
B
C
D
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10.21 JACK2 ASSY (3/3) ..................................................................................................................................................120 10.22 HPJB and MICT ASSYS .........................................................................................................................................122 10.23 USB1 and USB2 ASSYS ........................................................................................................................................123 10.24 USBP1 ASSY..........................................................................................................................................................124 10.25 USBP2 ASSY..........................................................................................................................................................126 10.26 EXTB ASSY (1/3)....................................................................................................................................................128 10.27 EXTB ASSY (2/3)....................................................................................................................................................130 10.28 EXTB ASSY (3/3)....................................................................................................................................................132 10.29 DPNL1 and DPNL2 ASSYS ....................................................................................................................................134 10.30 MIXB ASSY (1/4) ....................................................................................................................................................136 10.31 MIXB (2/4), CRFB and CHF1 ASSYS.....................................................................................................................138 10.32 MIXB ASSY (3/4) ....................................................................................................................................................140 10.33 MIXB ASSY (4/4) ....................................................................................................................................................142 10.34 LLED ASSY.............................................................................................................................................................144 10.35 CDJB ASSY (1/3)....................................................................................................................................................146 10.36 CDJB ASSY (2/3)....................................................................................................................................................148 10.37 CDJB ASSY (3/3)....................................................................................................................................................150 10.38 PNL1 ASSY.............................................................................................................................................................152 10.39 PNL2 ASSY.............................................................................................................................................................154 10.40 JOGT1 and JOGR1 ASSYS....................................................................................................................................156 10.41 JOGT2 and JOGR1 ASSYS....................................................................................................................................158 10.42 JLED1 ASSY...........................................................................................................................................................160 10.43 JLED2 ASSY...........................................................................................................................................................162 10.44 POWER SUPPLY ASSY .........................................................................................................................................164 10.45 VOLTAGES..............................................................................................................................................................166 10.46 WAVEFORMS .........................................................................................................................................................167 11. PCB CONNECTION DIAGRAM ......................................................................................................................................170 11.1 MAIN ASSY...............................................................................................................................................................170 11.2 JACK1, JACK2, HPJB and MICT ASSYS .................................................................................................................174 11.3 USB1, USB2, USBP1 and USBP2 ASSYS...............................................................................................................178 11.4 EXTB, DPNL! And DPNL2 ASSYS ...........................................................................................................................180 11.5 MIXB, CRFB, CHF1 and LLED ASSYS ....................................................................................................................184 11.6 CDJB, PNL1 and PNL2 ASSYS ................................................................................................................................188 11.7 JOGT1, JOGT2, JOGR1, JLED1 and JLED2 ASSYS ..............................................................................................192 11.8 POWER SUPPLY ASSY ...........................................................................................................................................196 12. PCB PARTS LIST ............................................................................................................................................................197
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XDJ-RX 1
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1. SERVICE PRECAUTIONS 1.1 NOTES ON SOLDERING A
• For environmental protection, lead-free solder is used on the printed circuit boards mounted in this unit. Be sure to use lead-free solder and a soldering iron that can meet specifications for use with lead-free solders for repairs accompanied by reworking of soldering. • Compared with conventional eutectic solders, lead-free solders have higher melting points, by approximately 40 ºC. Therefore, for lead-free soldering, the tip temperature of a soldering iron must be set to around 373 ºC in general, although the temperature depends on the heat capacity of the PC board on which reworking is required and the weight of the tip of the soldering iron. Do NOT use a soldering iron whose tip temperature cannot be controlled. Compared with eutectic solders, lead-free solders have higher bond strengths but slower wetting times and higher melting temperatures (hard to melt/easy to harden).
B
The following lead-free solders are available as service parts: • Parts numbers of lead-free solder: GYP1006 1.0 in dia. GYP1007 0.6 in dia. GYP1008 0.3 in dia.
C
1.2 NOTES ON REPLACING The part listed below is difficult to replace as a discrete component part. When the part listed in the table is defective, replace whole Assy. Assy Name
Ref No. IC102, IC105 MAIN Assy IC401, IC402 IC602 IC1001 IC1201, IC1301 IC1401 IC1801 USBP1 Assy/ IC8101, IC8301 USBP2 Assy IC8102, IC8302 IC8601 EXTB Assy IC8701
Part No. BD9328EFJ BD9851EFV MMPF0100F0AEP MCIMX6U6AVM08AC K4B1G1646G-BCK0 LAN8720A-CP USB2512B-AEZG-TR BD9328EFJ TPS2557DRB R1290K103A BD81A04EFV-M
Parts that is Difficult to Replace Function DC-DC CONVERTER (for system power) DC-DC CONVERTER (for audio power) PO SUPPLY IC (Power management IC) U-PRO IC (Application processor) RAM IC (DDR3) INTERFACE IC (LAN PHY) INTERFACE IC (USB HUB) DC-DC CONVERTER (for USB power supply) High-side SW IC (for USB current control) DC/DC CONV IC (for display power) DRIVER IC (for LCD back right)
D
Remarks IC with heat-pad IC with heat-pad QFN IC with heat-pad BGA BGA QFN IC with heat-pad QFN IC with heat-pad IC with heat-pad IC with heat-pad QFN IC with heat-pad IC with heat-pad
E
1.3 SERVICE NOTICE About the Flash ROM (IC1501) in the MAIN Assy Replacement of the Flash ROM (IC1501: DYW1864 (first release)) in the MAIN Assy is not possible during service, because writing of the MAC address on the production line is required. Therefore, the Flash ROM (IC1501) is not supplied as a service part. If the Flash ROM is defective, replace the whole MAIN Assy.
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2. SPECIFICATIONS A
B
C
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E
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Power requirements....................... AC 110 V to 240 V, 50 Hz/60 Hz Power consumption ..................................................................35 W Power consumption (standby) ................................................0.4 W Main unit weight........................................................8.0 kg (17.6 lb) Max. external dimensions.........728.2 mm (W) × 104.2 mm (H) × 411.9 mm (D) (28.7 in. (W) × 4.1 in. (H) × 16.2 in. (D)) Tolerable operating temperature........... +5 °C to +35 °C (+41 °F to +95 °F) Tolerable operating humidity............5 % to 85 % (no condensation) Audio Section Sampling rate .....................................................................44.1 kHz A/D, D/A converter................................................................. 24 bits Frequency characteristic USB, LINE/PHONO, MIC1, MIC2 ........................ 20 Hz to 20 kHz S/N ratio (rated output, A-WEIGHTED) USB ................................................................................... 111 dB LINE/PHONO ...................................................................... 97 dB MIC...................................................................................... 84 dB Total harmonic distortion (20 Hz — 20 kHzBW) USB ..................................................................................0.002 % LINE/PHONO ...................................................................0.004 % Standard input level / Input impedance LINE/PHONO ........................................................–12 dBu/47 kΩ MIC.......................................................................–52 dBu/8.5 kΩ Standard output level / Load impedance / Output impedance MASTER1......................................... +6 dBu/10 kΩ/390 Ω or less MASTER2......................................... +2 dBu/10 kΩ/820 Ω or less BOOTH............................................. +6 dBu/10 kΩ/390 Ω or less PHONES .............................................. +8 dBu/32 Ω/10 Ω or less Rated output level / Load impedance MASTER1................................................................24 dBu/10 kΩ MASTER2................................................................20 dBu/10 kΩ Crosstalk LINE/PHONO ...................................................................... 82 dB Channel equalizer characteristic HI .......................................................... –26 dB to +6 dB (13 kHz) MID......................................................... –26 dB to +6 dB (1 kHz) LOW ....................................................... –26 dB to +6 dB (70 Hz) Microphone equalizer characteristic HI ........................................................ –12 dB to +12 dB (10 kHz) LOW ................................................... –12 dB to +12 dB (100 Hz)
Accessories • Power cord (LSYXJ8: ADG1244) (UXJCB: DDG1108) (AXJ5: DDG1114) • LAN cable (DDE1141) • Warranty (LSYXJ8 only) • Operating instructions ( Qick start guide) (LSYXJ8: DRH1293, DRH1294) (UXJCB: DRH1292) (AXJ5: DRH1299) • Software information (DRH1305)
Input / Output terminals LINE/PHONO terminals RCA pin jack........................................................................ 2 sets MIC1 terminal XLR connector/phone jack (Ø 6.3 mm) ................................. 1 set MIC2 terminal Phone jack (Ø 6.3 mm).......................................................... 1 set MASTER1 terminals XLR connector....................................................................... 1 set MASTER2 terminals RCA pin jacks ........................................................................ 1 set BOOTH OUT terminals Phone jack (Ø 6.3 mm).......................................................... 1 set PHONES terminals Stereo phone jack (Ø 6.3 mm) .............................................. 1 set Stereo mini phone jack (Ø 3.5 mm)....................................... 1 set USB terminal A type .................................................................................. 2 sets B type .................................................................................... 1 set • Be sure to use the [MASTER1] terminals only for a balanced output. Connection with an unbalanced input (such as RCA) using an XLR to RCA converter cable (or converter adapter), etc., may lower the sound quality and/or result in noise. For connection with an unbalanced input (such as RCA), use the [MASTER2] terminals. • The specifications and design of this product are subject to change without notice.
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3. BASIC ITEMS FOR SERVICE 3.1 CHECK POINTS AFTER SERVICING A
Items to be checked after servicing To keep the product quality after servicing, confirm recommended check points shown below. No. Procedure Check points 1
Confirm the firmware version.
The version of the firmware must be latest. Update firmware to the latest one, if it is not the latest.
2
Confirm whether the customer complain has been solved.
The customer complain must not be reappeared. Audio and operations must be normal.
3
Check the analog audio output.
There must be no errors in audio output and operations of each channel.
4
Check playback, using the fader function.
There must be no errors in audio output and operations of each channel.
5
Check the MASTER output.
Audio and operations must be normal.
6
Check the headphones output.
There must be no errors, such as noise, in the audio output.
7
Check the connection of each interface.
8
Playback data contained in the device connected to USB A.
Audio, Search and operations must be normal.
USB B.
The PC must be linked.
Playback the library data of the PC via LAN.
The rekordbox software must be linked.
Check the appearance of the product.
No scratches or dirt on its appearance after receiving it for service.
B
See the table below for the items to be checked regarding audio. Item to be checked regarding audio Distortion
Volume too high
Noise
Volume fluctuating
Volume too low
Sound interrupted
C
D
3.2 JIGS LIST E
Lubricants and Glues List
Name Lubricating oil
Part No.
Remarks
GYA1001
Refer to "9.5 CONTROL PANEL SECTION (2/3)", "9.7 JOG DIAL SECTION".
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XDJ-RX 5
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3.3 PCB LOCATIONS A
J
DPNL1 ASSY
EXTB ASSY
K
L
DPNL2 ASSY
• Bottom view B
JACK1 ASSY MICT ASSY
B
E
C JACK2 ASSY
USB1 ASSY
F
G
USBP1 ASSY
H
I
POWER SUPPLY ASSY
Y
USB2 ASSY USBP2 ASSY
C
A
HLD3 ASSY
MAIN ASSY
D Note: The 1 and 2 Assys of JOGT and JLED Assys have the same circuitry, parts, and board shapes. Only printed information is different, because their part numbers and wiring numbers are different. They are handled similarly in their production management. Therefore, either 1 or 2 Assy of the respective Assys is assembled in the respective place.
S
PNL2 ASSY
LLED ASSY
P M MIXB ASSY
R PNL1 ASSY
HLD2 ASSY
E
CDJB ASSY
Q
Q
CDJB ASSY HLD1 ASSY
JLED2 ASSY JOGR1 ASSY
F
X V
W JLED1 ASSY V JOGR1 ASSY
• Bottom view JOGT2 ASSY
CHF1 ASSY
U
O
O CHF1 ASSY N
8
CRFB ASSY JOGT1 ASSY
D
HPJB ASSY
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XDJ-RX 1
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5
NOTES:
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A
Parts marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List. The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation.
Mark No.
Description
Part No.
Mark No.
Description
Part No.
LIST OF ASSEMBLIES NSP
NSP
1..EXTA ASSY 2..JLED1 ASSY 2..JOGT1 ASSY 2..USB1 ASSY 2..USB2 ASSY
DWM2548 DWX3617 DWX3618 DWX3620 DWX3621
2..EXTB ASSY 2..JLED2 ASSY 2..JOGT2 ASSY 2..USBP1 ASSY 2..USBP2 ASSY
DWX3622 DWX3630 DWX3631 DWX3636 DWX3637
2..LLED ASSY 2..HLD1 ASSY 2..HLD2 ASSY
DWX3638 DWX3645 DWX3646
1..CDJA ASSY 2..CDJB ASSY 2..JOGR1 ASSY 2..CHF1 ASSY 2..HLD3 ASSY
DWM2549 DWX3614 DWX3619 DWX3624 DWX3647
NSP
1..MIXA ASSY 2..MIXB ASSY 2..MICT ASSY 2..CRFB ASSY
DWM2550 DWX3613 DWX3623 DWX3626
NSP
1..TRMA ASSY 2..JACK1 ASSY 2..JACK2 ASSY 2..PNL1 ASSY 2..PNL2 ASSY
DWM2551 DWX3615 DWX3616 DWX3628 DWX3629
2..HPJB ASSY 2..DPNL1 ASSY 2..DPNL2 ASSY
DWX3633 DWX3634 DWX3635
>
1..MAIN ASSY
DWX3590
POWER SUPPLY ASSY
DWR1463
B
C
D
E
F
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XDJ-RX 5
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2
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4. BLOCK DIAGRAM 4.1 OVERALL WIRING DIAGRAM (1/2) A
R PNL1 ASSY (DWX3628)
B
S5503 ASG1102-A
POWER SW
RT1
CDJ1_KEY0
GND_LED
CDJ1_LED0
V+5_LED
14
15
16
17
CDJ1_GRID7
V+3R3D
13
CDJ1_GRID5
12
GNDD
CDJ1_GRID6
10
9
11
N.C
8
N.C
PWR_SW
7
GND_AD
6
MIC_HI
N.C 5
2
4
V+3R3_AD
MIC_LOW
1
3
CN5501 VKN1248-A
3
6
2
5
1
4
RT2
2
1
CDJ_LED0
V+5LED
M M 1/4- M 4/4 MIXB ASSY (DWX3613)
GRID_SCK
17
GNDD
GNDD
4
16
GNDD
GNDD
5
15
GNDD
V+3R3D
6
14
V+3R3D
V+3R3D
7
13
V+3R3D
39
1
V+3R3AD
GND_LED
8
12
GND_LED
38
2
AD_SEL0
GND_LED
9
11
GND_LED
AD_SEL1
37
3
AD_SEL1
V+5_LED
10
10
V+5_LED
CDJ_AD1
36
4
CDJ_AD1
V+5_LED
11
9
V+5_LED
CDJ_AD0
35
5
CDJ_AD0
LED_SCK
12
8
LED_SCK
34
6
GND_AD
13
7
GNDD
CDJ_KEY1
33
7
CDJ_KEY1
14
6
LED_RCK
CDJ_KEY0
32
8
CDJ_KEY0
15
5
GNDD
CDJ_KEY2
31
9
CDJ_KEY2
16
4
LED_xG
CDJ_KEY3
30
10
CDJ_KEY3
17
3
GNDD
18
2
LLED_SI
19
1
GNDD
GNDD LED_RCK GNDD LED_xG GNDD
ASSY A O CHF1 N CRFB (DWX3624) (DWX3
2
2
V+3R3D
CDJ_PLAY
17
23
CDJ1_PLAY
JOGR_B
1
1
JOGR_B
CDJ_PAD2
16
24
CDJ1_PAD2
CDJ_CUE
15
25
CDJ1_CUE
CDJ_PAD1
14
26
CDJ1_PAD1
13
27
N.C.
PWR_SW/USB_REC
12
28
PWR_SW
JOGR_B(JOGR_0)
11
29
JOG1_ENC_B
JOGR_A(JOGR_1)
10
30
JOG1_ENC_A
9
31
JOG1_TCH
V+3R3_AD
1
1
V+3R3_AD
J_GRID_SI
8
32
JOG1_LED_SI
CHFD1_AD
2
2
CHFD_AD
J_GRID_xG
7
33
JOG_LED_xG
3
3
GND_AD
GNDD
From/To MAIN(CN2401)
ASSY ASSY W JLED1 X JLED2 (DWX3617) (DWX3630)
CRFD_AD
2
GND_AD
3 4
10 2
V+3R3_AD
2
CRFD_AD
3
GND_AD
4
GND_AD
See "OVERALL WIRIND D
XDJ-RX 1
1
DDD1683FFC/35P,370mm
Note: The 1 and 2 Assys of JOGT and JLED Assys have the same circuitry, parts, and board shapes. Only printed information is different, because their part numbers and wiring numbers are different. They are handled similarly in their production management. Therefore, either 1 or 2 Assy of the respective Assys is assembled in the respective place.
F
CN3801 KM200NA4L
GNDD
GNDD
V+5LED
GNDD
2
1
GRID_xG
GRID_SI
13
3
V+3R3E
4
12
5
GRID_RCK
V+3R3E
6
GND_LED
GRID_SCK
JOG Ploting Plate
JOG PLATE
11
V+5_LED
DDD1687FFC/39P,270mm
V+3R3D
V+5_LED
39
V+3R3D
GND_LED
38
1
9
37
2
V+5LED
10
3
V+5LED
V+12E
GNDLED
DDD1690FFC/6P,150mm
8
GND_LED
V+12E
36
7
4
V+5_LED
GNDLED
1
PF03PG-Q07 3P/70mm
6
JOG1_LED_SCK
V+5_LED
35
5
5
GND_LED
J_GRID_SCK
V+3R3_AD
GND_AD
4
JOG_LED_RCK
GND_LED
34
3
6
1
J_GRID_RCK
GND_AD
PF04PG-Q05 4P/50mm JP3202 PF04PG-Q05
CN3601 KM200NA3L
2
JOGT_SW
CHFB DWX3624- /J JP3201 PF03PG-Q07
CN3403 VKN2025-A
N.C/STBY_LED
V+5LED
GRID_SI_5
GRID_xG_5
JOGT2 ASSY (DWX3631)
6
5
4
GRID_RCK_5
GRID_SCK_5
GNDLED 1
JOGR1 ASSY (DWX3619)
1
U 3
1
KN9602,9802 CKF1089-A
2
V
KN9601,9801 CKF1089-A
CN9602,9802 CKS6634-A
T
PF04PG-Q07 CONNECTOR ASS'Y/4P, 70mm
JOGT1 ASSY (DWX3618)
EUP_MOSI
CDJ1_PAD3
V+3R3D
GNDD
22
GNDD
29
18
3
EUP_MISO
CDJ1_PAD0
CDJ_PAD3
3
28
21
GNDD
19
27
GNDD
CDJ_PAD0
JOGR_A
EUP_WRITE
20
26
V+3R3D
20
GNDD
GNDD
GRID_SI
19
25
N.C.
18
21
V+3R3D
EUP_RDY
GRID_SCK
17
22
GNDD
16
23
24
24
N.C. GRID_SI
23
GRID_SCK
DDD1689FFC/19P,40mm
EUP_REQ
N.C.
22
CDJ_LED0
15
GNDD
14
25
21
26
N.C.
PWR_ON
CDJ_LED0
20
CDJ_LED2
GNDD
13
19
27
GNDD
AUDIO_MUTE
CDJ_LED2
LLED_SI
18
CDJ_LED1
EUP_RESET
N.C.
12
17
11
28
16
29
GNDD
N.C. CDJ_LED1
15
GNDLED
GNDLED
GRID_SI
18
3
1
2 2
GNDLED
3
J_GRID_SCK
4
6
5
J_GRID_xG
J_GRID_SI
J_GRID_RCK
7
V+5LED
8
V+5LED
9
10
V+3R3D
JOGR_A
19
2
AD_SEL0
1
J_GRID_xG
J_GRID_SCK 3
J_GRID_SI
J_GRID_RCK 4
5
6
V+5LED 7
V+5LED 8
9
10
V+3R3D
JOGR_A
JOGR_B
GNDD
JOGT_SW 12
11 11
12
13
GNDD
JOGR_B
JOGT_SW
14
GNDF
GNDF
15
CN9601,9801 VKN1419-A
CN3401 VKN2097-A
CN3501 CKS5854-A
GNDD
4
GNDD
E
GRID_SCK
4
CN9201,9401 CKS6634-A
JOGR_A
CN9604,9804 AKM1275-A
1
V+3R3AD
GNDAD
DDD1691FFC/15P,105mm
JP9001 PF04PG-Q07
CN4002 VKN2097-A
GNDLED
D
13
GNDF 14
15
CN4001 VKN1246-A
GNDF
CDJB ASSY (DWX3614)
GRID_SI
ASSY P LLED (DWX3638)
CN3404 VKN1250-A
Q Q 1/3- Q 3/3
14
3
5
CDJ_KEY0
4
6
CDJ_GRID7
V+3R3D
7
CDJ_GRID6
GNDLED
8
CDJ_GRID5
9
10
GNDD
11
12
N.C
N.C./STBY_LED
13
PWR_SW/USB_REC
14
15
MIC_HI/MASTER
N.C
16
MIC_LOW/BOOTH
C
GNDAD
17
CN4003 VKN1248-A
V+3R3AD
DDD1684FFC/17P,65mm
3
4
5
6
7
8
A
When ordering service parts, be sure to refer to "EXPLODED VIEWS and PARTS LIST" or "PCB PARTS LIST". The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. : The power supply is shown with the marked box. -
S
B
V+5_LED
GND_LED
V+3R3D
CDJ2_KEY0
CDJ2_LED0
17
16
15
14
13
CDJ2_GRID5
N.C. 12
GNDD
USB_REC
STBY_LED
MVR_MUTE
N.C
GND_AD
CDJ2_GRID6 11
9
10
8
7
6
MASTER
5
BOOTH 2
4
V+3R3_AD 1
3
CN5701 VKN1248-A
PNL2 ASSY (DWX3629)
CN3501 CKS5854-A
29
N.C.
12
28
CDJ_LED1
CDJ2_LED2
13
27
CDJ_LED2
CDJ2_LED0
14
26
CDJ_LED0
N.C.
15
25
N.C.
GRID_SCK
16
24
GRID_SCK
N.C.
17
23
N.C.
GRID_SI
18
22
GRID_SI
19
21
V+3R3D
20
20
GNDD
CDJ2_PAD0
21
19
CDJ_PAD0
CDJ2_PAD3
22
18
CDJ_PAD3
CDJ2_PLAY
23
17
CDJ_PLAY
V+3R3D
CDJ2_PAD2
24
16
CDJ_PAD2
JOGR_B
CHFB DWX3624- /J
PF04PG-Q05 4P/50mm JP3202 PF04PG-Q05
+3R3_AD
1
CRFD_AD
2
GND_AD
3
GND_AD
JP3203 PF03PG-Q07
CN3801 KM200NA4L
4
1
V+3R3_AD
2
CRFD_AD
3
GND_AD
4
GND_AD
V+3R3_AD
1
1
V+3R3_AD
CHFD2_AD
2
2
CHFD_AD
3
3
GND_AD
GND_AD
GNDD
EUP_MOSI
GNDD
EUP_SCLK
28
29
30
QUANTIZE
EUP_MISO
27
FAULT_DET
GNDD
26
35
EUP_WRITE
25
34
GNDD
24
GNDD
EUP_RDY
23
EUP_CONT
GNDD
22
33
EUP_REQ
21
EUP_SS2
GNDD
20
32
PWR_ON
19
31
GNDD
18
PF03PG-Q07 3P/70mm
17
CN3601 KM200NA3L
CDJ2_CUE
25
15
CDJ_CUE
CDJ2_PAD1
26
14
CDJ_PAD1
STBY_LED
27
USB_REC
13
N.C/STBY_LED
28
12
PWR_SW/USB_REC
JOG2_ENC_B
29
11
JOGR_B(JOGR_0)
JOG2_ENC_A
30
10
JOGR_A(JOGR_1)
JOG2_TCH
31
9
JOGT_SW
32
8
J_GRID_SI
JOG_LED_xG
33
7
J_GRID_xG
JOG_LED_RCK
34
6
J_GRID_RCK
JOG2_LED_SCK
35
5
J_GRID_SCK
GND_LED
36
4
GNDLED
GND_LED
37
3
GNDLED
V+5_LED
38
2
V+5LED
V+5_LED
39
1
V+5LED
JOG2_LED_SI
1
JOGR_B
4
3
V+3R3D
GNDLED
1
5
CDJ_KEY0
2
6
CDJ_GRID7
V+5LED
7
CDJ_GRID6
CDJ_LED0
8
9
GNDD
10
PWR_SW/USB_REC
12
N.C
N.C./STBY_LED
13
N.C
11
14
15
MIC_HI/MASTER
GNDAD
16
MIC_LOW/BOOTH
CDJ_GRID5
JOGR_B
JOGR_A
V+3R3D
V+5LED
V+5LED
J_GRID_SI
J_GRID_xG
J_GRID_RCK
J_GRID_SCK
GNDLED
GNDLED
11
10
9
8
7
6
5
4
3
2
1 1
7
V+5LED
GNDLED
8
V+5LED
2
9
V+3R3D
GNDLED
10
JOGR_A
6
11
JOGR_B
3
V+3R3D
1
J_GRID_SCK
GNDD
2
4
JOGR_A
3
2
5
4
3
J_GRID_xG
GNDD
J_GRID_SI
ASSY CHF1 ASSY N CRFB (DWX3626) O (DWX3624)
CN9604,9804 AKM1275-A
4
J_GRID_RCK
Y 4)
JP9001 PF04PG-Q07
JOGR_A
ASSY ASSY T JOGT1 U JOGT2 (DWX3618) (DWX3631)
PF04PG-Q07 CONNECTOR ASS'Y/4P, 70mm
V
KN9601,9801 CKF1089-A
1
KN9602,9802 CKF1089-A
1
V+5LED
GNDD
6
V+3R3D
D
DDD1691FFC/15P,105mm
JOGR1 ASSY (DWX3619)
E
DDD1690FFC/6P,150mm
DDD1687FFC/39P,270mm JOG Ploting Plate
JOG PLATE 168335P,370mm
1
m
11
JLED1,2 DWX3617- /J, DWX3630- /J
V+5LED
GNDD
N.C. CDJ2_LED1
JOGT_SW
LLED_SI
1
GNDD
CDJ_KEY3
2
GNDF
30
12
10
13
CDJ2_KEY3
14
GNDD
12
3
13
CDJ2_KEY2
14
LED_xG
GNDD
CDJ_KEY2
4
GNDF
CDJ_KEY0
31
JOGT_SW
32
9
GRID_SI_5
8
GRID_xG_5
CDJ_KEY1
CDJ2_KEY0
GRID_RCK_5
33
5
7
4
GNDAD
CDJ2_KEY1
3
34
2
CDJ_AD0
6
GND_AD
3
GNDD
35
4
5
5
GRID_SI
LED_RCK
CDJ_AD1
CDJ2_AD0
GRID_xG
6
AD_SEL1
36
GRID_RCK
GNDD
AD_SEL0
37
4
GNDF
7
38
3
15
LED_SCK
2
AD_SEL1
15
8
AD_SEL0
CDJ2_AD1
GNDF
V+5_LED
V+3R3AD
GRID_SCK_5
V+5_LED
39
2
GND_LED
9
CDJB ASSY (DWX3614)
CN4002 VKN2097-A
1
5
11 10
CN3402 VKN2097-A
V+3R3_AD
GRID_SCK
GND_LED
GNDLED
V+3R3D
12
1
V+3R3D
13
6
GNDD
14
GND_LED
15
Q Q 1/3- Q 3/3
CN4001 VKN1246-A
GNDD
CN9601,9801 VKN1419-A
GNDD
16
CN9602,9802 CKS6634-A
GRID_SCK
17
C
CN9201,9401 CKS6634-A
GRID_SI
18
ASSY P LLED (DWX3638)
19
17
CN4003 VKN1248-A
3)
V+3R3AD
DDD1684FFC/17P,65mm
ASSY ASSY W JLED1 X JLED2 (DWX3617) (DWX3630)
VERALL WIRIND DIAGRAM (2/2)".
F
hapes. different. e.
11
XDJ-RX 5
6
7
8
1
2
3
4
4.2 OVERALL WIRING DIAGRAM (2/2) TFT LCD CWX4352-
A
25
24 UPDN
27
VCC
28
29
30
31
32
33
34
35
36
26 SHLR
STBYB
RSTB
MODE
VSD
HSD
DE
B7
DCLK
37
43 G6
B6
44 G5
38
45 G4
B5
46 G3
39
47 G2
B4
48 G1
40
49 G0
B3
50 R7
41
51 R6
B2
52 R5
42
53 R4
B1
54 R3
B0
55 R2
G7
56 R1
59
VCC
57
AVDD
R0
60
58
AGND
GNDD 16
GNDD 17
LVDS0_N0 18
LVDS0_P0 19
GNDD 20
GNDD 21
GNDD
GNDD 36
GNDD 37
LVDS0_N3 38
LVDS0_P3 39
GNDD 40
GNDD 41
LED_L1 42
LED_L2 43
LED_L3 44
LED_L4 45
GNDD
KEY_L1
KEY_L2
46
48
47
KEY_L3 49
GNDA_MIC
KEY_L4
MIC2_IN
6
2
CN8401 DKP3953-A
GNDA_MIC
5
MIC1
MIC2 4
MIC1_IN 1
3
2
CN5081 KM200NA6
EXTB ASSY (DWX3622)
DDD1692FFC/11P,140mm
22
GNDD
MICT ASSY (DWX3623)
LVDS0_N1
KEY_L4
11
23
10
11
LVDS0_P1
10
24
KEY_MIDI
J J 1/3- J 3/3
GNDD
KEY_L3
25
9
GNDD
9
26
KEY_L2
KEY_USB1
GNDD
8
27
8
LVDS0_N2
KEY_L1
KEY_RB
28
GNDD
7
LVDS0_P2
6
7
29
6
GNDD
LED_L4
GND_LED KEY_USB2
30
5
GNDD
5
31
LED_L3
LED_USB2
GNDD
4
32
4
LVDS0_CLKN
LED_L2
LED_USB1
33
LED_L1
3
LVDS0_CLKP
V+5R2D
2
3
34
LED_RB
GNDD
1
2
LED_MIDI
35
1
GNDD
E
CN8402 VKN1415-A
V+5_LED
50
B
CN8801 CKS6646-A
CN5601 VKN1242-A
1
DPNL1 ASSY (DWX3634) CN8701 CKS4428-A
K
6
CN8101 AKM1292-A
34
35
GNDD
GNDD
33
LVDS0_N0
32
LVDS0_P0
31
GNDD
30
GNDD
29
GNDD
GNDD
EUP_RST
GNDD
GNDD
GNDD
V+3R3EUP
V+3R3EUP
V+3R3D
V+3R3D
V+12EUP
V+12EUP
V+5LED
V+5LED
GND_LED
GND_LED
22
23
24
25
26
27
28
29
30
31
32
33
34
35
PWR_ON 18
21
GNDD 17
AUDIO_MUTE
EUP_REQ 16
GNDD
GNDD 15
20
EUP_RDY 14
19
EUP_WRITE
GNDD
GNDD 11
13
EUP_MISO 10
12
GNDD
EUP_MOSI 8
9
GNDD
V+12STB
7
V+12SW
EUP_SCLK
V+12SWA
6
GNDD
xEUPSW
5
EUP_SS2
GNDD
4
CN7201 AKM1277-A
GNDSD
3
6
RT2
RT1
VBUS
D-
D+
GND
F
USB1 ASSY (DWX3620)
1 2
5
DKN1599-A
USB A JA8001 DKB1118-A
GNDUSB_A2
DKP3963CRIMP CONNECTOR/6P,105mm CN101
4
5
11
MAIN ASSY (DWX359
EUP_CONT
GNDUSB_A1
USBDN2_M
3
4
USBDN2_P
KEY_QT
3
USBDN1_M
GNDUSB_A2
9
FAULT_DET
2
USBDN1_P
GNDUSB_A2S
8
2
1
GNDUSB_A1
7
10
1
GNDUSB_A1S
USBEN_A2
CN2402 VKN1439-A
4
GNDUSB_A1
CN8001 AKM1276-A
USBOCS_A2
GNDA_HP
3
GNDUSB_A1
1
2
CN8002 AKM1275-A
V+5VBUS_A1
E
V+5VBUS_A1
PF04PP-C05 CONNECTOR ASS'Y,50mm
A A 1/16- A 16/16
GNDUSB_A2
6
6
6
5
HP_R
USBEN_A1
GNDUSB_A2
4
HP_L
5
V+12D
3
GNDA_HP
USBOCS_A1
V+12D
2
5
4
1
GNDA_HP
GNDUSB_A1
DDA1050SHIELDED CONN-CABLE,285mm
4
2 3
A_MUTE
V+12D GNDUSB_A1
1
GNDUSB_A1
GNDUSB_A1
V+5VBUS_A1
CN1802 AKM1282-A
1
4
1
2
3
CN8102 AKM1290-A
V+5VBUS_A1
V+12D
28
DDD1684FFC/23P,65mm
3
H
LVDS0_N1
MIC1
USBP1 ASSY (DWX3636)
27
1
LVDS0_P1
1
26
GNDA_MIC
MIC1
GNDD
2
25
2
GNDD
GNDA_MIC
GNDA_MIC
24
3
GNDD
3
23
GNDA_MIC
GNDA_MIC
LVDS0_N2
4
22
4
LVDS0_P2
GNDA_MIC
GNDA_MIC
21
GNDA_MIC
5
GNDD
6
5
20
6
GNDA_MIC
GNDD
GNDA_MIC
GNDA_MIC
19
7
GNDD
7
18
GNDA_MIC
GNDA_MIC
LVDS0_CLKN
8
17
8
LVDS0_CLKP
GNDA_MIC
GNDA_MIC
16
9
GNDD
9
15
MIC2
GNDA_MIC
GNDD
10
14
10
GNDD
GNDA_MIC
MIC2
13
V+15A
11
LVDS0_N3
GNDA_MIC
12
11
2
D
13
12
12
JACK1 ASSY (DWX3615)
13
V+15A GNDA_MIC
LVDS0_P3
GNDA_MIC
DDD1686FFC/50P, 110mm 11
V-15A
GNDD
14
10
14
GNDD
GNDA_IN1
V-15A
9
INPUT1_L
15
LED_L1
GNDA_IN1
16
15
8
17
16
GNDA_IN1
LED_L2
17
INPUT1_L
7
GNDA_IN1
USB B
LED_L3
GNDA_IN1
6
18
LED_L4
18
5
GNDA_IN1
GNDA_IN1
4
INPUT1_R
19
3
20
19
GNDD
20
GNDA_IN1
KEY_L2
GNDD
INPUT1_R
KEY_L1
SW_SEL1
21
2
SW_IN1
22
21
KEY_L3
23
22
1
23
CN2401 DKP3953-A
SW_IN1 SW_SEL1 GNDD
B B 1/2- B 2/2
CN2404 VKN1427-A
KEY_L4
5
MIC2_IN
JA1601 DKN1237-A CN5101 VKN1254-A
GNDA_MIC
4
MIC2
3
2
MIC1
GNDA_MIC
CN5001 KM200NA6
MIC1_IN
C
1
DDA1051SHIELDED CONN-CABLE,120mm
CN2
B6B-XH-A
F
Y
JXJ : DDG1110 UXJCB : DDG1108 LSYXJ8 : ADG1244 XJCN5 : DDG1114
POWER SUPPLY ASSY (DWR1463)
D
! 12
5
6
HP_L
GNDA_HP
6
POWER CORD
4
5
GNDA_HP
4
V+12SW
3
V+12SW
V+12STB
2
3.LIVE
From/To MIXB(CN3403)
PF-06PG-S42 CONNECTOR ASS'Y,420mm
HP_R
1.NEUTRAL
EARTH LIVE
2 3
GNDA_HP
DPK3961NEUTRAL
!
1
xEUPSW
1
CN1 B2P3-VH
JP5901 PF06PG-S42
!
GNDD
A_MUTE
GNDSD
DDD1683FFC/35P,370mm
See "OVERALL WIRIND D
HPJB ASSY (DWX3633)
XDJ-RX 1
2
3
4
5
6
7
8
A
DPNL2 ASSY (DWX3635)
10
9
8 V2
1
11
V3
2
12
V4
3
13
V5
NC
14
V6
4
15
V7
GND
16
V8
VGL
17
V9
VCC
18
7
19
NC
V10
5
20
NC
VGH
21
DITH
6
22
VCOM
NC
23
AGND
AVDD
V1
25
28
24
29
RSTB
GND
30
MODE
UPDN
31
VSD
27
32
HSD
VCC
33
DE
26
34 B7
SHLR
35 B6
STBYB
36 B5
DCLK
L CN8403 VKN1374-A
GNDD
1
GNDD
KEY_R3
2
2
DECK_SELECT
KEY_R2
3
3
TIME_MODE
4
4
QUANTIZE
5
5
GNDD
QUANTIZE
J 1/3-
J
GNDD
3/3
CN5801 VKN1236-A
1
B
DDD1693FFC/5P,165mm
DDD1685FFC/31P,155mm CN5201
LCD_PWM
GNDD
V+3R3D
V+3R3D
V+5R2D
V+5R2D
GNDD
KEY_R3
KEY_R2
QUANTIZE
10
9
8
7
6
5
4
3
2
1 50
KEY_QT
49
KEY_R2
48
47
GNDD
KEY_R3
46
V+5R2D
45
V+5R2D
44
V+3R3D
43
42
GNDD
V+3R3D
41
LCD_PWM
7
V-15A_IN2
SW_SEL2
8
8
SW_SEL2
SW_IN2
9
9
SW_IN2
A_MUTE
10
10
A_MUTE
GNDD
11
11
GNDD
12
12
V-15A
GNDA_OUTB
13
13
GNDA_OUTB
V-15A
BOOTH_L
14
14
BOOTH_L
GNDA_OUTB
15
15
GNDA_OUTB
GNDA_OUTB
16
16
GNDA_OUTB
GNDA_OUTB
17
17
GNDA_OUTB
JACK2 ASSY (DWX3616)
BOOTH_R
18
18
BOOTH_R
GNDA_OUTB
19
19
GNDA_OUTB
V+15A
20
20
V+15A
GNDA_OUTM
21
21
GNDA_OUTM
MASTER2_L
22
22
MASTER2_L
GNDA_OUTM
23
23
GNDA_OUTM
MASTER2_R
24
24
MASTER2_R
GNDA_OUTM
25
25
GNDA_OUTM
26
26
MASTER1_L_HOT
27
27
GNDA_OUTM
28
28
MASTER1_L_COLD
29
29
GNDA_OUTM
MASTER1_R_HOT
30
30
MASTER1_R_HOT
MASTER1_R_COLD
31
31
MASTER1_R_COLD
MASTER1_L_HOT GNDA_OUTM MASTER1_L_COLD GNDA_OUTM
D
SY (DWX3590)
CN1801 AKM1282-A
V+12D
1
USBP2 ASSY (DWX3637)
I
A 16/16
CN8301 AKM1292-A 1
V+12D
V+12D
2
2
V+12D
GNDUSB_A1
3
3
GNDUSB_A2
GNDUSB_A1
4
4
GNDUSB_A2
USBOCS_A1
5
5
USBOCS_A2
USBEN_A1
6
6
USBEN_A2
GNDUSB_A1S
7
GNDUSB_A1
8
USBDN1_P
9
USBDN1_M
10
GNDUSB_A1
11
DDA1050SHIELDED CONN-CABLE,285mm
PF04PP-C05 CONNECTOR ASS'Y,50mm
V+12EUP
V+12EUP
V+5LED
V+5LED
GND_LED
GND_LED
29
30
31
32
33
34
35
USBDN1_M GNDUSB_A2
USB A JA8201 DKB1118-A
mm
G VERALL WIRIND DIAGRAM (1/2)".
RT1
V+3R3D
28
USBDN1_P
5
D-
V+3R3D
27
GNDUSB_A2
4
E
VBUS
V+3R3EUP
26
GNDUSB_A2S
3
RT2
V+3R3EUP
25
1 2
GND
GNDD
GNDD
24
CN8201 AKM1276-A
D+
/16-
C C 1/3- C 3/3
V+5VBUS_A2
GNDD 11 40
GNDD
7
V+5VBUS_A2
BL_EN 12 39
V+15A_IN2
V-15A_IN2
GNDUSB_A2
BL_ERR 13
BL_EN
6
1
GNDD 14
38
37
GNDD
6
1
LCD_xRST 15
BL_ERR
GNDA_IN2
V+15A_IN2
V+5VBUS_A2
GNDD 16
36
35
GNDD
LCD_xRST
5
GNDUSB_A2
GNDD 17 34
GNDD
5
3
LVDS0_N0 18 33
LVDS0_N0
INPUT2_R
GNDA_IN2
4
LVDS0_P0 19 32
LVDS0_P0
GNDA_IN2
4
2
GNDD 20 31
GNDD
GNDA_IN2
3
4
3
GNDD 21 30
GNDD
INPUT2_L
2
3
INPUT2_R
2
GNDD 22 29
GNDD
1
2
GNDA_IN2
GNDUSB_A2
LVDS0_N1 23 28
LVDS0_N1
1
GNDA_IN2
V+5VBUS_A2
LVDS0_P1 24 27
26
GNDD
LVDS0_P1
25
INPUT2_L
CN8302 AKM1290-A
GNDD 25
24
23
GNDD
LVDS0_N2
GNDD
ETHER
C
VKN1262-A
4
GNDD 26
CN2403 VKN1435-A
CN8202 AKM1275-A
GNDD 27
JA1401
AKN7115-A
GNDUSB_A2
LVDS0_N2 28
ASSY 3622)
USB2 ASSY (DWX3621) F
13
XDJ-RX 5
6
7
8
1
2
3
4
4.3 SIGNAL BLOCK DIAGRAM (CHASSIS SECTION) 7inch TFT LCD CWX4352-
CN8801 21,59
5
3
4,25,58 60pin
2-5 1
2-5 V+5R2D 1
IC8601 LCD Backlight Driver R1290K103A
LED_L1~L4
CN5601
IC8701 LCD Power BD81A04EFV-M
4
10
1
27
CN8402
18,23,28,38, 19,24,29,39
33,34
2,3 1
CN2401 43,44 45,46
1-4
6-9
38
39
33,28,23,13, 32,27,22,12
17,18
48,49 50
MAIN ASSY Power 53,54
Power Block DC/DC Reg.
Power
IC602 56 PMIC MMPF0100F0AEP -K 1 3 4
PMIC_SDA/SCL
LVDS0_N0~3 /P0~3
A
CN101
(BL_EN)
12
BL_ERR
6
13
LED_L1~L4
4
42-45
BL_DIMMER
5
47-50
7,8
KEY_L1~L4
3
56,57
5,6
CN8401
V+5R2D
6
V+3R3D
4
V+12EUP/V+12STB
5
V+12D/V+12SW
3
V+12A/V+12SWA
PWR_ON/xEUPSW
CN2
49,51,54,59, 50,52,55,60
GPIO
I2C 2
LVDS I/F
CN5801 2,3 4
KEY
3,4
X1801 CSS1808-A 24MHz X'tal
33 32
16 17
USBDN2_P/M USBEN_A2 USBOCS_A2 V+12
IC1801 USB HUB USB82512AM
GPIO
USB H1
PMIC_ON_REQ PMIC_xINT IMX_xPOR PMIC_STBY_REQ
DPNL2 ASSY
CN8401 KEY_R2,R3 2,3 QUANTIZE 4
IC8401 LVDS Reciever BU90R104
KEY_QT
LED
7-10
KEY_R2,R3
POWER SUPPLY ASSY
KEY_L1~L4
7-10
LVDS0_CLKN/P
KEY
B
L IC8801,IC8802,IC8803 Buffer IC TC74LCX541FK-K
EXTB ASSY
CN1
Y
2pin
CN8701
J
DPNL1 ASSY
-6V
K
CLK, H/V Sync RGB(5:6:5)
3.3V
AC INLET/3P DKP3961-
18V
AC IN
9.6V
A
I2C 1
GPIO
GPIO
USBUP_DM/DP USBHUB_SDA/SCL USBHUB_xRST
30,31
1,2
22,24
12 13
USBDN1_P/M USBEN_A1 USBOCS_A1 V+12
26
Power IC1501 2Gb NAND
NAND I/F I/O 8bits
DEVICE DN/DP
NANDF
USB HS
USB OTG
USBB VBUS IC1201 DDR3 1Gb
Voltage Detection Circuit
32bits IC1201 DDR3 1Gb
C
Logic circuit
16bits DDR I/F
RMII Ether
ENET_REF_CLK
5
FAULT_DET CN1601 for Debug (SD Card)
CN2201 for Debug (JTAG)
IC1701 for Debug (UART)
SDIO 4bits +CLK/CD/WP/CMD
JTAG
GPIO
SDIO
ENET_ETHER_INT 14 MDC/MDIO 12,13 ENET_RST
IC1401 Ether PHY LAN8720A
15
JTAG ECSPI1
TXD/RXD
J E AK
10/100BASE-T
16bits 400MHz(800MT/s)
UART
AUDIO_SPI DAC_SCLK/DAC_MOSI /DAC_SS1~3
11 AUD_MCLK 1 12 AUD4_TXD 3 IC7001 DAC_SS1 MASTER DAC 9 6 DAC_RSTN AK4382AVT 10
I2S
L+/LR+/R-
5
X2201 CSS180732.768kHz X'tal
D
5
IC7701 BOOTH DAC AK4387ET
L
11
R
10
IC2201
IC2202 3
IC1001 Application Processor MCIMX6U6AVM08AC -K
SYSTEM CLOCK
X2203 CSS1808-A 24MHz X'tal
X2202 DSS1202-A 22.5792MHz
AUD_MCLK 1 AUD5_TXD 3 DAC_SS3 6 DAC_RSTN
I2S
2
MCLK
2
7
2
4
IC2203
CLK1
AUD_MCLK I2S
AUD_MCLK 11 AUD4_RXD 9
CLK2
ADC_RSTN
13
IC7406 ADC AK5358AET
2
L
1
R
2
L
1
R
AUD3/4/5
2,6 IC1551 AUTH IC H337S3959 7
AUTH_SDA/SCL AUTH_xRST
I2C 4 GPIO
AUD_MCLK 11 AUD5_RXD 9
I2S
ADC_RSTN
13
IC7405 ADC AK5358AET
E AUD_MCLK 11 AUD3_RXD
I2S
9
ADC_RSTN
I2S
GPIO
CN2402
14
18 2
4 6 8 10
22 3 14 16 12
1 20
V+3R3EUP
V+12EUP
30,31 26,27
XDJ-RX 1
2
3
AUD_MCLK 1 AUD3_TXD 3 DAC_SS2 6 DAC_RSTN 5
4
IC7602 ADC AK5358AET
IC7201 HP DAC AK4387ET
L (MI
2
R (M
1
11
L
10
R A_M
A_MUTE (POWER)
EUP_RST EUP_CONT EUP_RDY EUP_REQ EUP_WRITE
EUP_SS2 EUP_SCLK EUP_MOSI EUP_MISO
PWR_ON FAULT_DET
F
KEY_QT AUDIO_MUTE
GPIO
ECSPI2
ADC_RSTN DAC_RSTN ATT_SEL6DB ATT_SEL3DB SW_IN1 SW_IN2 SW_SEL1 SW_SEL2 IMX_AUDIO_MUTE
13
5
6
7
8
A
CN8001
F H
USB1 ASSY
16 17
2,3
9,10
USBEN_A2 USBOCS_A2
C1801 SB HUB 82512AM
V+12D
1,2
IC8101 DC/DC Conv. BD9328EFJ
2
CN8101
6 5 1,2
V+12D
CN8102 6,7
IC8102 Current Limit IC 8 TPS2557DRB 4
USBOCS_A1
5
CN8002
1,2
USBP1 ASSY
CN1802 USBDN2_P/M
1,2
USBEN_A1
6
3,4
JA8001 USB A DKN1658-
USBDN1_P/M V+5VBUS_A1
3,4
V+5USB
3
B
DECK1
CN8201 CN1801 1,2 12 13
USBDN1_P/M
9,10
USBEN_A1 USBOCS_A1
6 5
V+12D
G I
JA1601 USB B DKN1237-
USB HS
6 5
c circuit
JA8201 USB A DKN1658-
USBDN2_P/M V+5VBUS_A2
3,4
USB2 ASSY
1,2
CN8202
1,2
USBP2 ASSY
CN8302 6,7
USBEN_A2
IC8301 Current Limit IC 8 TPS2557DRB 4
USBOCS_A2
2,3 1,2
IC8201 DC/DC Conv. BD9328EFJ
2
CN8301
JA1401 ETHER AKM7115-
10/100BASE-T
V+12D
V+5USB
3
DECK2
C
C1401 er PHY N8720A
L+
3
R+
5
1 IC7002 AMP NJM4580MD 7
C
JACK2 ASSY
CN5201
CN2403 MASTER2 L 22
22
MASTER2 L
MASTER2 R
24
24
MASTER2 R
JA5303 MASTER2 L/R A_MUTE
11 CLK 1 12 IC7001 XD 3 S1 MASTER DAC 9 6 STN AK4382AVT 10
2 5 3 6
IC7004 AMP NJM4580MD
1
L+
MASTER1 L COLD
28
28
MASTER1 L COLD
5
7
L-
MASTER1 L HOT
26
26
MASTER1 L HOT
3
2 5 3 6
IC7003 AMP NJM4580MD
1
R+
MASTER1 R COLD
31
31
MASTER1 R COLD
5
7
R-
MASTER1 R HOT
30
30
MASTER1 R HOT
3
R+/R-
10
10
IC7702 AMP NJM4580MD
7
L
BOOTH L
14
10
14
1
R
BOOTH R
18
18
L
6
R
2
BOOTH L
6 3
ATT_SEL6DB ATT_SEL3DB
5
11
STN
13
IC7406 ADC AK5358AET
2
L
7
1
R
1
IC7401 AMP NJM4580MD
INPUT2_L
5
INPUT2_R
3
STN
13
2
L
1
R
IC7402 AMP NJM4580MD
7 1
INPUT1_L
5
INPUT1_R
3
SW_SEL1 SW_IN1 CLK 11 RXD 9
STN 13
CLK 1 TXD 3 S2 6 STN 5
IC7602 ADC AK5358AET
IC7201 HP DAC AK4387ET
L (MIC2 IN)
2
R (MIC1 IN)
1
7
3
1
IC7601 AMP NJM4580MD
7
11
L
5
10
R
3
IC7202 AMP NJM4580MD
5 IC5201, IC5202 2 5
8 9
8 9
A_MUTE
5
IN2_R
JA5201 INPUT2 L/R
LINE/PHONO SW
CN5201 16
5 IC5101, IC5102 2
20
20
5
22 23
22 23
SW AMP NJM2121MD
IN1_L IN1_R
2
JA5101 INPUT1 L/R
E
S5103 SW_IN1
10
10
MIC2
1
1
MIC1
Q7202, Q7203 Q7204, Q7205 TR AMP
CN5001
2
1 4 5
CN5081
2
1 4 5
MIC1
7
MIC2
1
5 IC5001 AMP NJM4580MD 3
LINE/PHONO SW
JA5001 MIC1 JA5002 MIC2
B
JACK1 ASSY
VR5082 MIC2 VR VR5081 MIC1 VR
A_MUTE
E CN7201
MICT ASSY
JP5901
HP L
5
5
HP L
HP R
3
3
HP R
1
1
A_MUTE
E
IN2_L
2
S5201
MIC1
HP R
SW AMP NJM2121
SW_IN2
MIC2
1
1
4
5
7
D
JA5402 BOOTH R
7
1
3
HP L
IC5402 AMP NJM4580MD
4
16
JA5401 BOOTH L
1
1
CN2404 IC7405 ADC AK5358AET
IC5401 AMP NJM4580MD
JA5302 MASTER1 R
1
A_MUTE 6
SW_SEL2 SW_IN2
CLK 11 RXD 9
7
A_MUTE
BOOTH R CLK 11 RXD 9
IC5302 AMP NJM4580MD
JA5301 MASTER1 L
1
A_MUTE
A_MUTE IC7701 BOOTH DAC AK4387ET
7
3dB/6dB
L+/L-
5
CLK 1 TXD 3 S3 6 STN
IC5301 AMP NJM4580MD
D
JA5901 HEADPHONE L/R
F
A_MUTE JA5902 HP MINI L/R
HPJB ASSY
15
XDJ-RX 5
6
7
8
1
2
3
4
4.4 SIGNAL BLOCK DIAGRAM (PANEL SECTION) A
M
18 2
CN3403
MIXB ASSY
4 6 8 10
22 3 14 16 24
1
8
13
10-12
16
CN4003 15,16
10
5
6-8
2
PNL1 ASSY
15 14 12 11
MIC_LOW
IC4001 13 TC74HC4052AF 1 ANALOG SW 3
2 5 4
TEMPO CDJ_KEY0~3
PLAY/CUE/PAD1~4 CDJ_GRID0~7
KEY
CDJ_GRID0~7 3-6, 10-13
CDJ_AD0 AD_SEL0 AD_SEL1
IC4002 TC74VHC164F 8 Shift Register 1
GRID_SCK GRID_SI CDJ_LED0~2
PC9001 KE-2K18-15 PHOTO INTERRUPTER
3
10 9
4
35
5
38 37
2 3
69 68 65 11 27
CDJ1_AD1
35 32 12-14
60 61 54-57 40,41,39, 44-46,18
GRID_SCK GRID_SI CDJ1_LED0~2 IC3602 RESETIC
EUP_xRST
CN9601 /CN9801 JOGR_B 11 JOGR_A
IC9601/IC9801
JOGT_SW
1,4 PIC10F206-I/OT 3
X3601 16MHz X'tal DSS1147-
13
CN4001
10
11 10
12
12
6 5 4 3
6 5 4 3
JOGR_B JOGR_A
JOGT_SW
11
29
9
31
8 7 6 5
32 33 34 35
JOG1_ENC_B JOG1_ENC_A
3,6,21 22
JOG1_TCH
43
2 5 9 12
J_GRID_SI J_GRID_xG J_GRID_RCK J_GRID_SCK
J_GRID_SI J_GRID_xG J_GRID_RCK J_GRID_SCK
JOG1_LED_SI JOG_LED_xG JOG_LED_RCK JOG1_LED_SCK
31 34 32 33 97
GRID_SCK_5 GRID_RCK_5 GRID_xG_5 GRID_SI_5
11 8 6 3
T U
JOGT1 ASSY JOGT2 ASSY
52
5 4 3 2 8 1 3-6, IC3001 TC74VHC164F 10-12 Shift Register
14 IC9201/IC9401 13 TC74VHC595F 12 Shift Register 11 9
JP3201
CRFD_AD
CHFD1_AD
JP3202
JP3203
2
JOG LED
2
2
CN3501
2 18 16 14 12 18
CN3801
CN3601
9
SLIDER
W JLED1 ASSY X JLED2 ASSY
2 18 16 14 12 18
CN3601
SI 14 IC9205/IC9405 13 TC74VHC595F 12 Shift Register 11
CN3404
CHFD_AD
11
2
2
CRFD_AD
SI 14 GRID_xG IC9204/IC9404 13 GRID_RCK TC74VHC595F 12 GRID_SCK Shift Register
2
SLIDER
14 IC9203/IC9403 13 TC74VHC595F 12 Shift Register 9 11
O
N
CHF1 ASSY
CRFB ASSY CHF1 ASSY
O
XDJ-RX 2
3
TC7 Sh
GRID_SI GRID_SCK
F
16
9
LLED_SI LED_SCK LED_RCK LED_xG
SLIDER
SI
CHFD2_AD
LLED_SI
14 IC9202/IC9402 13 TC74VHC595F 12 Shift Register 9 11
CHFD_AD
GRID_SCK GRID_RCK GRID_xG
E
14 1 1,2, 15
CDJ1_LED0~2
SI GRID_xG GRID_RCK GRID_SCK
1
53 52
GRID_SCK GRID_SI
94 95
2 3 4 5
GRID_SCK GRID_RCK GRID_xG GRID_SI
CN9201 /CN9401
IC3601 EUP UCOM R5F364AENFA-U0-K
22
TOUCH UCOM
IC9602/IC9802 74VHCT126AFT 3.3V → 5V
CN9602 /CN9802
12
1 4
4
19 25 20 26
67
AD_SEL0 AD_SEL1
CDJ1_KEY0~3 7-10 CDJ1_PLAY/CDJ1_CUE 23,25,21,26, 24,22,28 /CDJ1_PAD0~3/PWR_SW
5 8
38 37 36 35
66
CDJ1_AD0
S-80927CNMC-
From Jog Plate Jog Touch
D
36
26-28
IC3201
CN3401
CN9604/CN9804
JOGR1 ASSY
KN9601 /KN9801
12 MXR_AD1 TC74HC4052AF 14 13 ANALOG SW 15 11
MXR_AD0
LED_SI LED xG
V
JP9001 6 JOGR_B 1 JOGR_A
LOW1 HP VOL HP MIX MID1
3
GRID_SCK GRID_SI LED_xG LED_RCK LED_SCK LLED_SI
C
CDJ_LED0~2
LED
10 9
CDJ_AD1
CDJ_KEY0~3 30-33 CDJ_PLAY/CDJ_CUE /CDJ_PAD0~3/PWR_SW 17,15,19,14, 16,18,12
KEY
1 4 2 5
AD_SEL0 AD_SEL1
CN4002 MIC_HI
TOUCH/RELEASE TEMPO_ADCT
TOUCH/RELEASE TEMPO_ADCT/TEMPO
VR /SLIDER
R
CDJ1_LED0
PWR_SW
CDJB ASSY
CN5501 2,3
CDJ1_GRID5~7
VR
Q
VR
LED
MIC_HI, MIC_LOW
CDJ1_KEY0
B
TRIM1 TRIM2 HI1 HI2
QUANTIZE(KEY_QT) AUDIO MUTE
CDJ1_GRID5~7 CDJ1_LED0
KEY
EUP_RST EUP_CONT EUP_RDY EUP_REQ EUP_WRITE
CDJ1_KEY0 CDJ1_GRID5~7
PWR_SW
S5503 POWER SW
PWR_ON FAULT_DET
FILTER1
VR
EUP_SS2 EUP_SCLK EUP_MOSI EUP_MISO
DECK1
4
5
6
7
8
A
26,27
IC3603 NJM2392M DC/DC Conv.
DECK2 FILTER2
AD_SEL0 AD_SEL1
13
LEVEL/DEPTH KEY
FX CH SEL VR
IC3202 14 FX FILTER SEL TC74HC4052AF 12 ANALOG SW MID2 15 LOW2 11
10 9
CN3402
37 36 35
19 25 20 26
CDJ2_AD1
92 93
4
36
CDJ2_AD0 5
35
AD_SEL0 AD_SEL1 CDJ2_KEY0~3 CDJ2_PLAY/CDJ2_CUE /CDJ2_PAD0~3/USB_REC
2 3
38 37
7-10
30-33
23,25,21,26, 24,22,28
GRID_SCK GRID_SI
12-14
3
8 13 10,11 16 7
CN4003
15
10 5
5 8 26-28
CDJ_AD1
7,8
STBY_LED
KEY
LED LED
B
2 1
Q
CDJB ASSY
CDJ_AD0 AD_SEL0 AD_SEL1 CDJ_KEY0~3 CDJ_PLAY/CDJ_CUE /CDJ_PAD0~3/USB_REC
Because the circuit of RIGHT DECK is the same as LEFT DECK, omit it.
GRID_SCK GRID_SI
C
CDJ_LED0~2 STBY_LED
BEATS0/1 TAP/FX_ONOFF MXR_KEY0~2
81,82 100 73-75
IC3601 EUP UCOM R5F364AENFA-U0-K
CDJ2_LED0~2 STBY_LED
STBY_LED
1
35 32
17,15,19,14, 16,18,12
CDJ2_GRID5,6 CDJ2_LED0
CN5501
CN4002
10 72 70 71
86-89 91,78,83-85, 90,2
BOOTH, MASTER
VR
PNL2 ASSY
CDJ2_KEY0 CDJ2_GRID5,6
USB_REC
CDJ2_LED0
MXR_AD3
1 5 2 4
3
CDJ2_GRID5,6
MXR_AD2
S
VR
CDJ2_LED0 STBY_LED
5 6
CDJ2_GRID5,6
QUANTIZE(KEY_QT) AUDIO_MUTE
EUP_RST EUP_CONT EUP_RDY EUP_REQ EUP_WRITE
EUP_SCLK EUP_MOSI EUP_MISO
V+3R3E V+12E
(MVR_MUTE) USB_REC CDJ2_KEY0
30,31
USB_REC CDJ2_KEY0
1 20
BOOTH MASTER
22 3 14 16 24
(POWER)
6 8 10
V
JOGR1 ASSY
Because the circuit of RIGHT DECK is the same as LEFT DECK, omit it.
4,7,23 24
80
77
JOG2_ENC_B JOG2_ENC_A
JOG2_ENC_B JOG2_ENC_A
JOG2_TCH
JOG2_TCH
JOG2_LED_SI
JOG2_LED_SI JOG_LED_xG JOG_LED_RCK JOG2_LED_SCK
JOG2_LED_SCK
79
29
11
31
9
32 33 34 35
8 7 6 5
JOGR_B JOGR_A
JOGT_SW
Because the circuit of RIGHT DECK is the same as LEFT DECK, omit it.
J_GRID_SI J_GRID_xG J_GRID_RCK J_GRID_SCK
D
LED_SI LED_xG LED_RCK LED_SCK
52 50 51 49
BEATS0/1 TAP/FX_ONOFF
T U
ROTARY ENC KEY
JOGT1 ASSY JOGT2 ASSY
MXR_KEY0~2 KEY
MXR_GRID0~7
3-6, 10-12
LED 14 13 12 11
GRID_SCK GRID_SI LED_xG LED_RCK LED_SCK LLED_SI
LED0~2
MXR_LED8,9 3,4 IC3002 CDJ2_LED0~2 TC74VHC595F 5-7 LLED_SI 9 Shift Register 1,2, 15
E
3404
2 18 16 14 12 18
501
2 18 16 14 12 18
LLED_SI LED_SCK LED_RCK LED_xG
GRID_SI GRID_SCK
P 14 IC3002 1-7, 11 TC74VHC595F 15 12 Shift Register 13
MXR_LED0~7
LLED ASSY
Because the circuit of RIGHT DECK is the same as LEFT DECK, omit it.
LEVELMETER LED
1 IC3001 MXR_GRID0~7 8 TC74VHC164F 3-6, 10-12
Shift Register
W JLED1 ASSY X JLED2 ASSY F
17
XDJ-RX 5
6
7
8
1
2
3
4
4.5 POWER BLOCK DIAGRAM A
5
V+12SW
V+12E
5
L3603
6
V+3R3E
VCC1,VREF
V+3R3D
VCC2
1
17
4
14
17
1
IC3601 62 R5F364AENFA 98
EUP UCOM
V+3R3_AD
V+3R3_AD
1
V+5_LED
LED
V+3R3D V+3R3_AD
V+5LED
1 2
6 V+5_LED
LED
V+3R3D
V+3R3D
19
V+3R3D
20
CN4002
CN3401
5
7
9
13
30 31
CN4001
2
V+12E
5 6
T
CN3402 V+12D
V+5LED
V
V+5LED 38 39
DECK2
6
V+5LED V+3R3D
V+3R3D
V+3R3D
Compare with V+3R3EUP
JOGR1 ASSY
1
JP3203 V+3R3_AD
V
V+5LED
1 2
1
1
1
1
CN3801
V+3R3D
CN3403 (2/2)
A
MAIN ASSY
3 4
7 8
32 33
28 29
CN2402 (2/2)
C
J
FADER
CN4002
CN3404 V+5LED
V+5LED 10 11
9 10
V+3R3D 6 7
13 14
IC105 DCDC 2 12V→5.2V
7
N
CRFB ASSY
P
LLED ASSY
EXTB ASSY 1
L8703
V+5R2D
23,24
BD9328EFJ
IC8601 R1290K103A V+5R2D 4 5.2V→9.6V 5 5.2V→-6V 5.2V→18V DCDC
Voltage down monitoring circuit 2
17
Compare with V+3R3EUP
V+9R6
43 44
7 8
V+5R2D
V+5R2D 45 46
5 6
CN2401
V-6
14
17
V+18
V+3R3D_LVDS
1
IC8401
9,23, 37,48 LVDS
K 1
L8401 CN8402
CN8401
D
1
DPNL1 ASSY
V+5_LED
LED
CN5601
IC1501
V+3R3_NF
12,37 NAND FLASH
S34ML02G200TFI00
Compare with V+3R3EUP V+3R3D
V+3R3_ENET
F1401 V+12D
IC102 DCDC 2 12V→4.2V 4
IC602 PMIC
V+4R2D
F1402
BD9328EFJ VIN
SW 1A/1B/1C IN
SW 2 IN_1,2
VSNVS (3.0V)
9
V+3R3A_ENET
IC1401 Ether LAN8720A
V+3R0VSNVS VDD_SNVS_IN
V+1R5VCOREDIG VCOREDIG SW1A/B (1.375V) V+1R375CORE Max. 2500mA SW1C (1.375V) V+1R375SOC Max. 1750mA V+3R3PMIC V+3R3D SW2 (3.3V) Max. 2000mA
VDDIO
VGEN3(2.5V) Max.100mA VGEN4 (1.8V) Max. 350mA
VDD_SNVS_CAP V+SNVSCAP
VDDARM_IN
VDDARM_CAP
V+ARMCAP
VDDSOC_IN
VDDSOC_CAP
VDDHIGH_IN
VDDHIGH_CAP
V+SOCCAP V+2R5VPH
Voltage over monitoring circuit Compare with V+3R3EUP
VIN2
IC1001 I.MX6
1,19 Microchip
V+2R5VGEN3
Voltage down monitoring circuit
V+1R8VGEN4
Compare with V+3R3EUP
NVCC_LVDS2P5 NVCC_MIPI VDDPU_CAP
V+PUCAP
NVCC_PLL_OUT SW 3A/B IN
E
SW3A/B (1.5V) Max.1250mA
VINREFDDR
VREFDDR Max.10mA
V+1R5DDR
V+1R5DDR V+1R5DDR
VIN1
VIN3
SW4 (3.15V) Max.1000mA VGEN1(1.5V) Max. 100mA VGEN2 (1.5V) Max.250mA
VGEN5 (2.8V) Max.100mA VGEN6 (3.3V) Max. 200mA SWBST(5V) Max.600mA
NVCC_RGMII
MVREF (0.75V) DRAM_VREF
V+3R15AUX V+3R3D V+1R5VGEN1 V+1R5VGEN2
NVCC_ENET NVCC_LCD NVCC_EIM/1/2/3 NVCC_GPIO NVCC_SD2/3/NANDF/JTAG NVCC_CSI NVCC_SD1
USB_H1_VBUS
V+2R8VHIGH V+3R3VGEN6
1.5V MVREF (0.75V)
DWBSTIN
NVCC_DRAM
V+0R75MVREF VOL SEP
SW4IN
V+5SWBST
V+1R5DDR
IC1201,1301 DDR3 SDRAM K4B1G1646G-BCK0
V+5R2D
V+3R3A
A
B
IC1551
V+3R3D
R1551 0Ω
8 Authetication IC
V+3R3D
R1810 0Ω
15,23 USB HUB (2ch)
F
H337S3959 IC1801 USB82512AM
C
18
XDJ-RX 1
2
3
VOL
PNL2 ASSY
5
VCC
LED
CN5701
CWX4352
VGH
L8805
PC9001 Encoder KE-2K18-15
V+3R3D V+3R3_AD
1
CN4003
V+5_LED
TFT-LCD Module
BU90R104
L1501
17
4
Backlight TFT-LCD Module
3
V+5R2D
V+3R3D
1
21 59
VGL
L8804
L8402
Voltage down monitoring circuit
34
CN4002
AVDD
L8802 V+3R3D
V+3R3_AD
IC8701 CN8701 10.75V BD81A04EFV 1 20 5.2V→10.75V DCDC CN8801
L8801
JP9001
JOGR1 ASSY
LED
V+5R2D
V+12D
V+3R3D
20
S
FADER
CN9804
LED
O CHF1 ASSY
CN3601
JP3202 V+3R3_AD
FADER
IC9801 Touch UCOM 5 (PIC10F206-I/P) Microchip
5
O CHF1 ASSY
CN3601 1
JOGT2 ASSY
V+3R3D
PC9001 Encoder KE-2K18-15
V+3R3_AD
1
U
CN9802
CN9801
JP9001
V+3R3D
JP3201 V+3R3_AD
13
2
19
V+3R3_AD
9
2
V+5LED
Voltage down monitoring circuit 1
7
CN4001
LED
CN9401
V+5LED
5
CN9604
5
B
Q CDJB ASSY
JOGT1 ASSY
CN9802
CN3403 (1/2)
CN2402 (1/2)
LED
IC9601 Touch UCOM 5 (PIC10F206-I/P) Microchip CN9601 2
V+12EUP
V+5LED
1
1
LED
CN101
V+5LED
JLED2 ASSY
W JLED1 ASSY
34
V+5LED 38 39
3
X
VOL
CN9201
P101
V+12A
PNL1 ASSY
CN5501
CN4003
16
V+3R3_AD
L3601
R
CDJB ASSY
DECK1 3.3V
IC3603 DCDC 6 NJM2392M 2 12V→3.3V
3
xEUPSW(PWR_ON)
4
Q
MIXB ASSY
CN2
6
V+12STB
4
V+12SWA
M
POWER SUPPLY ASSY xEUPSW(PWR_ON)
Y
4
5
6
7
8
A
ED
GT2 ASSY
A
B
C
801 ch UCOM C10F206-I/P) rochip
IC7001
V+5A
R7017 0Ω
V+15A
001 oder 2K18-15
V-15A
14 MASTER1, 2 DAC
AK4382AVT
R7130 V+15A_M2 0Ω R7129 V-15A_M2 0Ω
8 IC7002
R7122 V+15A_M1 0Ω R7127 V-15A_M1 0Ω
8 IC7003, 7004
Y V-15A
V+5A
R7752 0Ω
Voltage down monitoring circuit
MASTER2 OP AMP 4 NJM4580MD
MASTER1,2 OP AMP 4 NJM4580MD
B
IC7701 Booth DAC AK4387ET
15
Compare with V+3R3EUP XTL3010
V+12A
8,12
IC401 DCDC 12V→±15V BD9851EFV 1.2MHz
R7753 V+15A_BOOTH 8 0Ω IC7702
V+15A
L404
V+15A
L403
V-15A
BOOTH OP AMP NJM4580MD R7754 V-15A_BOOTH 4 0Ω
V-15A V+5A
XTL3010
V+3R3A
Voltage down monitoring circuit
R7445 0Ω
6
R7446 0Ω
7
IC7405 INPUT1 ADC AK5358AET
Compare with V+3R3EUP R7453 V+15A_IN1 0Ω
8
R7454 V-15A_IN1 0Ω
4
V+15A
V-15A
V+5A
V+3R3A V+15A
V-15A
R7447 0Ω
6
R7448 0Ω
7
8
R7622 V-15A_MIC 0Ω
4
R7610 0Ω V+3R3A
IC7406 INPUT2 ADC AK5358AET
R7621 V+15A_MIC 0Ω
V+5A
R7609 0Ω
6
7
IC7402 INPUT1 OP AMP NJM4565MD
C
IC7601 MIC1,2 OP AMP NJM4565MD
IC7602 MIC1,2 ADC AK5358AET
C CN2403 6
V+15A
V-15A
R7455 V+15A_IN2 0Ω
8
R7456 V-15A_IN2 0Ω
4
6
IC7401 INPUT2 OP AMP NJM4565MD
V+15A V-15A
JACK2 ASSY
CN5201
7
7
20
20
12
12
V+15A_IN2
R5224 V+15A_IN 0Ω
8 IC5201, 5202
V-15A_IN2
R5225 V-15A_IN 0Ω
4 NJM2121MD
V+15AO
R5337 V+15A_M1 0Ω
8
V-15AO
R5339 0Ω
V-15A_M1
INPUT1 OP AMP
IC5301, 5302 MASTER1 OP AMP
D
4 NJM4580D
R5436 V+15A_BOOTH 0Ω
8 IC5401, 5402
R5438 V-15A_BOOTH 0Ω
4 NJM4580MD
BOOTH OP AMP
B
CN2404
V+15A V-15A
JACK1 ASSY
CN5101 12
12
14
14
V+15A V-15A
R5027 0Ω
V+15A_MIC
R5028 0Ω
V-15A_MIC
R5124 0Ω
V+15A_IN1
R5125 0Ω
V-15A_IN1
8
4
IC5001 MIC1, 2 OP AMP NJM4580MD
8 IC5101, 5102
INPUT1 OP AMP 4 NJM2121MD
E IC403 Reg 4 NJM2886DL3-05 7.5V→5.0V 2
V+5A
V+5A
R7248 0Ω
Voltage down monitoring circuit
15
IC7201 HP DAC AK4387ET
Compare with V+3R3EUP
V+12A
CN1801
1 2
1 2 1 2
8,12
IC402 DCDC 12V→±7.5V BD9851EFV 0.56MHz
L408
V+7R5HP
8
Voltage down monitoring circuit
XTL3010
L407
Compare with V+3R3EUP
V-7R5HP
4
XTL3010
CN1802 CN8101
V+12D
IC7202 HP OP AMP NJM4565MD
H
IC8101 DCDC 2 BD9328EFJ
3
V+5R14_A1
V+5R14A1
2,3
12V→5.0V DCDC
IC8102 6,7 TPS2557DRB
V+5VBUSA1
USBP1 ASSY V+5VBUS_A1
1 2
CN8301 V+12D
I
IC8301 DCDC 2 BD9328EFJ
3
V+5R14_A2
V+5R14A2
12V→5.0V DCDC
2,3
IC8302 TPS2557DRB
6,7
V+5VBUSA2
USBP2 ASSY V+5VBUS_A2
CN8302
USB1 ASSY
G
USB2 ASSY
CN8002
CN8102
1 2
F JA8001 USB A
1 2
1 2
F
JA8201 USB A
1 2
CN8202
19
XDJ-RX 5
6
7
8
1
2
3
4
5. DIAGNOSIS 5.1 STARTUP SEQUENCE A
Plugging in of the power cord
Starting supplies of V+12STB/V+12EUP/V+12E Starting producing V+3R3EUP/V+3R3E at IC3603
Canceling of resetting at EUP UCOM (IC3601) when the signal at Pin 12 becomes "High" Initialization of EUP UCOM (IC3601)
B
The POWER switch (S5503) is set to ON.
Data of the PWR_SW signal being "Low" are input to EUP UCOM (IC3601).
EUP UCOM (IC3601) issues the command to set the PWR_ON signal to "High" to start SW power. All power ICs start producing power. The voltage-monitoring circuits start operating.
I.MX6 (IC1001) starts up with its Pin C11 set to "High."
C
Was a power failure generated?
Yes The MASTER REC LED flashes in red. The PWR_ON signal is set to "Low" to stop the SW power output.
Start of communication between EUP UCOM (IC3601) and I.MX6 (IC1001)
Deployment of the program from the flash ROM (IC1401) and initialization of the built-in and peripheral modules Startup indications on the LCD Updating required
D
Firmware updating starts. Judgment of Update mode
Normal startup Canceling audio muting
Completion of startup E
F
20
XDJ-RX 1
2
3
4
5
6
7
8
5.2 TROUBLESHOOTING A
Before starting troubleshooting, check that all cable connectors are properly engaged. Before replacing a microcomputer, check also the items shown below. Check the voltage, oscillation waveforms of the X'tal, and canceling of reset, referring to "1 From plugging in of the power cord to EUP Startup" in "10.46 WAVEFORMS." • MIXB Assy: IC3602, IC3603, X3601
In a case where a failure of EUP UCOM (IC3601) is suspected
Failure in startup and in the communication system B
Failure in the power system In the following diagnostic procedure, because power will be forcibly supplied even if any power circuit is abnormal, the defective point may produce heat and the circuit that uses the power supply may fail if power supply continues. Be sure to disconnect the AC power cord some seconds after it is connected during the diagnostic procedure so that the unit will not remain forcibly powered. Before starting checking the power system, be sure to check if each power IC is short-circuited with GND, referring to "10.45 VOLTAGES." No short-circuit Disconnect the AC power cord from the product then reconnect it after a while.
C
Confirmation of SW power Is the voltage of V+12STB (SW power output) 12 V?
No
As abnormality of the POWER SUPPLY Assy or the associated cables is suspected, check the following power source and cables: • POWER SUPPLY Assy • Cables and connectors connected with the POWER SUPPLY Assy
Yes
Confirmation of the protectors
No
Is the voltage at both ends of P101 12 V?
Check conduction of P101. If current is not conducted, replace the protector. • MAIN Assy: P101
Yes
No
Is the voltage at Pin 6 (V+12E) of IC3603 12 V?
D
Failure in the connection between the MAIN Assy and MIXB Assy, or IC3603 or its peripheral circuit is suspected. Check the cables, connectors, and parts on the path between V+12EUP of the MAIN Assy and V+12E of the MIXB Assy.
Yes
No
Is the voltage of V+3R3E (IC3603 output) 3.3 V?
Failure in IC3603 or the parts connected with it is suspected. Check the parts connected with V+3R3EUP in the MAIN Assy and V+3R3E in the MIXB Assy.
Yes Set the POWER switch to ON and check the MASTER REC LED. Confirmation of power-failure detection
E
Lit or unlit (NOT flashing in red)
Check the MASTER REC LED.
Check the voltage of F-DET.
Flashing in red
3.3 V
A type of abnormality that cannot be detected by the voltage monitoring circuit is suspected. Check if the voltage value is within the normal range, referring to "10.45 VOLTAGES."
0V
Check the voltage at each block. Check the circuits or power ICs that use the power supply with abnormal voltage.
Disconnect the AC power cord from the product then remove R325 (0 Ω) from the MAIN Assy. Reconnect the AC power cord then set the POWER switch to ON to monitor each power IC. IMPORTANT: Because the voltage monitoring circuit is disabled, disconnect the AC power cord within several seconds.
Reattach R325 (0 Ω) to the MAIN Assy. (For enabling the voltage-monitoring function) Check that the product operates properly. F
If the MASTER REC LED is flashing in red or the voltage of F-DET is 0 V, it is recommended that the following circuits be checked first: • Peripheral circuits of IC401 (V+15A/V-15A generation circuits) • Q401, Q402, D401, D402
21
XDJ-RX 5
6
7
8
1
A
2
3
4
Failure in startup and in the communication system Startup has been completed properly.
Startup is not completed. After the POWER switch is set to ON, the startup procedure stops in mid-course, with the message "Connect USB storage device to top USB1 port" displayed on the LCD.
Failure of previous updating of the firmware was the cause. (Power failure occurred during previous updating.)
Perform updating of the firmware.
Startup was not completed, or updating failed. See "Updating of the firmware does not start" in this flowchart. B
Updating not available When the unit is started in Update mode, does the indication on the LCD become that for Update mode?
Updating of the firmware does not start.
No
Yes
Check the keys (switches) in the CDJB and PNL1 Assys, using the diagnosis in Service mode or referring to "No operation with keys (switches)." • CDJB Assy: RELOOP/EXIT • PNL1 Assy: USB1 STOP If the keys (switches)function normally, the EUP UCOM(IC3601) may be in failure. Replace it.
Check if the updating notification circuit on the MIXB Assy is normal. While "UPDATE" is displayed on the LCD, check that the voltage at Pin 24 of CN3403 (EUP_WRITE) on the MIXB Assy is 3.3 V. C
Is the voltage at Pin 24 of CN3403 (EUP_WRITE) 3.3 V?
No
Check that the voltage at Pin 26 of IC3601 (EUP UCOM) on the MIXB Assy is 3.3 V. If it is 0 V, replace the IC3601 (EUP UCOM).
Yes Check if data on the USB memory device have been read. See "Data of the device (USB memory device, hard disk, etc.) connected to the USB A connector cannot be read" in this flowchart. The device connected to the USB connector and the connector itself are normal. D
I.MX (IC1001) cannot recognize the updating status. Check connection between the MAIN Assy and MIXB Assy. Check also the line connected to Pin 12 of CN2402 (EUP_WRITE) on the MAIN Assy. If no problem is found, IC1001 may be defective. Replace the MAIN Assy.
Updating is not possible, because the program in the microcomputer is abnormal, the flash ROM or EUP UCOM is in failure, or the communication line is in failure. Updating not available
Check the indications displayed on the LCD during updating. The updating status of the flash ROM (IC1501) in the MAIN Assy is indicated on the upper line (MAIN). The updating status of the EUP UCOM (IC3601) in the MIXB Assy is indicated on the lower line (SUB). If the progress of a status bar is stopped in mid-course, rewriting of the corresponding flash ROM or EUP UCOM failed.
Updating of the firmware failed. "Firmware update failed" is displayed.
E
Flash ROM Check the periphery of the flash ROM (IC1501). If there is no problem, replace the MAIN Assy.
Rewriting of which one failed, the flash ROM or EUP UCOM?
EUP UCOM
F
22
Data of the firmware for EUP UCOM are transmitted through the USB A connector to EUP UCOM via I.MX6 (IC1001). Check communication between I.MX6 (IC1001) and EUP UCOM and the connectors and cables that connect the MAIN Assy and MIXB Assy. Refer also to "c Communications between microcomputers" in "10.46 WAVEFORMS." If no problems are found in communication waveforms, peripheral circuits, connectors, or cables, replace the MAIN Assy or EUP UCOM (IC3601).
XDJ-RX 1
2
3
4
5
6
7
8
Confirmation of the USB A connector
A
Data from the device (USB memory device, hard disk, etc.) connected to the USB A connector cannot be read.
Check if the USB device is normal. Note that a USB device that requires electric current higher than 1000 mA according to its specifications must not be used. To such a USB device, USB power supply will be stopped by the protection circuit. Check the voltages at the following points in the USBP1/ USBP2 Assy, with the USB device plugged in: • DECK1: Pin 8 of IC8102 (USBOCS_A1) • DECK2: Pin 8 of IC8302 (USBOCS_A2) Refer also to "7 USB High-side SW operation" in "10.46 WAVEFORMS."
B
Confirmation of USB power Is the voltage at USBOCS_A1/A2 3.3 V?
0V
USB power supply has been stopped by activation of the protection circuit. Check the voltage at USBOCS_A1/A2 after the USB device is unplugged.
3.3 V 3.3 V
Is the voltage at USBOCS_A1/A2 3.3 V?
C
0V Is the voltage at USBEN_A1/A2 in the USBP1/USBP2 Assy 3.3 V?
3.3 V
0V
Is the voltage at USBEN_A1/A2 in the USBP1/USBP2 Assy 3.3 V? 3.3 V
0V
The USB device is in failure or consumes electric current higher than 1000 mA. Replace it. Check the voltage at USBOCS_A1/ USBOCS_A2 in the MAIN Assy. If it is 3.3 V, check the connection between the MAIN Assy and USBP1/USBP2 Assy. If the connection is OK, check the peripheral circuits of IC8102/IC8302. If they are OK, replace the USBP1/USBP2 Assy.
Check the voltage at USBEN_A1/A2 in the MAIN Assy. If it is 3.3 V, check the connection between the MAIN Assy and USBP1/USBP2 Assy. If it is 0 V, check the connection of USBEN_A1/A2. If the connection is OK, replace the MAIN Assy.
Check the power supply to the USB A connector. • USBA1/USBA2 Assy: Pin 1, 2 of CN8002/CN8201 • USBP1/USBP2 Assy: Pin 1, 2 of CN8102/CN8301 Check if the voltage is 5 V ±0.25.
No
Is the voltage at each point normal?
Yes
Check that 12 V is supplied to Pin 2 of IC8101/IC8301 and that no abnormality is found in their peripheral circuits. Check the connection between the USBP1/USBP2 Assy and USB1/USB2 Assy. If no problem is found in the above checks, power IC (IC8101/IC8301) in the USBPP1/ USBP2 Assy may be in failure.
Check the USB communication line. • MAIN Assy: USBDN1_M/P, USBDN2_M/P • USBA1/USBA2 Assy: USBDN1_M/P, USBDN2_M/P There must be conduction between the USBDN1_M/P and USBDN2_M/P connectors and they must not be short-circuited with GND. If current is not conducted between the connectors, also check L8001/L8201 of the USB1/USB2 Assy. If no problem is found in the above checks, replace the MAIN Assy.
D
E
F
23
XDJ-RX 5
6
7
8
1
A
2
3
4
Confirmation of the USB B connector Does this unit operate properly on its own when it is not controlled via the USB B connector?
This unit cannot be recognized or controlled by the PC/Mac that is connected via the USB B connector.
No
See the section on errors in the operating elements and LEDs.
Yes Check that the driver for this unit has been installed on the PC/Mac. Check that the MIXER mode of this unit is properly set as either XDJ-RX or MIDI Control.
No
Is this unit recognized by the PC/Mac?
B
A problem in the periphery of USB HUB IC (IC1801) or I.MX6 (IC1001) USB communication line in the MAIN Assy is suspected. Check the power supply to each IC. If there is no problem, replace the MAIN Assy.
Yes Check and correct the settings of the application used on the PC/Mac. (This unit operates properly.) Confirmation of LAN Check that the LAN settings are properly performed both with this unit and the other device. Refer to "5.5 METHOD FOR CONNECTION CONFIRMATION OF THE LAN (LINK) PORT." Note that LAN communication cannot be established unless rekordbox is started. Check the peripheral circuit of and power supply to LAN PHY (IC1401). If there is no problem, replace the MAIN Assy.
Connection between this unit and another device via LAN is not possible. (This unit cannot be recognized by rekordbox.) Confirmation of backlight
Check that the waveforms from Pin 2 of CN8701 and Pin 8 of IC8701 (LCD_PWM) in the EXTB Assy change when the brightness of backlight is changed, using the UTILITY menu.
The brightness of LCD backlight cannot be adjusted. C
Yes
Do the waveforms from Pins 2 and 8 of CN8701 change?
As failure in the LCD module is suspected, replace the module.
No Check the waveforms and voltages from Pins 1 and 2 of CN8701 and Pin 8 of IC8701 (LCD_PWM) in the EXTB Assy, referring to "5 LCD backlight" in "10.46 WAVEFORMS."
No display on the LCD
Are the waveforms and voltages from Pins 1, 2, and 8 of CN8701 normal?
D
No
Yes
Confirmation of the LCD module and its peripheral circuit
Check power supply to the LCD module. Check the voltages at Pins 3, 4, 5, 21, 25, 58, and 59 of CN8801 in the EXTB Assy, referring to "10.45 VOLTAGES at Each Block."
Indications on the LCD are not normal.
No
Is the voltage at each block normal? E
Yes
Check the peripheral circuits of IC8701. When the waveform or voltage from Pin 1 or 2 of CN8701 is in failure, the LCD module may be in failure. Replace the module. If the waveform from Pin 8 of IC8701 is in failure, check the waveform from Pin 41 (LCD_PWM) of CN2401 in the MAIN Assy. If it is in failure, replace the MAIN Assy. If no problem is found in the above checks, IC8701 may be in failure. Replace the EXTB Assy.
Check the peripheral circuit of IC8601 in the EXTB Assy. Also check the voltage with the LCD module removed. If the voltage becomes normal without the LCD module attached, replace the module. If there is no problem in the peripheral circuit of IC8601, IC8601 may be in failure. Replace the EXTB Assy.
Check the R, G, and B signals input to the LCD module. Check that each signal is properly input, referring to "6 LCD RGB operations" in "10.46 WAVEFORMS."
Yes
Are the waveforms of the R, G, and B signals normal?
As a problem in the LCD module is suspected, replace the module.
No Check IC8401 and IC8801–IC8803 and their peripheral circuits in the EXTB Assy. If there is no problem, check the waveforms of the LVDS signal in the path from CN2401 to IC8401, via CN8401, indicated below: • LVDS_N0/P0, LVDS_N1/P1, LVDS_N2/P2, LVDS_N3/P3, LVDS_CLKN/CLKP If all the waveforms up to IC8401 are normal, check the power supply and peripheral circuit of IC8401. If no problem is found, replace IC8401. If the waveform from CN2401 in the MAIN Assy is not normal, replace the MAIN Assy.
F
24
XDJ-RX 1
2
3
4
5
6
7
8
Trouble with the operating elements or LEDs g Direct-input keys (EUP UCOM) MIXB Assy: TAP, FX ON/OFF, BROWSE ENCODER, TIME ENCODER CDJB Assy: CUE, PLAY/PAUSE, HOT CUE A, HOT CUE B, HOT CUE C, HOT CUE D PNL1 Assy: POWER SW PNL2 Assy: MASTER REC DPNL2 Assy: QUANTIZE JOGT1/2 Assy: JOGT SW JOGR Assy: JOGR A, JOGR B
A g Matrix keys (EUP UCOM) MIXB Assy: BROWSE, TAG LIST, INFO, MENU, NOISE, GATE/COMP, CRUSH, FILTER, HP CUE1, HP CUE2, LOAD1, LOAD2, BACK, TAG TRACK/REMOVE, c BEATS, BEATS d, BROWSE PUSH, INPUT1 SELECT, INPUT2 SELECT, CROSS FADER CURVE CDJB Assy: LOOP IN, LOOP OUT, RELOOP, REV, SLIP, HOT CUE, AUTO BEAT LOOP, LOOP SLICE, SHIFT, VINYL, SYNC, MASTER, MASTER TEMPO, TEMPO, c CALL, CALL d, DELITE, MEMORY, o TRACK SEARCH, TRACK SEARCH p PNL1 Assy: USB1 STOP, MIC SELECT PNL2 Assy: USB2 STOP, TRACK MARK
g Direct-input keys (MAIN UCOM) DPNL1 Assy: rekordbox, MIDI, USB1, USB2 DPNL2 Assy: DECK1/2, TIME MODE JACK1 Assy: Phono1/Line1 SW JACK2 Assy: Phono2/Line2 SW
g Direct-input A/Dkeys (EUP UCOM) MIXB Assy: COLOR1, COLOR2, CH1 FADER, CH2 FADER, CROSS FADER
B
g Multiplexer A/Dkeys (EUP UCOM) MIXB Assy: TRIM1, TRIM2, HI1, HI2, MID1, MID2, LOW1, LOW2, HP MIXING, HP LEVEL, LEVEL/DEPTH, BEAT EFFECT SW, BEAT CH SW CDJB Assy: TEMPO SLIDER, TOUCH/RELEASE PNL1 Assy: MIC HI, MIC LOW PNL2 Assy: BOOTH MONITOR, MASTER LEVEL
Some of the matrix keys (SW) do not function, and some of the LEDs cannot light.
Check on the circuit diagram if the inoperable keys and LEDs use the same grid.
Yes
Is the same grid used?
No
Check the corresponding grid, referring to "5 Grid control" in "10.46 WAVEFORMS." If no grid waveform signal is output from the shift register IC, check the communication line with the microcomputer first, then check if the grid line is short-circuited with GND, caused by a failure in a key, LED, or the transistor for the drive. Also check the connection of the grid line. If there is no problem, replace the shift register IC: • If the MIXER block is in failure Replace IC3001 in the MIXB Assy. • If the CDJ block is in failure Replace IC4002 in the CDJB Assy. • If the level meter LEDs do not light Replace IC3501 in the LLED Assy.
C
See "No operation with keys (switches), No operation with slide switches, No response to pressing the rotary selector," or "The LEDs do not light."
No operation with keys (switches), No operation with slide switches, No response to pressing the rotary selector
Yes
Only the direct-input keys are inoperable.
Check that current is conducted between the terminals of the switch when it is pressed. If current is not conducted, replace the switch. Check the line between the switch and the microcomputer. If the line is OK, replace the microcomputer to which the switch is connected, as follows: MIXB Assy: IC3601.
D
No Check the transistors on the line that is connected to the microcomputer port and waveforms and connections of the line. If no problem is found, replace the microcomputer (IC3601) in the MIXB Assy.
Are the rotary VRs directly connected to and controlled by the microcomputers?
The rotary VRs are inoperable. The rotary selector is inoperable.
Yes
No
Check that the resistance value of the line that is connected to ground and the microcomputer changes in accordance with turning of the VR. Check the connection line between the microcomputer and the VR. If no problem is found, replace the microcomputers to which the VR is connected, as follows: MIXB Assy: IC3601.
E
Check that the resistance values of the lines that are connected to GND and a microcomputer change in response to turning of the VR. Check the connection lines between the analog SW ICs and rotary selectors/VRs, referring to "f A/D SW operations" in "10.46 WAVEFORMS." If there is no problem, replace the analog SW IC to which an inoperable rotary selector/VR is connected: • If the MIXER block is in failure Replace IC3201 and IC3202 in the MIXB Assy. • If the CDJ block is in failure Replace IC4001 in the CDJB Assy.
The JOG dial is inoperable.
Check if a normal waveform is input to the microcomputer, referring to "e Jog rotation signal" in "10.46 WAVEFORMS." If no problem is found, replace the microcomputer: • Replace IC3601 in the MIXB Assy.
F
25
XDJ-RX 5
6
7
8
1
2
A
3
4
Check if normal waveforms are input to the microcomputers. If there is no problem, replace the microcomputer or analog SW IC to which an inoperable slide VR is connected: • Microcomputers (CH FADER, CROSS FADER) Replace IC3601 in the MIXB Assy. • Analog SW IC (TEMPO SLIDER) Replace IC4001 in the CDJB Assy.
The slide VRs are inoperable. TEMPO SLIDER, CH FADER, CROSS FADER
Check that the voltage at Pin 12 of CN9601/CN9801 changes from 0 V to 3.3 V when the JOG dial is pressed.
There is no response to pressing the JOG dial. The sensitivity when the JOG dial is pressed is low.
Yes
No B
Check the signal output from Pin 4 of IC9601 /IC9801 in the JOGT1/JOGT2 Assy, referring to "10.46 WAVEFORMS d: Signal whenthe JOG dial is pressed."
Yes
Is the corresponding waveform output? No
C
See "No operation with keys (switches), No operation with slide switches, No response to pressing the rotary selector." Check the line connected to Pin 4. Check the resistance and variable resistors of the circuit for detection of pressing of the JOG dial. As the resistors are configured in parallel, the resistance is approx. 375 ohms in the mounted status. If the sensitivity of pressing the JOG dial is low, the resistance value may have been probably changed. If there is no response to pressing of the JOG dial, the variable resistors have probably been damaged. Replace them. (Replacement is required because whether or not the variable resistors are damaged can be judged neither from the appearance nor by electrical measurement.) • JOGT1 Assy: R9601, R9613, VA9601, VA9604 • JOGT2 Assy: R9801, R9813, VA9801, VA9804 If the problem is not resolved with the above corrections, the microcomputers for detection of pressing the JOG dial may be in failure. Replace the JOGT1 and JOGT2 Assemblies. Check the line connected to Pin 4. As the microcomputer for detecting pressing of the JOG dial may be in failure, replace the JOGT1 and JOGT2 Assemblies.
D
The LEDs do not light.
Yes
No LEDs connected to the same grid light. No
Yes
No LEDs light. E
No
Check the corresponding grid, referring to "8 Grid control" in "10.46 WAVEFORMS." If the grid waveform signal output from the shift register IC is abnormal, check if the grid line is short-circuited with GND, caused by a failure in a key, LED, or the transistor for the drive (or cables connecting between the LED and the transistor). Also check the connection of the grid line. If there is no problem, replace the shift register IC: • If the LEDs in the MIXER block do not light Replace IC3001 in the MIXB Assy. • If the LEDs in the CDJ block do not light Replace IC4002 in the CDJB Assy. • If the level meter LEDs do not light Replace IC3501 in the LLED Assy. Check the waveform and connection of the line that is connected to the microcomputer, and also check the transistor that is placed between the microcomputer port and the LED. If no problem is found, then replace the microcomputer (IC3601) in the MIXB Assy. Check the LED that does not light. If it is OK, check the peripheral circuit. (The microcomputer is normal, because some other LEDs that are connected to the same port light properly.)
F
26
XDJ-RX 1
2
3
4
5
6
7
8
Trouble in the audio system
A
Check which audio source (USB PLAY, LINE, PHONO, or MIC) is not output from the MASTER output.
No MASTER output
Yes
Audio source USB PLAY is not output. No
See also "Data from the device (USB memory device, hard disk, etc.) connected to the USB A connector cannot be read." or "This unit cannot be recognized by rekordbox." B
No
Signal is output from neither MASTER1 nor MASTER2. Yes Yes
The MUTE signal (TP7052) from the MAIN Assy is "H." No
Check Pins 22 and 24 (MASTER2), 26, 28, 30, 31 (MASTER1) of CN2403 on the MAIN Assy. If an audio waveform cannot be detected, the audio circuit in the MAIN Assy is in failure. Replace the MAIN Assy. If an audio waveform is detected, check the connection between the MAIN and JACK2 Assys.
The audio signal is interrupted around the muting transistors in the JACK2 Assy.
Yes
No
C
The muting transistors in the JACK2 Assy are defective, which disables audio signal output. Replace Q5301 to Q5312 in the JACK2 Assy. Check for a point in the JACK2 Assy where the audio signal is interrupted. · If only MASTER 1 has no audio signal output, check the periphery of IC5301/IC5302. If no abnormality is found, then the OP amplifiers (IC5301/IC5302) in the JACK2 Assy must be replaced. • If only MASTER2 has no audio signal output, check if the capacitor or resistor is damaged or if any circuit is open.
The MUTE signal (TP7052) from the MAIN Assy is "H."
No BOOTH output
Muting is activated. The MUTE circuit in the MAIN Assy is in failure. Replace the MAIN Assy.
Yes
Muting is activated. The MUTE circuit in the MAIN Assy is in failure. Replace the MAIN Assy.
Yes
The muting transistors in the MAIN Assy are defective, which disables audio signal output. Replace Q7201 and Q7206 in the MAIN Assy.
D
No The audio signal is interrupted around the muting transistors in the MAIN Assy.
E
No The audio signal is interrupted around the muting transistors in the JACK2 Assy.
Yes
No
The muting transistors in the JACK2 Assy are defective, which disables audio signal output. Replace Q5401 to Q5404, Q5409 to Q5416 in the JACK2 Assy. Check Pins 14 and 18 of CN5201 in the JACK2 Assy. If an audio waveform cannot be detected, check the connecting cable. If the cable is OK, the audio circuit in the MAIN Assy may be in failure. Replace the MAIN Assy. If an audio waveform is detected, check connections in the JACK2 Assy.
27
XDJ-RX 5
6
7
8
F
1
2
3
4
A
The MUTE signal (TP7052) from the MAIN Assy is "H."
No HP output
Yes
Muting is activated. The MUTE circuit in the MAIN Assy is in failure. Replace the MAIN Assy.
Yes
The muting transistors in the MAIN Assy are defective, which disables audio signal output. Replace Q7201 and Q7206 in the MAIN Assy.
Yes
The muting transistors in the HPJB Assy are defective, which disables audio signal output. Replace Q5901 and Q5902 in the HPJB Assy.
No The audio signal is interrupted around the muting transistors in the MAIN Assy. No B
The audio signal is interrupted around the muting transistors in the HPJB Assy. No
C
Check Pins 3 and 5 of JP5901 in the HPJB Assy. If an audio waveform cannot be detected, check the connecting cable. If the cable is OK, the audio circuit in the MAIN Assy may be in failure. Replace the MAIN Assy. If an audio waveform is detected, check connections in the HPJB Assy.
Yes
Is switching among DECK, LINE, and PHONO possible?
The LINE/PHONO audio signal is not output.
See "No operation with keys (switches)."
No
Yes
Are the CH level indicators lit?
No
No D
The LINE/PHONO input circuits are normal. See also "No MASTER output" and "No HP output." If the problem is not resolved after the above corrections, the MAIN Assy may be in failure. Replace it.
Check the indication on the LCD if switching between LINE and PHONO is properly made. Yes Are the waveforms detected at Pins 16, 20 of CN5101 inthe JACK1 Assy? Are the waveforms detected at Pins 1, 4 of CN5201 inthe JACK2 Assy?
Yes
No
Check the connections between the JAC1, JACK2 and MAIN Assys. If the connections are OK, then audio data are not input to I.MX. As this indicates that the MAIN Assy is in failure, replace it. Check for a point where the audio signal is interrupted: Channel 1: Check the periphery of IC5101, and IC5102. If they are OK, then replace the OP amplifiers (IC5101and IC5102 in the JAC1 Assy). Channel 2: Check the periphery of IC5201, and IC5202. If they are OK, then replace the OP amplifiers (IC5201and IC5202 in the JAC2 Assy).
E
Check if SW_IN1, SW_IN2 operates properly, referring to "10.46 WAVEFORMS h: Audio INPUT/SW AMP switching."
No
Operates properly. F
Check the connection between the switch in the JACK1, JACK2 Assemblies and the MAIN Assy. Check if S5101 and S5201 can be switched.
Yes
A
28
XDJ-RX 1
2
3
4
5
6
7
8
A
A
Check if SW_SEL1, SW_SEL2 operates properly, referring to "10.46 WAVEFORMS h: Audio INPUT/SW AMP switching."
Yes
Operates properly.
No
Check the periphery of the OP amplifiers in the JACK1 and JACK2 Assemblies: Channel 1: Check the periphery of IC5101 and IC5102. If they are OK, then replace the OP amplifiers (IC5101 and IC5102 in the JACK1 Assy). Channel 2: Check the periphery of IC5201 and IC5202. If they are OK, then replace the OP amplifiers (IC5201 and IC5202 in the JACK2 Assy). B
Replace the MAIN Assy, because the SW signal is not properly output from the Assy.
No
Can MIC ON/OFF be switched?
The MIC input is not output.
See "No operation with slide switches."
Yes
Yes
Are the MASTER level indicators lit?
No
Yes
Is a waveform detected at Pin 10 of CN5101 in the JACK1 Assy?
The MIC input is normal. See also "No MASTER output" and "No HP output." If the problem is not resolved after the above corrections, the MAIN Assy may be in failure. Replace it.
C
Check the connections between the JACK1 and MAIN Assys. If the connections are OK, then audio data are not input to I.MX. As this indicates that the MAIN Assy is in failure, replace it.
No Check for a point where the audio signal is interrupted: Check the periphery of the OP amplifier (IC5001) in the JACK1 Assy. If no problem is found, then replace the OP amplifier. D
E
F
29
XDJ-RX 5
6
7
8
1
2
3
4
5.3 SIMPLIFIED DIAGNOSTIC PROCEDURE FOR AUDIO SIGNAL A
With the NOISE effect function provided with this unit, white noise generated by the main CPU is filtered then mixed with the audio signal of the assigned channel before being output. With this function, simplified diagnostics for the audio signal blocks are possible. Check the following: · White noise is audible when the NOISE effect button is set to ON or OFF. · White noise changes in response to changes in the cutoff frequency, volume, or sound quality of the NOISE effects. If both phenomena can be confirmed, the block prior to the main CPU can be deemed being in failure. If either phenomenon or neither phenomena can be confirmed, the main CPU, its periphery, or blocks subsequent to the main CPU can be deemed being in failure.
B
The operating procedure for the NOISE effect is indicated below. 1 Press the [SOUND COLOR FX NOISE] button. (The NOISE effect is set for both CH1 and CH2.) 2 Adjust the volume with the [TRIM] control of the channel you wish to check, the sound quality with the [EQ/ISO (HI, MID, LOW)] controls, or the cutoff frequency for the filter through which white noise is to be filtered with the [COLOR] control. (For details, refer to "Using the sound color FX function" in the operating instructions.) This diagnostic method is applicable to other DJ products equipped with the NOISE effect generator.
A MAIN ASSY C
B JACK1 ASSY C JACK2 ASSY
ADC ADC
MASTER DAC
C JACK2 ASSY BOOTH DAC
ADC D
MAIN CPU
F USB1 ASSY
G USB2 ASSY
D HPJB ASSY HP DAC
USB HUB
Ether PHY
E
Possible defective locations when both phenomena can be confirmed
Possible defective locations when either phenomenon or neither phenomena can be confirmed
F
30
XDJ-RX 1
2
3
4
5
6
7
8
5.4 VOLTAGE MONITORING CIRCUIT Voltage-Monitoring Circuit
A
This unit monitors the voltages of the main power-supply ICs, using the F_DET (FAULT_DET) signal. The F_DET signal level is high (+3.3 V) during normal operations. When the level becomes low (0 V), detect abnormality in the EUP UCOM (IC3601).
Product behavior when an error is generated If power failure is detected with the F_DET signal (F-DET signal consists with the interval Low levels more than 50 ms), the EUP UCOM will stop supplying the V+12SW (V+12D)/V+12SWA (V+12A) power from POWER SUPPLY Assy, setting the PWR_ON signal to low. The EUP UCOM also informs of power failure with flashing of the MASTER_REC (redLED) button, by sending the STBY_LED signal: As the V+12SW/V+12SWA power is stopped, the indications other than the MASTER_REC are unlit and all the switches and VRs are disabled. When you let you return from a power supply abnormality detection state, perform drawing and inserting of the power cord.
B
Diagnostic procedure Note: Each time before turning the unit ON, make sure that each power-supply IC is not short-circuited to GND. If any voltage is abnormal, that error will be detected by the voltage-monitoring program after it is started after a usual startup of the unit. Then the V+12SW power from POWER SUPPLY Assy will be stopped. Identify which power-supply IC is defective, by duplicate drawing and inserting of the power cord while monitoring each voltage with an oscilloscope. Check the value of each voltage immediately before stopping power supply.
C
Voltage-Monitoring Circuit Block diagram
A V+12SW /V+12SWA
MAIN ASSY V+12D V+5R2D V+4R2D V+15A V-15A V+7R5HP V-7R5HP V+3R3D
• DC-DC Converter • Regulator
Y
Monitoring
Voltage monitoring circuit
D F_DET High: Normal Low: Abnormal
POWER SUPPLY ASSY When power cord is connected, always output regardless of condition of power SW.
V+12E
xEUPSW
M MIXB ASSY
Q
V+3R3E
S
PNL2 ASSY
CDJB ASSY Protector P101 Logic inversion (Q103)
DC/DC Converter (IC3603)
STBY_LED EUP UCOM (IC3601)
(MASTER_REC) STBY LED (D5705) Flashing when an error occurs (red)
PWR_ON High: V+12SW/V+12SWA output Low: V+12SW/V+12SWA output stopped
E
F
31
XDJ-RX 5
6
7
8
1
A
2
3
4
Voltage-Monitoring Circuit diagram
11:10B
3:11D
V+3R3EUP
V+3R3EUP
V+3R3D
0 R327
Q305
0 R326
0.1u/16
3.3k
C311
0.1u/16
F_DET H L
V+3R3EUP
6.8k
R324
0
R333
11:10B
0
R334
V+3R3EUP
V-15A
V-7R5HP
2:4H
2:11E
LSC4081UB(QRS)
NM
Q308
R320
0.1u/16 0.1u/16
33k
C309
R317
GNDD
C310
R316 47k
LSC4081UB(QRS)
NM
R315
33k
0.1u/16 0.1u/25
R311
C306
47k
R312
C
C307
GNDD
Q306
GNDD
Voltage value of the voltage-monitoring section Over voltage / Threshold Under voltage Detection range in consideration of variations Center value − 7.82 V to 10.02 V 8.84 V − 3.22 V to 3.74 V 3.47 V − 3.04 V to 3.49 V 3.26 V − 7.82 V to 10.02 V 8.84 V + -4.12 V to -2.76 V -3.38 V 4.06 V to 4.89 V 4.45 V + -4.12 V to -2.76 V -3.38 V 1.34 V to 1.74 V 1.53 V + 3.80 V to 4.82 V 4.30 V
Power
D
V+12D V+5R2D V+4R2D V+15A V-15A V+7R5HP V-7R5HP V+3R3D V+3R3EUP
E
F
32
XDJ-RX 1
2
3
11:9E
0
R331
NM
R322
5.6k
R319 0
R332
NM
FAULT_DET
Q310
36k
R310
10k
R308
56k
R306
39k
R304
10k
11:10B
TP311
0
GNDD
0
R302
F_DET R325
LTC124EUB
0 R328
Q304
R314
LSAR523UB LSAR523UB LSAR523UB LSAR523UB LSAR523UB
0 R329
Q303
LSAR523UB Q307
3.3k
C308
22k
R309
22k
0.1u/16 C305
R307
10k
0.1u/25 C304
R305
10k
0.1u/16 C303
R303
22k
0.1u/16 C302
R301
0.1u/16 C301
R330
B
V+3R3EUP
1608
Q301
Q302
11:10B
NM
11:10B
V+3R3D
R335
3:11D
V+3R3EUP
2.7k
11:10B
V+7R5HP
R323
2:12C
V+15A
3.3k
2:4F
V+4R2D
R321
1:5C
V+5R2D
R318
1:11C
V+12D
R313
1:4A
LSAR523UB Q309
VOLTAGE DETECTION CIRCUIT
4
Normal Power failure
5
6
7
8
5.5 ABOUT PROTECTOR A
This unit uses ICPs (IC protectors) in V+12EUP input circuit and MASTER1 output circuit. V+12EUP input circuit: P101 (MAIN Assy) MASTER1output circuit: P5301, P5302 (JACK2 Assy) If V+12EUP signal is not output normally, if the specified signal from theMASTER 1 connectors is not properly output, check if any ICP is activated.
MAIN ASSY 1:6A/ V+12SWA
V+12STB
CN101
TP101
DKN1599-A 6
GNDD
V+12D
0.01u/25
10u
C140
C108
DCH1263-A
3 B
PWR_ON
11:9D
2 C 1 E
Q103 LTC024EEB
47k,47k
2,C
UCOM_EUPSW xEUPSW H L L H
GNDD
POWER ON EUP MODE
C 3,B
JACK2 ASSY
1,E
JA5301 DKB1093-A 4
MASTER1_L_COLD
MASTER1
3
HOT
COLD
D5301
DZ2S180C
D5302
VM
DZ2S180C
DCE1018-A
2200p/50V
C5334
33 1/2W
DCE1018-A
VM R5342
GNDA_OUTM
2200p/50V
18k
MASTER1 L
2
D C5301
Q5302
0
1/2W
C5302
R5302
R5351
10 2200p/50
18k
R5309
2200p/50
Q5301
R5301
INC2002AC1 C5333
33 1/2W
INC2002AC1
R5341
1
L-
VM
VM
Canon Shield(DNF1789-A)
R5310
R5353
P5302
10
0
1 2 AEK1073-A
1/2W
L+
JA5302
MASTER1_L_HOT
DKB1093-A
E
4 1
MASTER1_R_COLD R-
33 1/2W
R5308
R5355
P5301
10
0
1 2 AEK1073-A
1/2W
MASTER1 R HOT
DCE1018-A
2200p/50V
DCE1018-A
VM
2200p/50V
VM R5346
GNDA_OUTM
C5303
18k
C5304
Q5304 R5304
2200p/50
Q5303
18k
2200p/50
R5303
COLD
0
1/2W
D5303
R5354
10
DZ2S180C
R5307
33 1/2W
INC2002AC1 C5335
R5345
2 3
D5304
VM
DZ2S180C
VM
INC2002AC1 C5336
C
16V
NM
C141
CFHX
C143
C103
4700p/16
TP136
CFHX
xEUPSW
CFHX
2 1
0.1u/16
GNDD GNDSD
TP103 ZZ101
TP137 16V
NM
B
1:1E,2C,7C/8:7C,7F/12:2F/ V+12D
V+12SW
1 2 DEK1120-A
TP135
C101
xEUPSW
3
P101
R104
CCH1680-A
4
C142
5
V+12SWA
470u
V+12SW
TP102
V+12EUP
0437.500 500mA
!
D8,H10.3
V+12STB
11:10B/12:2F/ V+12EUP
V+12STB
0.01u/16
A
F
R+
MASTER1_R_HOT
33
XDJ-RX 5
6
7
8
1
2
3
4
5.6 METHOD FOR CONNECTION CONFIRMATION OF THE LAN (LINK) PORT A
For confirmation of connection and operation of the LAN (LINK) port of this unit, follow the procedure indicated below. 1. Install rekordbox (Mac/Windows) on the PC. 2. Import tracks to rekordbox. 3. Directly connect a PC to this unit, via a LAN cable (CAT5e). 4. After a link between the PC and this unit is established, load a track from the PC, by operating this unit. 5. Output the audio.
Installation of rekordbox on a PC
B
1 Access the Web site for rekordbox (http://rekordbox.com/), click on [Download] to display the download page, then download rekordbox. 2 Double-click on the downloaded installer file (.zip) to unzip it then double-click on the unzipped installer file (.exe) to start installation. Follow the instructions displayed on the screen to complete installation. Note that the versions of rekordbox supporting the XDJ-RX are Ver. 3.2.0 and later. If you will be using rekordbox for the first time, registration of a user account for rekordbox is required. For registration, follow the guide displayed after startup of rekordbox.
Importing tracks to rekordbox
C
1 Start rekordbox then click on “Collection.” 2 Select [File] menu, [Import], [Import Track], then select (a) music file(s) you wish to import. 3 Select the folder in which (a) music file(s) you wish to import is(are) saved, select the filename(s), then click on Open. The music file(s) will be added to the collection, and the tag information of the music file(s) will be read and displayed. When an analysis of waveform data of the music file(s) starts, an "analysis in progress" symbol will be displayed at the left of the filename of the music file being analyzed then disappear after the analysis is completed. (If analysis of waveform data of the music file[s] does not start, the setting may have this function disabled. Select [Track], [Auto Analysis], then [On].)
Connection of a PC
rekordbox
Computer D
To power outlet Power cord
E
Loading a Track on a Deck of This Unit from the PC 1 Press the [rekordbox] button. 2 Start up rekordbox on the PC then establish a link between the PC and this unit, by clicking on the "LINK" icon. 3 After the rekordbox library of the PC is displayed on the display of this unit, select a track you wish to load, by turning the rotary selector, then press the [LOAD] button of the deck into which you wish to load the selected track.
Outputting Audio
F
Example: Outputting audio channel 1 (CH 1) 1 Set the DECK 1/PHONO 1/LINE 1 switch of CH 1 to DECK 1. 2 Adjust the level of the audio being input to CH 1, by turning the TRIM control for CH 1 clockwise. 3 Adjust the level of the audio to be output from CH 1, by sliding the CH 1 channel fader away from you. 4 Output the CH 1 audio, by sliding the cross fader to its leftmost position. 5 Turn the MASTER LEVEL control clockwise to output the audio from the speaker. 34
XDJ-RX 1
2
3
4
5
6
7
8
5.7 IC INFORMATION R5F364AENFA-U0-K (MIXB ASSY: IC3601)
A
EUP UCOM
• Pin Function No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50
Pin Name P9_6 P9_5 TB4IN/PWM1 TB3IN/PWM0 P9_2 TB1IN/PMC1 TB0IN BYTE CNVSS P8_7 P8_6 RESET# XOUT VSS XIN VCC1 NMI# INT2# INT1# INT0# TA4IN/U# TA4OUT/U TA3IN TA3OUT P7_5 P7_4 P7_3 P7_2 P7_1 P7_0 TXD1/SDA1 P6_6 CLK1 P6_4 TXD0/SDA0 RXD0/SCL0 CLK0 CTS0#/RTS0# P5_7 P5_6 P5_5 P5_4 P5_3 P5_2 P5_1 P5_0 TXD7/SDA7 P4_6 CLK7 P4_4
Net Name I/O STBY_LED O USB_REC I JOG1_ENC0 I JOG2_ENC0 I JOG1_ENC0 I JOG2_ENC0 I GNDD I CNVSS I AUDIO_MUTE O PWR_ON O SUB_RESET I XOUT O GNDD I XIN I V+3R3E I I PWR_SW I EUP_CONT I EUP_REQ O JOG1_ENC0 I JOG1_ENC1 I JOG2_ENC0 I JOG2_ENC1 I EUP_RDY O EUP_WRITE O FAULT_DET I QUANTIZE I JOG1_LED_SI O JOG_LED_RCK O JOG1_LED_SCK O JOG_LED_xG O EUP_MISO O EUP_MOSI I EUP_SCLK I EUP_SS2 I CDJ1_PAD0 I CDJ1_PLAY I CDJ1_CUE I JOG1_TCH I CDJ1_PAD1 I CDJ1_PAD2 I CDJ1_PAD3 I LED_SI O LED_SCK O LED_xG O
Function No. 51 Direct LED output Direct key input 52 JOG rotate detection 53 JOG rotate detection 54 55 JOG rotate detection 56 JOG rotate detection 57 BYTE 58 CNVSS 59 MUTE signal 60 Between MAIN communication 61 62 RESET# 63 XOUT 64 VSS 65 XIN VCC1 66 67 NMI#. Open drain output 68 Power SW input 69 Wait for updating 70 Request for updating 71 JOG rotate detection JOG rotate detection 72 73 JOG rotate detection 74 JOG rotate detection 75 Notify MAIN of startup 76 Notify MAIN-UCOM of update Between MAIN communication 77 78 Direct key input 79 Open drain output 80 Open drain output JOG1 LED control 81 82 JOG LED control 83 JOG1 LED control 84 JOG LED control Between MAIN communication 85 Between MAIN communication 86 Between MAIN communication 87 88 Chip select 89 Direct key input 90 Direct key input 91 Direct key input 92 93 JOG touch detection 94 Direct key input 95 Direct key input 96 Direct key input LED segment signal generation 97 98 LED segment signal generation 99 LED segment signal generation 100
Pin Name P4_3 P4_2 P4_1 P4_0 P3_7 P3_6 P3_5 P3_4 P3_3 P3_2 P3_1 VCC2 P3_0 VSS AN2_7 AN2_6 AN2_5 AN2_4 AN2_3 AN2_2 AN2_1 AN2_0 P1_7 P1_6 P1_5 P1_4 TXD6/SDA6 P1_2 CLK6 P1_0 P0_7 P0_6 P0_5 P0_4 P0_3 P0_2 P0_1 P0_0 P10_7 P10_6 P10_5 P10_4 P10_3 P10_2 P10_1 AVSS P10_0 VREF AVCC P9_7
Net Name I/O LED_RCK O GRID_SI O GRID_SCK O CDJ1_KEY3 I CDJ1_KEY0 I CDJ1_KEY1 I CDJ1_KEY2 I BROWS0 I BROWS1 I AD_SEL0 O AD_SEL1 O V+3R3D I GNDD I FLTR1_AD I CDJ1_AD1 I CDJ1_AD0 I MXR_AD0 I MXR_AD1 I MXR_AD2 I MXR_AD3 I FLTR2_AD I MXR_KEY2 I MXR_KEY1 I MXR_KEY0 I TAP I JOG2_LED_SI O CDJ2_CUE I JOG2_LED_SCK O JOG2_TCH I BEATS0 I BEATS1 I CDJ2_PAD1 I CDJ2_PAD2 I CDJ2_PAD3 I CDJ2_KEY3 I CDJ2_KEY0 I CDJ2_KEY1 I CDJ2_KEY2 I CDJ2_PAD0 I CDJ2_PLAY I CDJ2_AD1 I CDJ2_AD0 I CRFD_AD I CHFD2_AD I GNDD I CHFD1_AD I V+3R3E I V+3R3E I FX_ON/OFF I
Function LED segment signal generation Grid signal generation Grid signal generation Key segment Key segment Key segment Key segment Encoder input Encoder input Analog SW select Analog SW select VCC2 VSS Direct AD input Analog SW output Analog SW output Analog SW output Analog SW output Analog SW output Analog SW output Direct AD input Key segment Key segment Key segment Direct key input JOG2 LED control Direct key input JOG2 LED control JOG touch detection Encoder input Encoder input Direct key input Direct key input Direct key input Key segment Key segment Key segment Key segment Direct key input Direct key input Analog SW output Analog SW output Direct AD input Direct AD input AVSS Direct AD input VREF AVCC Direct key input
B
C
D
E
F
35
XDJ-RX 5
6
7
8
1
2
3
4
6. SERVICE MODE 6.1 TEST MODE A
Description of Test Modes The Following seven test modes are provided for this unit: 1 Mode 1 : Confirmation of the versions, destination (language), MAC address, and JOG UCOMs 2 Mode 2 : All LEDs and LCDs unlit 3 Mode 3 : All LEDs and LCDs lit 4 Mode 4 : LCD patterns 5 Mode 5 : Confirmation of individual keys and LEDs 6 Mode 6 : Confirmation of individual switches 7 Mode 7 : Confirmation of the values of the rotary variable controls and sliders 8 Mode 8 : Rotary selector
B
How to Enter Test Mode (Other than Entering WLAN TEST Mode) While holding the DECK 1 MEMORY and DECK 1 TEMPO RANGE buttons pressed, press the u switch to turn the unit on. (Be sure to hold the u switch pressed until the unit starts up.) Start up the unit in Mode 1 of Test mode. u switch
MEMORY button C
TEMPO RANGE button
How to Change Test Modes D
To change Test modes, turn the Rotary selector clockwise or counterclockwise. To shift from Mode 8 to Mode 1 or from Mode 1 to Mode 8, press the Rotary selector. Then, Test modes can be changed again with a turn of the Rotary selector. Mode 1
Mode 2
Mode 3
Mode 4
Mode 5
Mode 6
Mode 7
Mode 8
Test mode Contents 1 Mode 1: Confirmation of the versions, destination (language), MAC address, and JOG UCOMs E
If the JOG UCOM is in failure, an error message will be displayed; if it is OK, no message will be displayed. The example screen below indicates that the JOG UCOM on DECK 1 is in failure and that on DECK 2 is OK. If either of the JOG UCOMs is in failure, no operation can be performed. To operate the unit, press the BEAT EFFECT ON/OFF button.
F
36
XDJ-RX 1
2
3
4
5
6
7
8
2 Mode 2: All LEDs and LCDs unlit
A
After this mode is entered, then all indications on the LCDs will disappear and the LEDs will go dark or dim.
3 Mode 3: All LEDs and LCDs lit B
4 Mode 4: LCD patterns Each time the rotary selector is pressed, the LCD patterns change from color, black, then white, in that order. When the BACK button is pressed, the screen returns to that shown below. C
5 Mode 5: Confirmation of individual keys and LEDs • When this mode is entered, when a key is pressed, thecorresponding LED will light. For details on correspondence between the keys and LEDs, see "Table of keys and corresponding LEDs to be lit in the mode for confirmation of individual keys."
D
E
F
37
XDJ-RX 5
6
7
8
1
A
2
C
D
E
4
Table of keys and corresponding LEDs to be lit in the mode for confirmation of individual keys Operating buttons
B
3
LED Name
Operation in the OFF state
Operating buttons
LED Name
Operation in the OFF state
f (PLAY/PAUSE) 1
PLAY1/PAUSE1
Unlit
MEMORY 2
SHIFT2
Lit dimly
CUE 1
CUE1
Unlit
BEAT SYNC SYNC 2
BEAT SYNC SYNC2
Lit dimly
TRACK SEARCH p 1
PAD1 B
Lit dimly
BEAT SYNC MASTER 2
BEAT SYNC MASTER2
Lit dimly
TRACK SEARCH o 1
PAD1 A
Lit dimly
JOG MODE VINYL 2
JOG MODE2 (VINYL)
Unlit
SEARCH n 1
PAD1 C
Lit dimly
JOG (TOUCH) 2
JOG2
Unlit
SEARCH m 1
PAD1 D
Lit dimly
JOG ROTATE FWD 2
LOOP OUT2
Unlit
DIRECTION REV 1
DIRECTION1 REV
Unlit
JOG ROTATE REV 2
LOOP IN2
Unlit
SLIP 1
SLIP1
Unlit
TEMPO RANGE 2
BEAT SYNC MASTER2
Lit dimly
LOOP IN/4BEAT (IN ADJUST) 1
LOOP IN1
Unlit
MASTER TEMPO 2
MASTER TEMPO2
Unlit
LOOP OUT (OUT ADJUST) 1
LOOP OUT1
Unlit
MODE (HOT CUE/CALL) 2
HOT CUE2
Lit dimly
RELOOP/EXIT 1
RELOOP1
Unlit
MODE (AUTO BEAT LOOP) 2
AUTO BEAT LOOP2
Lit dimly
CUE/LOOP CALL d 1
HOT CUE1
Lit dimly
MODE (LOOP SLICE) 2
LOOP SLICE2
Lit dimly
CUE/LOOP CALL c 1
AUTO BEAT LOOP1
Lit dimly
SHIFT 2
SHIFT2
Lit dimly
DELETE 1
LOOP SLICE1
Lit dimly
Performance A 2
PAD2 A
Lit dimly
MEMORY 1
SHIFT1
Lit dimly
Performance B 2
PAD2 B
Lit dimly
BEAT SYNC SYNC 1
BEAT SYNC SYNC1
Lit dimly
Performance C 2
PAD2 C
Lit dimly
BEAT SYNC MASTER 1
BEAT SYNC MASTER1
Lit dimly
Performance D 2
PAD2 D
Lit dimly
JOG MODE VINYL 1
JOG MODE1 (VINYL)
Unlit
USB STOP 2
USB2 STOP
Unlit
JOG (TOUCH) 1
JOG1
Unlit
MASTER REC (WAKE UP)
MASTER REC
Unlit
JOG ROTATE FWD 1
LOOP OUT1
Unlit
TRACK MARK
MASTER REC
Unlit
JOG ROTATE REV 1
LOOP IN1
Unlit
rekordbox
REKORDBOX
Lit dimly
TEMPO RANGE 1
BEAT SYNC MASTER1
Unlit
MIDI
MIDI
Lit dimly
MASTER TEMPO 1
MASTER TEMPO1
Unlit
USB1
USB1
Lit dimly
MODE (HOT CUE/CALL) 1
HOT CUE1
Unlit
USB2
USB2
Lit dimly
MODE (AUTO BEAT LOOP) 1
AUTO BEAT LOOP1
Unlit
BROWSE
BROWSE
Lit dimly
MODE (LOOP SLICE) 1
LOOP SLICE1
Unlit
TAGLIST
TAGLIST
Lit dimly
SHIFT 1
SHIFT1
Lit dimly
INFO
INFO
Lit dimly
Performance A 1
PAD1 A
Lit dimly
MENU (UTILITY)
MENU
Lit dimly
Performance B 1
PAD1 B
Lit dimly
QUANTIZE (DECK)
rekordbox
Lit dimly
Performance C 1
PAD1 C
Lit dimly
DECK1/2
MIDI
Lit dimly
Performance D 1
PAD1 D
Lit dimly
TIME MODE (AUTO CUE)
USB1
Lit dimly
USB STOP 1
USB1 STOP
Unlit
Rotary selector
TAP
Unlit
f (PLAY/PAUSE) 2
PLAY2/PAUSE2
Unlit
BACK
BROWSE
Unlit
CUE 2
CUE2
Unlit
TAG TRACK/REMOVE
TAGLIST
Unlit
TRACK SEARCH p 2
PAD2 B
Lit dimly
LOAD1
LOAD1
Unlit
TRACK SEARCH o 2
PAD2 A
Lit dimly
LOAD2
LOAD2
Unlit
SEARCH n 2
PAD2 D
Lit dimly
SOUND COLOR FX (NOISE)
CFX NOISE
Unlit
SEARCH m 1
PAD2 C
Lit dimly
SOUND COLOR FX (GATE/COMP)
CFX GATE/COMP
Unlit
DIRECTION REV 2
DIRECTION2 REV
Unlit
SOUND COLOR FX (CRUSH)
CFX CRUSH
Unlit
SLIP 2
SLIP2
Unlit
SOUND COLOR FX (FILTER)
CFX FILTER
Unlit
LOOP IN/4BEAT (IN ADJUST) 2
LOOP IN2
Unlit
CUE CH1
CUE CH1
Lit dimly
LOOP OUT (OUT ADJUST) 2
LOOP OUT2
Unlit
CUE CH2
CUE CH2
Lit dimly
RELOOP/EXIT 2
RELOOP2
Unlit
BEAT EFFECTS ON/OFF
BFX ON/OFF
Unlit
CUE/LOOP CALL d 2
HOT CUE2
Lit dimly
BEAT d
MENU
Unlit
CUE/LOOP CALL c 2
AUTO BEAT LOOP2
Lit dimly
BEAT c
INFO
Unlit
DELETE 2
LOOP SLICE2
Lit dimly
TAP (AUTO)
TAP
Unlit
F
38
XDJ-RX 1
2
3
4
5
6
7
8
6 Mode 6: Confirmation of individual switches
A
When this mode is entered, "SW TEST" is displayed. The set position of each switch is indicated on the LCD.
Operation switch DECK1 PHONO1/LINE1 PHONO1 LINE1, PHONO1 selector (LEFT) LINE1 DECK2 DECK2, PHONO2/LINE2 selector (RIGHT) PHONO2/LINE2 PHONO2 LINE2, PHONO2 selector (RIGHT) LINE2 THRU CROSS F. CURVE DECK1, PHONO1/LINE1 selector (LEFT)
MIC (OFF, ON, TALK OVER) selector
OFF ON TALKOVER
LCD indication DECK1 EXT1 PHONO1 LINE1 DECK2 EXT2 PHONO2 LINE2 LEFT CENTER RIGHT OFF ON TALKOVER
Remarks B
C
7 Mode 7: Confirmation of the values of the rotary variable controls and sliders The value for each VR or slider that is operated will be indicated. D
• The CH 1 channel level indicator will move up or down in response to upward or downward movement of Channel Fader 1. • The CH 2 channel level indicator will move up or down in response to upward or downward movement of Channel Fader 2. • The master level indicator will move up or down in response to leftward or rightward movement of the crossfader.
E
F
39
XDJ-RX 5
6
7
8
1
2
3
4
A
B
Operation volume CH1 TRIM CH1 HIGH CH1 MID CH1 LOW CH1 COLOR CH1 Channel fader CH1 TEMPO CH1 VINYL SPEED ADJUST TOUCH/RELEASE CH2 TRIM CH2 HIGH CH2 MID CH2 LOW CH2 COLOR CH2 Channel fader CH2 TEMPO CH2 VINYL SPEED ADJUST TOUCH/RELEASE MIC EQ HI
LCD indication CH1 TRIM XXX CH1 HIGH XXX CH1 MID XXX CH1 LOW XXX CH1 COLOR XXX CH1 FADER XXX CH1 TEMPO XXX CH1 TOUCH/RELEASE XXX CH2 TRIM XXX CH2 HIGH XXX CH2 MID XXX CH2 LOW XXX CH2 COLOR XXX CH2 FADER XXX CH2 TEMPO XXX CH2 TOUCH/RELEASE XXX MIC EQ HI XXX
MIC EQ LOW
MIC EQ LOW XXX
Remarks XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. XXX stands for 000–3FF in hexadecimal notation. The value is displayed in the 2nd row of the left column of the LCD.
XXX stands for 000–3FF in hexadecimal notation. The value is displayed in the 2nd row of the left column of the LCD.
XXX stands for 000–3FF in hexadecimal notation. C
HEADPHONES MIXING
HP MIXING XXX
HEADPHONES LEVEL
HP LEVEL XXX
Crossfader
CROSS FADER XXX
The value is displayed in the 2nd row of the left column of the LCD.
XXX stands for 000–3FF in hexadecimal notation. The value is displayed in the 2nd row of the left column of the LCD.
XXX stands for 000–3FF in hexadecimal notation. The value is displayed in the 2nd row of the left column of the LCD.
XXX stands for 000–3FF in hexadecimal notation. LEVEL/DEPTH
LEVEL/DEPTH XXX
BOOTH MONITOR
BOOTH LEVEL XXX
MASTER LEVEL
MASTER LEVEL XXX
The value is displayed in the 2nd row of the left column of the LCD.
XXX stands for 000–3FF in hexadecimal notation. The value is displayed in the 2nd row of the left column of the LCD.
XXX stands for 000–3FF in hexadecimal notation. The value is displayed in the 2nd row of the left column of the LCD.
XXX stands for 000–3FF in hexadecimal notation. D
8 Mode 8: Rotary selector • The value will increase if a rotary selector is turned clockwise and decrease if it is turned counterclockwise. • If the value reaches FF while a rotary selector is turned clockwise and it is then further turned, the value will return to 00 then continue to increase. If the value reaches 00 while a rotary selector is turned counterclockwise and it is then further turned, the value will return to FF then continue to decrease. • To shift from Mode 7 to Mode 1 or from Mode 1 to Mode 7, press the DECK 1 Rotary selector. E
Operation rotary selector Rotary selector TIME
LCD indication SELECTOR XX TIME XX
Remarks XX stands for 00–FF in hexadecimal notation. XX stands for 00–FF in hexadecimal notation.
F
40
XDJ-RX 1
2
3
4
5
6
7
8
How to Reset to the Factory Default Settings
A
While holding the DECK 1 DELETE and DECK1 TEMPO RANGE buttons pressed, press the u switch to turn on the unit. (Be sure to hold the @ switch pressed until the unit starts up.) u switch
DELETE button B
TEMPO RANGE button
* The language setting will not be reset.
C
Parameters to be initialized by Factory Reset (the parameters the values of which immediately before the unit is turned off are to be stored in memory) AUTO CUE : OFF Vinyl MODE : OFF TIME MODE : REMAIN QUANTIZE : ON TEMPO RANGE : ±10% MASTER TEMPO : OFF HOT CUE/AUTO BEAT LOOP/LOOP SPLIT MODE : HOT CUE
D
E
F
41
XDJ-RX 5
6
7
8
1
2
3
4
6.2 ABOUT THE DEVICE A
B
C
Device Name
Function
Part No.
I.MX6 /Application processor
Main CPU. Display control, USB host/Device control, LAN communication control, Device microcomputer control, Audio processing, Device/LED control.
Reference No.
Assy
MCIMX6U6AVM08AC
IC1001
MAIN Assy
DDR3 (1Gbit x2)
Main memory for I.MX6.
K4B1G1646G-BCK0
IC1201, IC1301
MAIN Assy
NAND Flash (2Gbit)
Main program for I.MX, For storage of each setting value.
DYW1864 (NSP) (first release)
IC1501
MAIN Assy
PMIC
Power supply generation, Power supply management IC for I.MX. Power supply generation for digital and startup sequence management.
MMPF0100F0AEP
IC602
MAIN Assy
LAN PHY
Transceiver IC to connect a connector to USB HOST controller
LAN8720A-CP
IC1401
MAIN Assy
USB HUB
2 port USB HUB IC. Divide a USB signal into two of USB A for Deck 1 and Deck2 from I.MX6.
USB2512B-AEZG-TR
IC1801
MAIN Assy
AUDIO DAC
IC whitch converts I2S format into an audio output signal. (for Master out)
AK4382AVT
IC7001
MAIN Assy
IC whitch converts I2S format into an audio output signal. (for Booth out, Phones out)
AK4387ET
IC7201, IC7701
MAIN Assy
AUDIO ADC
IC whitch converts audio input signal into I2S format. (for INPUT 1/2 input, MIC 1/2 input)
AK5358AET
IC7405, IC7406, IC7602
MAIN Assy
Connect to CN8801 and CN8701 on EXTB Assy.
7inch TFT LCD
7 inches liquid crystal modules (backlight built-in)
CWX4352
LCD Backlight IC
Backright control IC.
BD81A04EFV-M
IC8701
EXTB Assy
LVDS Reciever IC
Convert LVDS signal for liquid crystal from I.MX6 into RGB signal.
BU90R104
IC8401
EXTB Assy
PIC UCOM
JOG touch detection IC. After having detected a touch signal, notify a submicrocomputer.
PIC10F206-I/OT
IC9601, IC9801
JOGT1/2 Assy
High-side SW IC
USB current control IC. Limit the supply electric current to USB A terminal to 1.0 A.
TPS2557DRB
IC8102, IC8302
USBP1/USBP2 Assy
EUP UCOM
Submicrocomputer. Standby control, Device control, LED control.
DYW1857
IC3601
MIXB Assy
D
E
F
42
XDJ-RX 1
2
3
4
5
6
7
8
7. DISASSEMBLY A
Note: Even if the unit shown in the photos and illustrations in this manual may differ from your product, the procedures described here are common.
Knobs and Volumes Location A
A
D C B
H
B
E
A
A
B
C
I
G
J
G
F
I D
A
B
DAA1284 ×8
White
C
DAA1204 ×2
White
White
Black
D
DAA1305 ×6
Black Silver
White
F
G
DAA1180 ×1
DAA1220 ×3
H
I
DAA1342 ×1
DNK5981 ×2
J
DAC2684 ×3
DAC2685 ×3
DNK5888 ×3
E
White
White
DAC2685
Black
Black
DAA1213 ×2
White
White
Black (rubber)
Gray (rubber)
E
DAA1320 ×2
Black (rubber)
Black
White
DAC2684 Black
White
DNK5888
F
43
XDJ-RX 5
6
7
8
1
A
2
3
4
Disassembly [1] Bottom Section [1-1] Control panel Section (1) Remove the 2 knobs.
1
×2
B
C
(2) Remove the 14 screws. (BPZ30P100FTB) (3) Remove the 2 screws. (BBZ30P060FTB) (4) Remove the 3 screws. (BBZ30P060FTB)
2
×14
3
3
• Bottom view
D
4
4
4 • Rear view
E
(5) Remove the control panel Section. (6) Disconnect the 1 flexible cable and 1 connectors. (CN2402, 7201) (7) Release the 2 jumper wire stylings.
5 7
CN7201
6
×2 CN2402
7
Control panel Section
F
44
XDJ-RX 1
2
3
4
5
6
7
[1-2] LCD Section (1) Remove the 4 screws. (BBZ30P060FTB)
8
A
1
×4
• Rear view
(2) Disconnect the 1 flexible cable. (CN2401) (3) Remove the LCD Section.
B
LCD Section
3 2
-2
2
-1
CN2401 CN2401
C
[1-3] USB Assy Section (1) Disconnect the 2 connectors. (CN1801, 1802) (2) Release the 3 jumper wire stylings. (3) Remove the 2 stay with PC board, by removing the 4 screws. (BPZ30P080FNI)
USB1 Assy
USB2 Assy
3
3 CN1802
3
1
3 CN1801
2 1
2
USBP1 Assy
2 USBP2 Assy D
[1-4] MICT Assy (1) Remove the 1 screw. (BBZ30P060FTB) (2) Remove the shield case by removing the 2 screws. (BBZ30P060FTC)
Shield case
1 2
2
E
• Rear view
MCIT Assy
(3) Disconnect the 1 connector. (CN5001) (4) Remove the stay with PC board by removing the 2 screws. (BPZ30P080FNI)
4 4
3 CN5001
F
45
XDJ-RX 5
6
7
8
1
A
2
3
[1-5] Chassis Section (1) Remove the 2 screws. (BBZ30P060FTB) (2) Remove the chassis Section by removing the 6 screws. (BPZ30P080FNI)
4
1
1 • Rear view
2
2
B
C
D
2
2
2
2
Chassis Section
[1-6] JACK1, JACK2 and MAIN Assemblies (1) Remove the 9 screws. (PPZ30P080FTB) (2) Remove the 1 screw. (DBA1340) (3) Remove the 3 nuts. (NKX2FNI)
(4) Disconnect the 1 flexible cable. (CN5101) (5) Remove the JACK1 Assy by removing the 1 screw. (BBZ30P060FTC) (6) Disconnect the 1 flexible cable. (CN5201) (7) Remove the JACK2 Assy by removing the 3 screws. (BBZ30P060FTC) (8) Disconnect the 1 connector. (CN101) (9) Remove the MAIN Assy by removing the 7 screws. (BBZ30P060FTC)
1
×9
3
• Rear view
×2
JACK1 Assy
2
MAIN Assy
3
JACK2 Assy
9 CN5101
4 9
5 8
7
9 9
CN5201
CN101
7 6 9
9
9
Screw tightening order The other screws are random order. E
1
F
46
XDJ-RX 1
2
3
4
7
5
6
7
8
[2] LCD Section
A
[2-1] Exterior Section (1) Remove the panel/BTM by removing the 5 screws. (BBZ30P060FTB)
Panel/BTM
1 ×5
B
• Bottom view
(2) Remove the 4 screws. (BBZ30P080FTC)
2 ×4
C
D
(3) Remove the 3 screws. (BBZ26P060FTB) (4) Remove the bracket/LCD by removing the 6 screws. (BPZ26P080FTC)
4 ×6
Bracket/LCD
3
3
E
3 • Bottom view
F
47
XDJ-RX 5
6
7
8
1
A
B
2
3
4
[2-2] DPNL1, DPNL2 and EXTB Assemblies (1) Disconnect the 1 flexible cable. (CN8402) (2) Remove the DPNL1 Assy by removing the 6 screws. (BPZ26P080FTC) (3) Disconnect the 1 flexible cable. (CN8403) (4) Remove the DPNL2 Assy by removing the 4 screws. (5) Disconnect the 1 flexible cable and 1 connectors. (CN8801, 8701) (6) Remove the EXTB Assy by removing the 5 screws. (BBZ26P060FTB)
EXTB Assy
DPNL2 Assy
4
5
6
4
CN8403
3 5 4
6
DPNL1 Assy
6
CN8801
2 2 2 2
CN8402 CN8701
1
4 6
6
2
• Bottom view
[2-3] LCD C
(1) Remove the stay/LCD by removing the 2 screws. (BPZ26P080FTC) (2) Remove the LCD.
1 ×2
Stay/LCD
LCD
D
2
• Bottom view
E
• Notes on Cable Styling
Hung the jumper wire on libs. Twist the jumper wire five times.
CN8701
EXTB Assy
F
48
XDJ-RX 1
2
3
4
2
5
6
7
8
[3] Control panel Section
A
[3-1] Jog dial Section (1) Disconnect the 2 flexible cables. (CN9601, 9801) (2) Remove the 12 screws. (BPZ30P080FNI) (3) Unhook the 4 hooks.
2
×12
3
3 1
1 CN9801
B
CN9601
3
3 • Bottom view
(4) Remove the 2 jog dial Sections. C
Jog dial Section
4
4 D
[3-2] HPJB Assy (1) Remove the 1 screw. (BPZ30P080FNI) (2) Remove the HPJB Assy with stay by removing the 2 screws. (BBZ30P060FTC)
E
1 HPJB Assy
2
2
• Bottom view F
49
XDJ-RX 5
6
7
8
1
A
2
3
4
[3-3] Knobs etc. (1) Remove the all knobs. (2) Remove the 3 Silider knobs 2, 3 Slider knobs 1, 3 Slider Stoppers. (See below.)
1
×23
The reference of the direction Side on which the line reaches the bottom B
Stopper (front direction) Stopper (right direction)
2 ×3
C
• Disassembly of the slider knob
D
The new slider knob adopted by this product is designed so that it is not pulled out easily. Therefore, the method for removing the slider knob is different from the conventional method; it can only be pulled out after Slider knob 2 is removed. 1 Find the side on which the line reaches 2 Insert a pair of tweezers etc. beneath 3 Remove the Slider knob 2. the bottom. the line then push the Slider knob 2 upward. To protect the panel from being scratched, Slider knob 2 use protective material. Slider knob 2
Tweezers
Protective material
E
*: During reassembly, fully push down Slider knob 2 until it is dented into Slider knob 1.
5 Remove the Slider Knob Stopper.
4 Remove the Slider knob 1. Slider knob 1
Slider Knob Stopper
F
50
XDJ-RX 1
2
3
4
5
6
7
8
Notes on Replacement of the Plate/DC1, Plate/MIX, and Plate/DC2
A
As the Plate/DC1 and Plate/DC2 are attached to the control panel with DS Tape, when those plates are to be replaced replacement of DS Tape/DC1 and DS Tape/DC2 is also required. In the same way, as the Plate/MIX is attached to the control panel with DS Tape, when this plate is to be replaced replacement of DS Tape/MIX, DS Tape, and 3 pieces of Fader Packing is also required. When detaching the plates, take care not to damage the control panel. Cleanly remove any residue of DS Tape and Fader Packing from the control panel then attach the pieces of new DS Tape and Fader Packing to the control panel, as indicated in the figures below. DS Tape/DC1: DEH1061 DS Tape/MIX: DEH1062 DS Tape: DEH1066 Fader Packing: DEC3355 DS Tape/DC2: DEH1063
B
When attaching the plates, be careful not to attach them over the edge of the control panel or the Panel/LVL.
DECK 1 side
DECK 2 side DS Tape/DC1 : DEH1061
DS Tape/DC2 : DEH1063
C
D
MIXER section 1) Attach DS Tape and 3 pieces of Fader Packing.
2) Place the DS Tape/MIX over them then attach it.
Panel/LVL E
DS Tape/MIX : DEH1062
DS Tape : DEH1066
Fader Packing : DEC3355
F
51
XDJ-RX 5
6
7
8
1
A
2
3
4
[3-4] PNL1 and PNL2 Assemblies (1) Push the Power knob to set it to the "ON" position. (2) Release the Power knob. Note: Be sure to release the Power knob before removing the PNL1 and PNL2 Assemblies. (3) Remove the PNL1 and PNL2 Assemblies by removing the 15 screws. (BPZ30P080FNI)
Power knob
PNL2 Assy
PNL1 Assy
3 ×8
B
1
2
3 ×7
• Bottom view
C
PNL1 Assy
(4) Disconnect the 2 flexible cables. (CN5501, 5701)
4 CN5501
PNL2 Assy
4 CN5701
D
[3-5] Mixer Section and CDJB Assy
E
(1) Remove the 2 screws. (BBZ30P060FTC) (2) Remove the mixer Section and CDJB Assemblies by removing the 76 screws. (BPZ30P080FNI)
2 ×27
2 ×22
2 ×27
Mixer Section
1
CDJB Assy
1
CDJB Assy
• Bottom view
F
52
XDJ-RX 1
2
3
4
5
6
7
8
A
Screw tightening order The other screws are random order. Mixer Section
A 1
a
b
2
c
3
B
B CDJB Assy
CDJB Assy
(3) Disconnect the 2 flexible cables. (CN3401, 3402)
MIXB Assy C
3 CN3401
3 CN3402
D
• Flexible cables, Barriers styling CDJB Assy
MIXB Assy
CDJB Assy
E
Sandwich the flexible cable
Sandwich the flexible cable
Sandwich the flexible cable
F
53
XDJ-RX 5
6
7
8
1
A
2
3
4
[3-6] LLED, CRFD Assemblies and fader Section CHF1 Assy
(1) Disconnect the 3 connectors. (CN3601, 3801)
CHF1 Assy
1
1
CN3601
CN3601
1 CRFD Assy • Bottom view
B
C
(2) Disconnect the 1 flexible cable. (CN3501) (3) Remove the LLED Assy by removing the 2 screws. (BBZ30P060FTC) (4) Remove the CRFD Assy by removing the 2 screws. (IMZ30P040FTC) (5) Remove the 2 fader Sections by removing the 4 screws. (BSZ20P040FTB)
Fader Section
LLED Assy
Fader Section
3 2 CN3501
5
5
3 5
5
4
4 CRFD Assy
D
[3-7] CHF1 Assy
E
(1) Remove the 4 screws. (BPZ20P060FTC) (2) Remove the CHF1 Assy with VR stay. (3) Remove the 2 screws. (PMH20P040FTC) (4) Remove the CHF1 Assy. (5) Remove the guide shaft (S) and slider base Section by removing the 2 screws. (CPZ26P080FTC) (6) Remove the slider base Section from guide shaft (S). (7) Remove the lever plate by removing the 2 screws. (BPZ20P060FTC) Lubricating oil (GYA1001) Top & Bottom Top & Bottom
F
1 3
×2
×4
CHF1 Assy
4
7
VR stay
×2 Lever plate
2
5
7
×2
Guide shaft (S)
Slider base
6
Note: Greasing must be performed at a total of 8 points, 2 points each for the upper and bottom places of each shaft. (0.4 to 1 mg per point × 8 points) After applying grease, move the slider base back and forth from one end to the other for approximately 10 to 20 strokes, in order to fully spread the grease.
5 Shaft holder
Top & Bottom Top & Bottom
54
XDJ-RX 1
2
3
4
5
6
7
8
[3-8] MIXB Assy
A
(1) Remove the 16 nuts and 16 washers. (2) Remove the stay/VR. (3) Remove the 2 slide SW cap and 1 slide SW cap (W).
Stay/VR
1 ×16
B
3 Slide SW cap
3 2
Slide SW cap
3 Slide SW cap (W)
C
MIXB Assy
D
[4] Jog dial [4-1] JLED Assy (1) Remove the 8 screws. (BPZ20P060FTC)
1
×8
E
• Bottom view F
55
XDJ-RX 5
6
7
8
1
A
2
3
4
(2) Remove the jog dial Section. Jog dial Section
2 B
C
(3) Remove the 3 screws. (BPZ20P060FTC)
3
×3
D
(4) Remove the spacer/LED. (5) Disconnect the 1 flexible cable. (CN9201/9401) (6) Remove the JLED1 or 2 Assy.
Spacer/LED
4 E
CN9201/9401
5
JLED1/2 Assy
6
F
56
XDJ-RX 1
2
3
4
5
6
7
[4-2] JOGR1 Assy (1) Disconnect the 1 connector. (CN9604/9804) (2) Remove the JOGR1 Assy by removing the 2 screws. (BPZ20P060FTC)
8
A
2
×2
JOGR1 Assy
Note: When reattaching the JOGR1 Assy, hold it pressed in place by the underside of its base plate. Be sure to attach the Assy horizontally while holding it pressed. If you hold it pressed from above, you may damage the photointerrupters.
1 B
CN9604 /9804
• Bottom view
[4-3] JOGT Assy (1) Disconnect the 1 flexible cable. (CN9602/9802) (2) Remove the 1 nut. (NA80FTC) (3) Remove the 1 spring washer. (WN80FTC) (4) Remove the stay/LED by removing the 2 screws. (BPZ30P080FNI) (5) Remove the 1 washer. (YC150FAC) (6) Remove the 1 washer. (WA154D225D050) (7) Remove the leaf spring/1 by removing the 2 screws. (BPZ30P080FNI) (8) Remove the JOGT1 or 2 Assy by removing the 1 screw. (BPZ30P080FNI)
2 3
C
4
×2
7
×2
Stay/LED
5 6 D
Leaf spring/1 JOGT1/2 Assy
8
For Disassembly/Assembly of Washer (5: YC150FAC) CN9602 /9802
Please use the jig. (Recommend Snap ring pryor.)
1 E
Insert the jig in the hole. Open the jig.
• Bottom view F
57
XDJ-RX 5
6
7
8
1
A
2
3
4
Notes on reassembly of the Jog dial Amount of grease to be applied Apply grease entirely and evenly to the shaft and sleeve. Shaft
Sleeve
B
Orientation of the spring washer and nut C
Orientation of the spring washer OK
Orientation of the nut NG
After securing the spring washer and nut
Confirmation of positioning of the center LED
D
To prevent the window from shifting in the direction of rotation, when securing the nut to the JOG/shaft, be sure that any two facing slit marks of the window are aligned with the two facing engraved marks on the Holder/JOG.
Four engraved marks on the Holder/JOG
E
F
58
XDJ-RX 1
2
3
4
5
6
7
8
8. EACH SETTING AND ADJUSTMENT 8.1 NECESSARY ITEMS TO BE NOTED After repairing, be sure to check the version of the firmware, and if it is not the latest one, update to the latest version. Perform the each item when the following parts are replaced.
A
• MAIN Assy
• Confirmation of the version of the firmware • Updating to the latest version of the firmware • Factory reset (Be changed user setting to condition before the repair when be possible)
• MIXB Assy (EUP UCOM: IC3601)
• Confirmation of the version of the firmware • Updating to the latest version of the firmware
• Jog dial section component part
• Confirmation of the specified value by Jog dial Rotation Time measurement mode
B
C
D
E
F
59
XDJ-RX 5
6
7
8
1
2
3
4
8.2 UPDATING OF THE FIRMWARE A
Note: If the power cord is disconnected during updating, perform updating again after the unit is turned on the next time. Then you can operate the unit normally. You cannot operate the unit normally without reperforming updating.
Procedure 1 Copy an update file (XDJRX.UPD) to a root folder of USB device. 2 Turn on the power, pressing the DECK 1 USB STOP, DECK 1 RELOOP/EXIT buttons. (Be sure to hold the @ switch pressed until the unit starts up.) B
u switch
USB STOP button RELOOP/EXIT button
C
3 Insert the USB device which you wrote in an update file at with procedure 1. 4 Update is started. D
E
5 Update is completed, and displayed "Firmware update is complete."
F
60
XDJ-RX 1
2
3
4
5
6
7
8
8.3 ADJUSTMENT METHOD FOR ROTATION LOAD OF THE JOG DIALS A
Measurement content The time required for the JOG dial to decrease its rotation speed from 3 times to 1.5 times normal speed will be measured. If the maximum speed does not reach 7 times normal speed, measurement will not be performed. Either rotation direction will do.
Indications 1 Number of measurement sessions: The accumulated number of measurement sessions from a measurement start will be displayed (1, 2, 3, . . .). The number will be reset to 1 when the rotary selector is pressed. 2 Maximum speed: The maximum speed in each measurement session will be displayed (unit: × normal). 3 Measured value : The time required for the rotation speed to slow down from 3 times to 1.5 times normal speed ("slowdown time") in each measurement session will be displayed (unit: ms). 4 Average value: The average value of all measured values (3 above) will be displayed (unit: ms). The number will be reset to 0 when the rotary selector is pressed. 3 Measured value
B
4 Average value
1 Number of measurement sessions 2 Maximum speed
C
Measurement history display The measurement data (1, 2, and 3 above) from each measurement session will be stored in memory for up to 99 sessions. To display measurement data, turn the rotary selector while holding the SHIFT button of each deck pressed.
Procedures 1. After reassembly, perform manual run-in rotations for 20–30 seconds so that grease will spread evenly and entirely. 2. Enter the mode for Confirmation of Rotation Load of the JOG Dial. To enter this mode, while holding the TEMPO RANGE and RELOOP/EXIT buttons of the DECK 1 pressed, hold the u switch pressed to turn the unit ON. (Be sure to hold the u switch pressed until the unit starts up.) D
u switch
RELOOP/EXIT button
TEMPO RANGE button E
3. Turn the JOG dial swiftly. Always turn the JOG dial in the same direction. 4. The slowdown time (unit: ms) will be measured. 5. Perform measurement 3 times. If the average value (unit: ms) displayed on the screen is outside the specified range (120–170 ms), perform the following adjustment: If the value exceeds 170 ms: Reapply grease. If the value is below 120 ms: Perform additional run-in rotations. 6. If the difference in the average values between the left and right JOG dials exceeds 20% of either JOG dial's average value, adjust either of the JOG dials to make the difference within 20%. 61
XDJ-RX 5
6
7
8
F
1
2
3
4
8.4 USER SETABLE ITEMS A
This unit is provided with user settable items, as shown below. Although no serious operational problems occur even if data for such user settable items are cleared during repair, it is recommended that you take note of those settings before starting repair. Use the Check Sheet, to which you can transcribe the settings. If the corresponding part or board Assy is replaced for repair, change the user resettable settings to those noted on the Check Sheet before starting repair. If resetting is not possible, when returning the repaired product, be sure to tell the customer that the Utility settings have been cleared and will have to be reset, as required. Item for Which User's Setting is Available
B
C
Setting Value (The factory default settings are indicated in bold.)
AUTO CUE LEVEL
–36 dB / –42 dB / –48 dB / –54 dB / –60 dB / –66 dB / –72 dB / –78 dB / MEMORY
SLIP FLASHING ON AIR DISPLAY VINYL SPEED ADJUST AUTO PLAY MODE LOOP SLICE EQ CURVE CH FADER CURVE
ON / OFF ON / OFF TOUCH&RELEASE / TOUCH/RELEASE ON / OFF CONTINUE / SINGLE EQ / ISOLATOR [ ]CH FADER CURVE1 / [ ]CH FADER CURVE2 / [ ]CH FADER CURVE3
MASTER ATT. MIXER MODE LANGUAGE LCD BRIGHTNESS SCREEN SAVER AUTO STANDBY VERSION No. TIME MODE AUTO CUE JOG MODE TEMPO RANGE MASTER TEMPO QUANTIZE
–6 dB / –3 dB / 0 dB XDJ-RX / MIDI CONTROL Distination 1/2/3/4/5 ON / OFF ON / OFF Firmware version TIME / REMAIN ON / OFF Normal / VINYL ±6 / ±10 / ±16 / WIDE ON / OFF ON / OFF
Content to be Stored
Part Name
Utility setting IC1501 (MAIN Assy)
Key status
D
Sheet for confirmation of the user setting –36 dB
–42 dB
ON AIR DISPLAY ON OFF
–48 dB
AUTO CUE LEVEL –54 dB –60 dB –66 dB
VINYL SPEED ADJUST TOUCH&RELEASE TOUCH
–72 dB
RELEASE
EQ CURVE CH FADER CURVE EQ ISOLATOR CH FADER CURVE1 CH FADER CURVE2 CH FADER CURVE3
–78 dB
AUTO PLAY MODE ON OFF
–6 dB
SLIP FLASHING ON OFF
MEMORY
LOOP SLICE CONTINUE SINGLE
MASTER ATT. –3 dB
0 dB
E
MIXER MODE LANGUAGE XDJ-RX MIDI CONTROL AUTO STANDBY ON OFF
F
1
2
LCD BRIGHTNESS 3 4
5
SCREEN SAVER ON OFF
VERSION No.
TIME MODE TIME REMAIN
AUTO CUE ON OFF
MASTER TEMPO ON OFF
QUANTIZE ON OFF
JOG MODE Normal VINYL
62
±6
TEMPO RANGE ±10 ±16
WIDE
XDJ-RX 1
2
3
4
5
6
7
8
A
B
C
D
E
F
63
XDJ-RX 5
6
7
8
1
2
3
4
9. EXPLODED VIEWS AND PARTS LIST NOTES:
Parts marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List. The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. - Screws adjacent to b mark on product are used for disassembly. - For the applying amount of lubricants or glue, follow the instructions in this manual. (In the case of no amount instructions, apply as you think it appropriate.) -
A
9.1 PACKING SECTION
AXJ5 only
B
LSYXJ8, UXJCB only
or
LSYXJ8 only
or
C
D
E
F
Front
64
XDJ-RX 1
2
3
4
5
6
7
8
(1) PACKING SECTION PARTS LIST Mark No. >
Description
Part No.
1 Power Cord
See Contrast table (2)
2 LAN Cable
DDE1141
3 Operating Instructions
See Contrast table (2)
A
(Quick Start Guide) 4 Operating Instructions
See Contrast table (2)
(Quick Start Guide) 5 Operating Instructions
See Contrast table (2)
(Quick Start Guide) 6 Operating Instructions
See Contrast table (2)
(Quick Start Guide) 7 Sub Manual/LI1
See Contrast table (2)
8 Sub Manual/LI2
See Contrast table (2)
9 Software Information NSP 10 Warranty
DRH1305 See Contrast table (2)
11 Mirror Mat (1200*1000)
DHL1169
12 Pad
DHA1922
13 Pad
DHA1923
14 Packing Case
See Contrast table (2)
NSP 15 Polyethylene Bag 16 Sub Manual/LIC
B
AHG7117 See Contrast table (2)
C
(2) CONTRAST TABLE XDJ-RX/LSYXJ8, UXJCB and AXJ5 are constructed the same except for the following: Mark >
No.
XDJ-RX/LSYXJ8
XDJ-RX/UXJCB
XDJ-RX/AXJ5
1
Power Cord
ADG1244
DDG1108
DDG1114
3
Operating Instructions (Quick Start Guide)(En, Fr, De, It) Operating Instructions (Quick Start Guide)(Nl, Es, Pt, Rs)
DRH1293 DRH1294
Not used Not used
Not used Not used
4 5
NSP
Symbol and Description
Operating Instructions (Quick Start Guide)(En)
Not used
DRH1292
Not used
6
Operating Instructions (Quick Start Guide)(Zhcn)
Not used
Not used
DRH1296
7
Sub Manual/LI1
DRH1285
DRH1285
Not used
8
Sub Manual/LI2
DRH1286
DRH1285
Not used
10
Warranty
ARY7158
Not used
Not used
14
Packing Case
DHG3382
DHG3391
DHG3393
16
Sub Manual/LIC
Not used
Not used
DRH1299
D
E
F
65
XDJ-RX 5
6
7
8
1
2
3
4
9.2 BOTTOM SECTION A
Refer to "9.4 CONTROL PANEL SECTION (1/3)".
F
B 1
B
H Refer to "9.8 LCD SECTION".
A D
Accessories of VR
E C
C
G C
D
I
2
B A
D
Refer to "9.3 CHASSIS SECTION".
B 1 B 2
AXJ5 only
CONTACT SIDE
F
NON-CONTACT SIDE
E
66
XDJ-RX 1
2
3
4
5
6
7
8
(1) BOTTOM SECTION PARTS LIST Mark No.
Description
Part No.
1 USB1 Assy
DWX3620
2 USB2 Assy
DWX3621
3 USBP1 Assy
DWX3636
4 USBP2 Assy
DWX3637
5 HLD3 Assy
DWX3647
6 MICT Assy
DWX3623
7 Shielded Conn-Cable
DDA1050
8 Shielded Conn-Cable
DDA1051
9 Connector Assy
PF04PP-C05
10 Guard/EDG
DEC3580
11 Shield Case/AC
DNH3184
12 Shield Case
DNH3202
13 Stay/US1
DNH3192
14 Stay/US2
DNH3194
15 Cover/USB
DNK6041
16 Holder/USB
DNK6390
17 Insulator Assy
DXB2131
18 Rubber Foot
VEB1349
19 Shield Plate
DNH3204
20 Shield Case
DNH3203
21 Stay
DNH3205
22 Rear Panel
See Contast table (2)
23 Knob/LBK
DRW2637
NSP 25 Serial Label (UPC)
DRW2311
26 Chassis
B
C
DAA1284
NSP 24 Label/SY
NSP 27 CCC S&E Label
A
DNK6387 See Contast table (2)
28 Screw
BBZ30P060FTB
29 Screw
BBZ30P060FTC
30 Screw
BPZ30P080FNI
31 Screw
BPZ30P100FTB
D
(2) CONTRAST TABLE XDJ-RX/LSYXJ8, UXJCB and AXJ5 are constructed the same except for the following: Mark
No. 22
NSP
27
Symbol and Description
XDJ-RX/LSYXJ8
XDJ-RX/UXJCB
XDJ-RX/AXJ5
Rear Panel
DAH3030
DAH3030
DAH3027
CCC S&E Label
Not used
Not used
DRW2310
E
F
67
XDJ-RX 5
6
7
8
1
2
3
4
9.3 CHASSIS SECTION A
B
Y
B
A
B
A
C
A
B
C
D
CONTACT SIDE
F
NON-CONTACT SIDE
E
68
XDJ-RX 1
2
3
4
5
6
7
8
CHASSIS SECTION PARTS LIST Mark No.
Description
Part No.
1 MAIN Assy
DWX3590
2 JACK1 Assy
DWX3615
3 JACK2 Assy
DWX3616
>
4 POWER SUPPLY Assy
DWR1463
>
5 AC Inlet/3P
DKP3961
6 FFC/31P
DDD1685
7 FFC
DDD1694
8 Crimp Connector/6P
DKP3963
9 Heat Cond Sheet
DEB2001
10 Sheet
DEC3591
11 Spacer/PCB
DEC3574
12 Cord Clamper
DEC3579
13 Stay/PCB
DNH3183
14 Heat Sink/AL
DNH3195
15 Shield Case/MAI
DNH3181
16 Cushion
DEC3592
17 Terminal Screw
AKE-031
A
B
18 • • • • • 19 • • • • • 20 Nut (M12)
NKX2FNI
21 Screw (M3*5)
DBA1340
22 Screw
BBZ30P060FTC
23 Screw
IBZ30P080FTB
24 Screw
PMH40P080FTC
25 Screw
PPZ30P080FTB
C
D
E
F
69
XDJ-RX 5
6
7
8
1
2
3
4
9.4 CONTROL PANEL SECTION (1/3) A
Refer to "9.7 JOG DIAL SECTION".
CDJB CN4001
Refer to "9.7 JOG DIAL SECTION".
B
CDJB CN4001
C
D
E
D
Refer to "9.5 CONTROL PANEL SECTION (2/3)".
F
70
XDJ-RX 1
2
3
4
CONTACT SIDE
NON-CONTACT SIDE
MAIN CN7201
5
6
7
8
CONTROL PANEL SECTION (1/3) SECTION PARTS LIST Mark No.
Description
Part No.
1 HPJB Assy
DWX3633
2 Rotary SW Knob (C)
DAA1180
3 Rotary SW Knob S (C)
DAA1204
4 FX SEL Knob
DAA1213
5 Rotary Knob (BN)
DAA1220
6 Knob/CL
DAA1320
7 Knob/LBK
DAA1284
8 Knob/RSW
DAA1305
9 Knob/BRS
A
DAA1342
10 Slider Knob 1
DAC2684
11 Slider Knob 2
DAC2685
12 Slide Sheet 1C
DAH2404
13 Plate/DC1
DAH3009
14 Plate/MIX
DAH3010
15 Panel/PM1
DAH3011
16 Panel/PM2
DAH3012
17 Plate/DC2
DAH3014
18 Panel/LVL
DAH3016
19 Fader Packing
DEC3355
20 Gasket/JOG
DEC3562
21 DS Tape/DC1
DEH1061
22 DS Tape/MIX
DEH1062
23 DS Tape/DC2
DEH1063
24 Stay/HP
DNH3182
25 Slider Knob Stopper
DNK5888
26 Knob/SLD
DNK5981
27 Ring/BRS
DNK6312
28 Ring/JOG
DNK6396
29 DS Tape
DEH1066
B
C
D
30 • • • • • 31 • • • • • 32 Nut M12
DBN1018
33 Screw
BBZ30P060FTC
34 Screw
BPZ30P080FNI
E
F
71
XDJ-RX 5
6
7
8
1
2
3
4
9.5 CONTROL PANEL SECTION (2/3) A
• Bottom view
• Top view See next page
G
H
Accessories of VR
F
P
B
N
E 1
MAIN CN2401
E 2
Accessories of VR C
F
B
D 1
M
D 2
Q
G
JOGT1/JOGT2 CN9601/CN9801
H
C
Accessories of VR
E 2
A E 1
Q JOGT1/JOGT2 CN9601/CN9801 C
D D 1
S
B
D 2
Accessories of VR
R A
E
F
Refer to "9.6 CONTROL PANEL SECTION (3/3)".
72
XDJ-RX 1
2
3
4
CONTACT SIDE
NON-CONTACT SIDE
Accessories of VR
5
6
7
8
Top & Bottom Top & Bottom
Lubricating oil (GYA1001)
A
Top & Bottom Top & Bottom Note: Greasing must be performed at a total of 8 points, 2 points each for the upper and bottom places of each shaft. (0.4 to 1 mg per point × 8 points) After applying grease, move the slider base back and forth from one end to the other for approximately 10 to 20 strokes, in order to fully spread the grease.
O
B
C
CONTROL PANEL SECTION (2/3) SECTION PARTS LIST Mark No.
Description
Part No.
Mark No.
Description
NSP 26 Guide Shaft (S)
Part No. DLA1918
1 MIXB Assy
DWX3613
2 CDJB Assy
DWX3614
27 Lever Plate
DNH2954
3 PNL1 Assy
DWX3628
28 VR Stay
DNH2955
4 PNL2 Assy
DWX3629
29 Slider Base
DNK5851
5 LLED Assy
DWX3638
30 Shaft Holder
DNK5852
6 CRFB Assy
DWX3626
31 Insulation Sheet
DEC3594
7 CHF1 Assy
DWX3624
32 • • • • •
8 HLD1 Assy
DWX3645
33 Screw
BBZ30P060FTC
9 HLD2 Assy
DWX3646
34 Screw
BPZ20P060FTC
10 FFC/35P
DDD1683
35 Screw
BPZ30P080FNI
11 FFC/17P
DDD1684
36 Screw
BSZ20P040FTB
12 FFC/39P
DDD1687
37 Screw
CPZ26P080FTC
13 FFC/19P
DDD1689
38 Screw
IMZ30P040FTC
14 FFC/15P
DDD1691
39 Screw
PMH20P040FTC
15 Power Knob
DAC2306
16 Slide SW Cap
DAC2400
17 Slide SW Cap (W)
DAC2401
D
18 SW Cap
DAC2753
19 Barrier/1
DEC3563
20 Barrier/2
DEC3572
21 VR Stay S
DNH2964
22 Stay/MC2
DNH3189
23 Stay/MST
DNH3190
24 Stay/VR
DNH3191
25 FFC Cushion
DEC3248
E
F
73
XDJ-RX 5
6
7
8
1
2
3
4
9.6 CONTROL PANEL SECTION (3/3) A
2/2
1/2
1/2
1/2
2/2 1/2
1/4 2/4
2/2
3/4 4/4
B
1/2
1/2
2/2 2/2
1/2
C
2/2
2/2
D
E
F
74
XDJ-RX 1
2
3
4
5
6
7
8
CONTROL PANEL SECTION (3/3) SECTION PARTS LIST Mark No.
Description
Part No.
1 Control Panel
DNK6393
2 Frame/FRT
DNH3187
3 Diffuser/BTN
DEC3582
4 Button/TMP
DAC2845
5 Button/PLY
DAC3018
6 Button/CAL
DAC3020
7 Button/DLT
DAC3021
8 Button/RVL
DAC3023
9 Button/HC
DAC3026
10 Button/SEL
DAC3027
11 Button/SRC
DAC3028
12 Button/MT
DAC3029
13 Button/REL
DAC3030
14 Button/SYN
DAC3032
15 Button/MOD
DAC3035
16 Button/LOD
DAC3036
17 Button/COL
DAC3037
18 Button/TAP
DAC3038
19 Button/BAC
DAC3039
20 Button/EF
DAC3040
21 Button/HPC
DAC3073
22 Button/LOP
DAC3074
23 Button/BEF
DAC3075
24 Button/TSR
DAC3076
A
B
C
D
E
F
75
XDJ-RX 5
6
7
8
1
2
3
4
9.7 JOG DIAL SECTION A
• Bottom view • Top view A • Side view • Side view
Bottom
Bottom
B
CDJB CN4001
C
V A
T
or
U
or
Lubricating oil (GYA1001)
D
Lubricating oil (GYA1001)
W or X E
CONTACT SIDE
F
NON-CONTACT SIDE
or
76
XDJ-RX 1
2
3
4
5
6
7
8
JOG DIAL SECTION PARTS LIST Mark No.
Description
Part No.
1 JOGT1 Assy
DWX3618
2 JOGT2 Assy
DWX3631
3 JLED1 Assy
DWX3617
4 JLED2 Assy
DWX3630
5 JOGR1 Assy
DWX3619
6 FFC/6P
DDD1690
7 Earth Lead Unit
DE005VC0
8 Plate/JOG
DAH3002
9 Window/JOG
DAH3003
10 Window
DAH3004
11 Leaf Spring/1
DBK1383
12 Leaf Spring/2
DBK1384
13 Slit/JOG
DEC3515
14 Gasket/JOG
DEC3562
15 Diffuser/LED
DEC3575
16 DS Tape/JOG
DEH1058
17 Stay/LED
DNH3167
18 Bracket/SLT
DNH3168
19 Holder/JOG
DNK6371
20 JOG Dial/OUT
DNK6372
21 JOG Dial/IN
DNK6373
22 Holder/LED
DNK6374
23 Spacer/LED
DNK6375
A
B
C
24 • • • • • 25 • • • • • 26 Nut
NA80FTC
27 Spring Washer
WN80FTC
28 Washer
WA154D225D050
29 Washer
YC150FAC
30 Screw
BPZ20P060FTC
31 Screw
BPZ30P080FNI
D
E
F
77
XDJ-RX 5
6
7
8
1
2
3
4
9.8 LCD SECTION A
• Bottom view
B
MAIN CN2401
K
L C B
J
A
B
D A
F
78
XDJ-RX 1
2
3
4
CONTACT SIDE
NON-CONTACT SIDE
E
5
6
7
8
LCD SECTION PARTS LIST Mark No.
Description
Part No.
1 EXTB Assy
DWX3622
2 DPNL1 Assy
DWX3634
3 DPNL2 Assy
DWX3635
4 TFT LCD
CWX4352
5 FFC/50P
DDD1686
6 FFC/11P
DDD1692
7 FFC/5P
DDD1693
8 Button/DIV
DAC3041
9 Button/TIM
DAC3042
10 Window/LCD
DAH3008
11 Packing/L
DEC3568
12 Packing/S
DEC3569
13 Stay/LCD
DND1282
14 Bracket/LCD
DND1283
15 Angle/LCD
DNH3186
16 Panel/BTM
DNK6388
17 Panel/LCD
DNK6389
18 Insulating Sheet/LCD
DEC3583
A
B
19 • • • • • 20 • • • • •
C
21 Screw
BBZ26P060FTB
22 Screw
BBZ30P060FTB
23 Screw
BBZ30P080FTC
24 Screw
BPZ26P080FTC
D
E
F
79
XDJ-RX 5
6
7
8
1
2
3
4
10. SCHEMATIC DIAGRAM 10.1 MAIN ASSY (1/16) A CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE. REPLACE ONLY WITH SAME TYPE NO. 0437.500 MFD. BY LITTELFUSE INC. FOR P101. 1:2A V+12SWA
NM
2 3 4
GNDD
11:9D
NM
C122
C124
CFHX
4700p/16
C121
CFHX
0.01u/16
CFHX
0.1u/16
16V
GNDD
2 C
3 B
PWR_ON
C120
C123
2 2 3
0.01u/25
10u
C140
C108
16V
DCH1263-A
NM
C141
C143
CFHX
4700p/16
TP136
C103
B
CFHX
xEUPSW
CFHX
2 1
V+12D
ZZ101
TP137
0.01u/16
GNDD GNDSD
TP103
R104
0.1u/16
3
16V
4
xEUPSW
1:1E,2C,7C/8:7C,7F/12:2F/ V+12D
V+12SW
1 4
1 2 DEK1120-A
C101
V+12SWA
P101
TP135
C142
5
470u
CN2
6
V+12SW
TP102
V+12EUP
0437.500 500mA
!
D8,H10.3
Y
1
CCH1680-A
V+12STB
V+12STB
TP101
470u
CN101 DKN1599-A
11:10B/12:2F/ V+12EUP CCH1680-A
V+12STB
D8,H10.3
1:6A/ V+12SWA
1 E
Q103 LTC024EEB
47k,47k
2,C
UCOM_EUPSW xEUPSW H L H L
GNDD
POWER ON EUP MODE
3,B
1,E
For PMIC DC/DC Convertor 4.2V 12V
4
10u
1:4A V+12D
1:2E/3:4C/ V+4R2D
V+4R2D L101
TP107
560
For Discharge
R 1 1 7 SA
3216
C 1 1 8 CH
0.01u/16
1000p/50
6.3V
0.1u/10 C117
C115
ACH7275-A C116
100u
C114
10u 10V
15k
NM
DCH1201-A
D
R113
D
C110
6 COMP
1608
0.1u/16
C113
NM C111
2125
NM
C112
C109
6800p/25
BD9328EFJ
22k
FB
R110
C119
7 EN
5 GND
1000p/50
15k
SS
4
SR NM
C107
SR 0.1u/25
C106
SQ NM
SW
C105
R114
FIN 9
3
C102
D
VIN
10u/35
8.2k
8 BST
2
CCG1236-A
R115
IC102 1
0
R109
!
0.1u/16 C104
0
R101
3216 SA
C
22
R102
CTH1524-A
GNDD
D
0 R328
Q304
E
0 R327
Q305
0 R326
2.7k 6.8k
R335
R323 R324
R331 0
V+3R3EUP
V-15A
V-7R5HP
2:4H
2:11E
LSC4081UB(QRS)
NM
R320
C309
0.1u/16
C310
33k R317
0.1u/16
R316 47k
GNDD
Q308
GNDD
XDJ-RX 2
0
3.3k NM
11:10B
LSC4081UB(QRS)
NM
Q306
R315
33k
C306
0.1u/16
R312 C307
0.1u/25
R311 47k
F
1
LSAR523UB Q309
R321 R322
C311
3.3k 5.6k
0.1u/16
R318 R319
R333
V+3R3EUP
0
R334
36k
R310
10k
R308
56k
R306
39k
R304
10k
R302
11:10B GNDD
80
V+3R3
Q310
GNDD
0
A 1/16
11:10B
LTC124EUB
Q303
0
0 R329
R332
R330 Q302
LSAR523UB Q307
0.1u/16
3.3k NM
C308
R313 R314
Q301
LSAR523UB LSAR523UB LSAR523UB LSAR523UB LSAR523UB
22k
R309
0.1u/16 C305
V+3R3D
22k
3:11D
V+3R3EUP
R307
11:10B
V+3R3EUP
0.1u/25 C304
11:10B
V+3R3D
10k
3:11D
V+3R3EUP
R305
11:10B
V+7R5HP
10k
2:12C
V+15A
0.1u/16 C303
2:4F
V+4R2D
R303
1:5C
V+5R2D
22k
1:11C
V+12D
0.1u/16 C302
1:4A
R301
0.1u/16 C301
VOLTAGE DETECTION CIRCUIT
3
4
5
6
7
8
A 1/16 MAIN ASSY
A
(DWX3590)
2:10B,4B/
V+12A
DCDC convertor
V+12A
5.2V
12V
3 2
NM
C122
C124
CFHX
4700p/16
C121
CFHX
0.01u/16
CFHX
0.1u/16
TP106
3:11D V+3R3D
C132
1/10W
0.1u/50
R127
R135
NM
NM C138
R134
2200p/50
5.20V
R103
2125
100u 16V
CCH1565-A
C139
NM
C134
NM C137
NM
CTH1253-A
C136
L107
15u 10u 25V
L106
CCG1221-A
0.1u/50
22
C133
R128
1608
C131
1000p/50
C130
10u 25V
0.1u/16
CCG1221-A
C128
C129
10u 25V
CCG1221-A
0
1:2E/4:4A/7:9F/11:3A/ V+5R2D
TP132
68k
R133
47k NM
R132
B
1608
D
R130
D
820
10k
R131
R129
D GND
SW
4
FIN 3
C135
FB
5
EN
7
9
3216 SA
VIN
BST
1:4A V+12D
6
8
2
IC105 BD9328EFJ 1
!
COMP
4.7k
SS
NM
ZZ103
TP104
V+5R2D
5 11:10B/ V+5LED
2125 L102
GNDD
GND_LED
TP105
NM
ZZ104
V+5LED C
5
2.7k
D
11:10B
F_DET
NM
R335
V+3R3EUP
1608
TP311
R325
3
A 11/16
6.8k
FAULT_DET
11:9E
Q310
LTC124EUB
0
F_DET H L
Normal Power failure
E
GNDD
The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation.
F
A 1/16 81
XDJ-RX 5
6
7
8
1
2
3
4
10.2 MAIN ASSY (2/16) A
0
2125
R451
1:7A V+12A
DC-DC Convertor 12V 15V(A)
DC12
(D)
3 0 k (D)
OUT1
1u/16 C417
1.2MHz
2:2F/ V+1XA
NM R417
10u/16
11 PGND
C423 270p/50
68K
(D)
D402 DB2J41100
L402
3216 R424 0
ATH7011-A
SQ NM
NM
C429
NM
C467
SR NM
C425
C469
NM
C427
C422
10u/35
CCG1236-A
0.1u/25
C421
GNDD
GNDD
SQ
C430
10u/35
SR
RTQ045N03
NM
4 S
CCG1236-A
C424
C426
5
0.1u/25
D3
G
NM
D4
D2
R413 22
22u
L401 ATH7011-A
6
D1
3
R419
R411
NM
G 1
2
C420
3 S
2 D
D401 DB2J41100
Q402 1
22
C
V+1XA
L404 XTL3010-A
22u
Q401 RSR020P05
C433
12 PVCC1
10
5.1k
15k
C416
13
(D)
R421
(D)
DTC1
R414
R422 20k
(D)
1u/16
PVCC2
14
R420 120k
R425
SCP
R418 10k
10k
DTC2
C415 1u/16
(D)
C411 1u/16
15
OUT2
NM
1M
R415 16
FB1
9 DCH1263-A
C407
NM
6800p/25
(D)
R426
INV1
FB2
C409
C406
NM
C 4 0 8 10u/16
R408
6.2k
C432
INV2
8
NM
(D)
NM
68K
R404
C402
1u/16
VREF
C419
R416
17 NON2
7
R409
NM C414 1u/16
18
6
NM
10k
(D)
R402
VCC
5
3300p/50
NM
CT
19
4
C405
C404
STB
DCH1263-A
220p/50
5.1k
270p/50
B
GND
RT 3
C410
R407
SEL1 2
NM
15k
(D)
C403
4.7k
C413
(D)
R412
C412
30k
(D)
R406 10k
C418
20
1 R405 150k
C401
IC401 BD9851EFV
!
(D)
R403
15k
(D)
R401
R410
VREF2.5V
3216 R423 0
L403
V-1XA
XTL3010-A
V-1XA 2:2H/
Regulator +15V(A)
+18V(A) SA
D
R456
1:2E/11:6A,7E/12:11C,11E,5C/14:4A,4D/15:3B 16:8C/
0 D408 NM
V+15A
2:6C
V+1XA
!
IC404 NM
V-1XA 2:6E
RB501VM-40
C481
RB501VM-40
C482
100u/25
100u/25
SQ
D409 D410
1u/25 1u/25
SQ
SR
C475 C476
0.1u/25
SR
C473 C474
0.1u/25
SR SR
C477
0.01u/50
3
C478
1000p/50 1000p/50
V+7R5
V-15A
OUT
IN
COMMON 1
!
2
GNDD
E
0.01u/50
C479
NM NM
V+15A
C480
C471 C472
1 IN GND 2 OUT 3
6
7
IC405 NM D407 NM
V-15A
SA
1:4H/11:6E,7A/12:11G,11D,4G,5D/14:4C,4G/15:3E 16:8F/
R457 0
Regulator +18V(A)
KN401 CKF1089-A
1
KN402 CKF1089-A
KN403 CKF1089-A
1
1
-15V(A) GNDD
F
A 2/16 82
XDJ-RX 1
2
3
4
5
6
7
8
A 2/16 MAIN ASSY (DWX3590)
A
0
2125
R452
1:7A V+12A
DC-DC Convertor 12V 7.5V(HP)
NM R441
0
SA
R449
1u/16 C448
68K
(D)
Q404 RSQ030P03 3 3 2 2 1 1
1:3E/2:7F/13:7D,9F,9D/ V+7R5HP
4 4 5 5 6 6
V+7R5HP
3216 L406
R448
ATH7011-A
0
L408 XTL3010-A
22u
8
R435
C462
10
NM
100u/25
6 6 5 5 4 4
R437
C454
NM
C461
560kHz
(D)
R445
1000p/50
OUT1
(D)
C460 1u/10
PVCC1 11
PGND
R443 10k
C447
C457
NM
3 0 k (D)
12 OUT2
C446 1u/16
R447 3k
(D)
C455
DTC1
9 DCH1263-A
NM
1M
13
1 1 2 2 3 3
Q403 RSQ030P03
C438
NM
R438
NM
14
R442
SCP
NM
FB1
DTC2
C442 1u/16
C450
FB2
10
C440
C437
NM
R439 15
PVCC2
R432
R444 62k
16
10u/10
INV1
CCG1192-A
VREF
INV2
B
C451 6800p/25
0.1u/16
NON2
8
12k
10k
D404 DB2J41100
7
R433
NM R440
17
5
NM
D403 DB2J41100
68K
4
6
(D)
NM
R428
18
C445 1u/16
10u/16
560p/50
+1XA C433
VCC
3
C436
4700p/50
CT
19
DCH1263-A
NM
STB
NM
NM
GND
RT
C444
R431
C449
20 SEL1
2
C441
C434
C435
1u/16
4.7k
C443
10k
(D)
(D)
C
D405 DB2J41100
22u
L405 ATH7011-A
10
R455 NM
GNDD
GNDA_HP
C459
100u/25
C458
1000p/50
C456 1u/10
C453
10u/10
CCG1192-A
0.1u/16
C452
GNDD
9 3216 R446 0
L407
V-7R5HP
XTL3010-A
V-7R5HP 1:5H/13:8G,9F,9E/
Regulator 5.0V(A)
D
7.5V
0
2125
0
R453
2125
R454
12:4C/13:5C/14:7E,7B/15:5D/16:5C V+5A
2:12C V+7R5HP
V+5A
D406
V+7R5HP
NM
!
10
NC
E
CCG1218-A
NM
C465
C464 NM
5
VOUT
GND
4
3
CONT
VIN 2
C463 0.33u/10
1
0
R450
IC403 NJM2886DL3-05
C466 2.2u/10
10k
(D)
R426
(D)
R436
C 4 3 9 10u/16
30k
1 R430 5.6k
R429 51k
C432
IC402 BD9851EFV
!
(D)
R427
15k
(D)
R425
R434
VREF2.5V
The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation.
GNDD
The check point for service.
***** (Legend silk indication on the PCB.) F
A 2/16 83
XDJ-RX 5
6
7
8
1
2
3
4
10.3 MAIN ASSY (3/16) A
L602
6.3V
CTH1530-A L603
V+2R8VHIGH TP608
22u
CTH1530-A
4:8A/ (VGEN5_2V8) V+2R8VHIGH
14 (DDR_VREF) V+0R75MVRE
Max.100mA 14:7B,7E/15:5D/
(VGEN6_3V3) V+3R3A
PWRON
C624
1u/10
4.7u/10
C622
C627
C620
29
30
SW3VSSSNS
31
32
33
34
36
35 SW3BLX
SW3BIN
SW3BFB
VREFDDR SW1CIN VINREFDDR SW1CFB VHALF SW1VSSSNS
SW SW SW VG
VG GNDR
4.7u/10
0.1u/16 C626
C625
0.1u/16 C623
TP601
PMIC_STBY_REQ
C621
22
A 10/16
4.7u/10
R616
TP603
22
IMX_xPOR
10:5C;10:5F
4.7u/10
R612
PMIC_xINT
6:3C
C618
A 6/16
SW
V
TP610
From/To i.MX
3
1 R611
1k
4
0.1u/16
R603
SW2IN
13
VDDIO
SW2IN
12
56
SW1CLX
55 C609
V VG
68k
10:5C
D
SCL
R615
11
1608
47
68k R614
A 10/16
54
SW1BIN
SDA
R610
0
PMIC_ON_REQ
53
SW1ALX
1608
0.22u/16
SW1AIN
VCOREREF 1u/10
GNDD
0.1u/16
GND GUARD
VCOREDIG 52
C619
PMIC_SCL
51
5
47
1u/10
VIN C608
EP 57
VCORE 50
7
C604
GNDREF 49 C611
STANDBY
6:3D
C607 1u/10
1 0 k (F)
1608 R609
NM R617
VG
SW
VSNVS SWBSTFB SWBSTIN
INTB SDWNB RESETBMCU
R613
VDDOTP
SW1BLX
48
ICTEST
TP602
47
C603
NM
PMIC_SDA
6:3D
DCH1201-A
2
A 6/16
(VCOREDIG) V+1R5VCOREDIG
10k
R605
3:11D V+3R3D
0.1u/16
C617
SWBSTLX TP605 VDDOTP
37
38
39
MMPF0100F0AEP IC602
9
46
10
0.1u/16
SW3ALX
45
8
44
C606
SW3AIN
43
0.47u/10
SW3AFB
4.7u/10
SW1FB
C602
NM
6
R608
C605 0
VIN3
42
0
10u 10V
VGEN5
R606
R607
CTH1530-A L601
VGEN6
3216
!
C610 RB160M-60 D601
LICELL
Max.600mA
C
C616
DCH1201-A
1608
0.1u/16
0
(PMIC_5V) V+5SWBST
4.7u/10
C614 C615
R618
0.47u/10
1608
40
C612
V+3R0VSNVS TP604
13
Max.400uA
C613
4:8B/10:4B/ (PMIC_VSNVS) V+3R0VSNVS
4.7u/10
Max.200mA
4.7u/10
R
0.1u/10
1:5C (SYS_4V2) V+4R2D
3
16
41
V+3R3A TP609
14
B
10:5C
A 10/16
1 L60
E
CTH15
1u L604 CTH1530-A L605 CTH1530-A
F
CTH1530:1.0uH DCR=32m
A 3/16 84
XDJ-RX 1
2
3
4
,Isat=3.2A
5
6
7
8
A 3/16 MAIN ASSY (DWX3590)
A
4:6A,8A/5:1B,2A/ (DDR_1V5) PMIC:38:SW3AFB
17
R620
R623
NM
0 R624
L602
DCH1256-A C631
DCH1256-A C633
C628
22u
CTH1530-A
DCH1256-A
3216
6.3V
0
L603
DCH1256-A C630
CTH1530-A
V+1R5DDR TP616
V+1R5DDR SW3A/B Max.2500mA
GNDD
(DDR_VREF) V+0R75MVREF
B
MVREF TP611
3216
A 4/16,5/16
R619
MVREF
4:9B;5:12F;5:1E;5:3A;5:6F;5:7E
1u/10
C624
NM
(VGEN4_1V8) V+1R8VGEN4 TP619 Max.350mA
0.1u/16
0.1u/16
C627
30
(VGEN3_2V5) V+2R5VGEN3 TP620 Max.100mA
28 C643
0
L607
15
V+3R3D TP626
CTH1530-A C649
C644
24 SW2IN_2 23
C637
22
0.1u/16
4.7u/10
SW2IN_1 SW2LX 21 20
C634
SW4IN
0
GNDD
C640
SW4LX
(AUX_3V15) 4.7u/10
V+3R15AUX
19 SW4FB
0.1u/16
18
C
SW2 Max.2000mA
R633
4.7u/10 C651
0.47u/10
25
DCH1256-A
26 VGEN3
SW1CLX
TP627
VGEN2
R630
R632
NM
0
SW4 Max.1000mA
17 16
L608
15
CTH1530-A
R634
(VGEN2_1V5) V+1R5VGEN2
C652
DCH1256-A
C650
C648
4.7u/10
C645
C635
0.47u/10
14
13
4.7u/10
VGEN1 GNDREF1 12
SW1BIN
11
SW1ALX
SW1BLX 9
10
8
SW1AIN
SW1FB 6
NM
C647
VIN1
7
R631
DCH1256-A
GNDD
R629
DCH1256-A
27 VIN2
VREFDDR SW1CIN VINREFDDR SW1CFB VHALF SW1VSSSNS
EP 57
1:10B,4E,5E/3:3D,9C/4:5A/6:3C,4F,5A,9E/7:12B,4F,5E,8B 8:2C/9:7D/10:5F,5E,6G/11:10B,3A,8D/ (GEN_3V3) V+3R3D
VGEN4
SW2FB
S TFB TIN
3:11D V+3R3D
29
31
32 SW3VSSSNS
MPF0100F0AEP IC602
RESETBMCU
C629
4.7u/10
C622 C620
0.1u/16
33
34 SW3BLX
SW3BIN
SW3BFB
35
36 SW3ALX
SW3AIN
37
0.1u/16
C617
4.7u/10
C646 4.7u/10
0
D
TP625
0.1u/16
TP623 Max.100mA
4:9B/ (VDDSOC) V+1R375SOC
GNDD V+1R375SOC TP614 R621
1u
11 SW1C Max.1750mA
R625
NM
L606
3216
0
R627
CTH1530-A
E
DCH1256-A
DCH1256-A C641
C638
6.3V 22u
0
4:10B/ (VDDCORE) V+1R375CORE
GNDD V+1R375CORE TP615 R622
1u
CTH1530-A L605
12 SW1A/B Max.2500mA
R626
NM
L604
The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation.
3216
0
R628
,Isat=3.2A
DCH1256-A
DCH1256-A C642
DCH1256-A C639
DCH1256-A C636
C632
0
6.3V 22u
CTH1530-A
GNDD
(VGEN1_1V5) V+1R5VGEN1
4.7u/10
C626
C625
0.1u/16 C623
C618
C621 4.7u/10
4.7u/10
C619
0.1u/16
Max.250mA
F
GNDD
A 3/16 85
XDJ-RX 5
6
7
8
F
1
86
2
3
MDQM3
MDQS3_N
MDQS3
E
A 4/16
XDJ-RX
4 AD20
AC21
AE21
AA20
Y20
AD21
DRAM_SDQS5
DRAM_D47
DRAM_D46
DRAM_D45
DRAM_D44
DRAM_D43
R8
R12
R15
R17
T8
T11
T12
T15
T17
T19
U8
GND_59
GND_60
GND_61
GND_62
GND_63
GND_64
GND_65
GND_66
GND_67
GND_68
GND_69
GND_70
GND_71
NVCC_EIM2
NVCC_EIM3
NVCC_CSI
NVCC_ENET
NVCC_GPIO
NVCC_JTAG
NVCC_LCD
NVCC_LVDS2P5
NVCC_MIPI
NVCC_NANDF
NVCC_PLL_OUT
NVCC_RGMII
NVCC_SD1
NVCC_SD2
NVCC_SD3
PCIE_REXT
PCIE_VP
PCIE_VPH
PCIE_VPTX
FA_ANA
K19
L19
M19
N7
R19
P7
J7
P19
V7
K7
G15
E8
G18
G16
G17
G14
A2
H7
G7
G8
A5
C8
B5
(OPEN)
(OPEN)
C1008
2125 C1010
6.3V
6.3V
0.22u/6.3
C1032
0.22u/6.3
C1031
0.22u/6.3
C1030
0.22u/6.3
C1029
0.22u/6.3 0.22u/6.3 C1028
C1026
C1025
C1024
C1023
0.22u/6.3
10V
22u
V+1R5RGMMI
V+3R3D_IMX
V+5R2D_VBUS
V+2R5VPH_IMX
6.3V
DCH1256-A
C1027
2125
0.22u/6.3
0.22u/6.3
0.22u/6.3
10u
DCH1201-A
2125 C1021
6.3V
C1022
22u
DCH1256-A
C1018
2125
22u
DCH1256-A
C1014
2125
22u
DCH1256-A
0.22u/6.3
C1020
0.22u/6.3
C1019
0.22u/6.3
C1017
0.22u/6.3
C1016
0.22u/6.3
C1015
0.22u/6.3
C1013
0.22u/6.3
C1012
0.22u/6.3
C1011
0.22u/6.3
C1009
0.22u/6.3
for internal V+1R1PLLOUT
DRAM_D42
DRAM_D41
DRAM_D40
DRAM_DQM4
U11
U12
U15
GND_72
GND_73
VDD_FA GPANAIO
D10
E9
C1007 0.22u/6.3
1608
ZZ1004
NM
R1004
1608
ZZ1003
NM
R1003
1608
ZZ1002
NM
R1002
1608
ZZ1001
NM
R1001
3:8B V+1R5DDR
AB21
AB20
Y19
AB18
DRAM_SDQS4_B
DRAM_SDQS4
DRAM_D39
U17
U19
GND_74
GND_75
GND_76
GND_77
GND_78
GND_79
GND_80
GND_81
GND_82
GND_83
USB_H1_VBUS
USB_OTG_VBUS
F9
C1006 0.22u/6.3
3:11D V+3R3D
AE18
DRAM_D38
V8
V19
W3
W7
W8
W9
W10
W11
W12
GND_84
GND_85
VDDUSB_CAP
VDD_SNVS_CAP
C1005 0.22u/6.3
6.3V
USBB_VBUS
A 7/16 7:4G
3
AD18
AC19
AB19
DRAM_D37
DRAM_D36
DRAM_D35
DRAM_D34
DRAM_D33
DRAM_D32
DRAM_DQM3
DRAM_SDQS3_B
DRAM_SDQS3
W13
W15
W16
GND_86
GND_87
GND_88
G9
H10
C1004 0.22u/6.3
22u
1:11C V+5R2D
Y18
Y17
AE19
AC18
AA18
AA17
AE10
AB10
AC10
DRAM_D31
DRAM_D30
DRAM_D29
W17
W18
VDDHIGH_CAP_1
J10
H17
J17
K17
L17
M17
N17
P17
C1003 0.22u/6.3
for internal V+SNVSCAP
AC11
AD11
DRAM_D28
DRAM_D27
GND_89
GND_90
VDDHIGH_CAP_2
VDDPU_CAP_1
VDDPU_CAP_2
VDDPU_CAP_3
VDDPU_CAP_4
VDDPU_CAP_5
VDDPU_CAP_6
VDDPU_CAP_7
R10
T10
T13
T14
U10
U13
U14
H11
H13
J11
J13
K11
K13
L11
L13
M11
M13
N11
N13
P11
P13
2125 C1001 DCH1256-A
for internal V+USBCAP
MDQ31
MDQ30
AD9
AC9
AB11
W19
Y5
Y24
GND_91
GND_92
GND_93
GND_94
GND_95
GND_96
GND_97
GND_98
GND_99
GND_100
VDDSOC_CAP_1
VDDSOC_CAP_2
VDDSOC_CAP_3
VDDSOC_CAP_4
VDDSOC_CAP_5
VDDSOC_CAP_6
VDDSOC_CAP_7
VDDARM_CAP_1
VDDARM_CAP_2
VDDARM_CAP_3
VDDARM_CAP_4
VDDARM_CAP_5
VDDARM_CAP_6
VDDARM_CAP_7
VDDARM_CAP_8
VDDARM_CAP_9
VDDARM_CAP_10
VDDARM_CAP_11
VDDARM_CAP_12
VDDARM_CAP_13
VDDARM_CAP_14
VDDARM_CAP_15
C1002 0.22u/6.3
A
MDQ29
MDQ28
DRAM_D26
DRAM_D25
AA7
AA10
AA13
AA16
AA19
AA22
AB3
AB24
AD4
AD7
GND_101
GND_102
GND_103
GND_104
GND_105
GND_106
GND_107
NC_5
NC_10
NC_11
R11
R13
4:6A/10:3B,4F/ V+2R5VPH
MDQ27
Y10 AE11
DRAM_D24
DRAM_DQM2
DRAM_SDQS2_B
DRAM_SDQS2
DRAM_D23
DRAM_D22
DRAM_D21
DRAM_D20
DRAM_D19
DRAM_D18
AD10
AD13
AD16
AD19
AD22
AE1
AE25
C14
G12
VDDARM_CAP_16
2
MDQ26
MDQ25
AE9
AB8
AE8
AD8
AA9
AC8
Y8
Y7
Y9
DRAM_D17
DRAM_D16
DRAM_DQM1
DRAM_SDQS1_B
DRAM_SDQS1
DRAM_D15
(OPEN)
(OPEN)
(OPEN)
NC_12
for internal V+PUCAP
MDQ24
MDQM2
MDQS2_N
MDQS2
MDQ23
MDQ22
MDQ21
MDQ20
MDQ19
AB9
AA8
AB7
AC6
AE6
AD6
AC7
DRAM_D14
DRAM_D13
DRAM_D12
DRAM_D11
DRAM_D10
DRAM_D9
DRAM_D8
DRAM_DQM0
DRAM_SDQS0_B
DRAM_SDQS0
DRAM_D7
DRAM_D6
DRAM_D5
DRAM_D4
G13
N12
for internal V+SOCCAP
MDQ18
MDQ17
MDQ16
MDQM1
MDQS1_N
MDQS1
MDQ15
AB6
AC5
AB5
AE7
AA6
AE5
AD5
AC3
AD3
AE3
AE4
AB4
AD1
AC1
(OPEN)
for internal V+ARMCAP
MDQ14
MDQ13
MDQ12
MDQ11
MDQ10
MDQ9
MDQ8
MDQM0
MDQS0_N
MDQS0
MDQ7
MDQ6
MDQ5
DRAM_D3
DRAM_D2
DRAM_D1
B
MDQ4
AA5
AC4
IC1001 M C I M X 6 U 6 A V M 0 8 A C (4/7) DRAM_D0
C
MDQ3
AE2
AD2
GNDD
MDQ2
MDQ1
MDQ0
D
A 5/16
MDQ 5:1B
1 4
10.4 MAIN ASSY (4/16)
4:4A V+2R5VPH
(O
5
6
7
XDJ-RX
8
MCK1_N
MCK1
10k
F
AE14
AD14
AE15
AD15
Y6
AB17
AC16
DRAM_SDCLK_1_B
DRAM_SDCLK_1
DRAM_SDCLK_0_B
DRAM_SDCLK_0
DRAM_RESET
DRAM_SDODT1
DRAM_SDODT0
DRAM_SDCKE1
DRAM_SDCKE0
DRAM_SDWE
DRAM_CAS
DRAM_RAS
DRAM_CS1
DRAM_CS0
A4
A8
A13
A25
B4
C1
C4
C6
C10
D3
D6
D8
NVCC_DRAM10 NVCC_DRAM9 NVCC_DRAM8 NVCC_DRAM7 NVCC_DRAM6 NVCC_DRAM5 NVCC_DRAM4 NVCC_DRAM3 NVCC_DRAM2 NVCC_DRAM1 ZQPAD DRAM_VREF
GND_45 GND_44 GND_43 GND_42 GND_41 GND_40 GND_39 GND_38 GND_37 GND_36 GND_35 GND_34
VDDHIGH_IN_1
GND_29
VDDSOC_IN_9 VDDSOC_IN_8 VDDSOC_IN_7 VDDSOC_IN_6 VDDSOC_IN_5 VDDSOC_IN_4 VDDSOC_IN_3 VDDSOC_IN_2 VDDSOC_IN_1
GND_26 GND_25 GND_24 GND_23 GND_22 GND_21 GND_20 GND_19 GND_18
VDDARM_IN_13 VDDARM_IN_12 VDDARM_IN_11 VDDARM_IN_10 VDDARM_IN_9 VDDARM_IN_8 VDDARM_IN_7 VDDARM_IN_6 VDDARM_IN_5 VDDARM_IN_4 VDDARM_IN_3 VDDARM_IN_2 VDDARM_IN_1
GND_14 GND_13 GND_12 GND_11 GND_10 GND_9 GND_8 GND_7 GND_6 GND_5 GND_4 GND_3 GND_2 GND_1
MCIMX6U6AVM08AC IC1001
VDDARM_IN_15 VDDARM_IN_14
GND_15
VDDARM_IN_16 GND_16
GND_17
VDDSOC_IN_10 GND_27
GND_28
VDDHIGH_IN_2
GND_30
GND_31
GND_32
H14
J14
K9
K14
L9
L14
M9
M14
N9
N14
P9
P14
R9
R14
T9
U9
H16
J16
K16
L16
M16
N16
P16
R16
T16
U16
H9
J9
G11
AC2
AE17
R18
T18
U18
V9
V10
V11
V12
V13
V14
V15
V16
V17
(OPEN)
(OPEN)
0.22u/6.3
C1054
0.22u/6.3
C1053
0.22u/6.3
C1052
0.22u/6.3
C1051
0.22u/6.3
C1050
0.22u/6.3
C1048
0.22u/6.3
C1046
0.22u/6.3
C1045
0.22u/6.3
C1044
0.22u/6.3
C1042
0.22u/6.3
C1040
240
R1008
0.22u/6.3
C1038
0.22u/6.3
C1037
0.22u/6.3
C1036
0.22u/6.3
C1035
0.22u/6.3
C1034
F
2125
6.3V
V+1R5DDR_IMX
22u 6.3V 2125
DCH1256-A
C1049
22u 6.3V 2125
DCH1256-A
C1047
V+1R375CORE_IMX
22u 6.3V 2125
DCH1256-A
C1043
V+1R375SOC_IMX
22u 6.3V 2125
ZZ1008
NM
R1011
1608
ZZ1007
NM
R1010
1608
NM
1608
NM
D1001
RB161M-20-TRB
V+2R8VHIGH_IMX
DCH1256-A
NM
ZZ1005
R1009
C1041
1608 R1005
V+3R0VSNVS_IMX
0.1u/10
C1039
22u
DCH1256-A
C1033
3:4B V+2R8VHIGH
MCK0_N
NM R1013
AA11
Y11
AB16
AE16
AB15
AD17
Y16
DRAM_SDBA2
DRAM_SDBA1
E5
E6
E7
F5
F6
NVCC_DRAM11
GND_46
VDD_SNVS_IN
NVCC_DRAM12
GND_47
GND_33
NVCC_DRAM13
GND_48
V18
D4
(OPEN)
7
MCK0
(OPEN)
(OPEN)
R1012
(OPEN)
Y15 AB12
DRAM_SDBA0
DRAM_A15
DRAM_A14
DRAM_A13
F7
F8
G3
G10
G19
H8
H12
H15
CSI_REXT
GND_50 GND_49
DSI_REXT
GND_51
G4
J1
(2.8~3.3V)
MRST
MODT0
MCKE0
MWE
MCAS
MRAS
MCS0
MBA2
AC15
Y12
AA12
DRAM_A12
DRAM_A11
DRAM_A10
DRAM_A9
DRAM_A8
DRAM_A7
DRAM_A6
DRAM_A5
H18
GND_53
(OPEN)
V+1R375SOC
(OPEN)
AC17
AD12
AC12
AA15
AE12
AB13
Y13
AC13
DRAM_A4
J2
J8
J12
HDMI_VP HDMI_REF
GND_54
L7
M7
K2
3:8F
MBA1
(OPEN) (OPEN)
W14 AE13
DRAM_A3
DRAM_A2
DRAM_A1
HDMI_VPH
GND_55
GND_52
HDMI_DDCCEC
GND_56
K19
NM
ZZ1004
NM
MBA0
MA13
MA12
MA11
MA10
MA9
MA8
MA7
MA6
MA5
MA4
Y14
AA14
GND_58
0.22u/6.3
C1032
0.22u/6.3
1608 R1004
ZZ1006
MA3
MA2
J15
J18
NVCC_EIM1
GND_59
L19
M19
N7
A 3/16,5/16
DRAM_A0
NVCC_EIM2
GND_60
R19
3:8C;5:12F;5:1E;5:3A;5:6F;5:7E
AB14
K8
NVCC_EIM3
GND_61
C1031
0.22u/6.3
V+2R5VPH_IMX
6.3V
0
AC14
DRAM_DQM7
K10
K12
K15
NVCC_CSI
GND_62
P7
C1030
22u
MVREF
MA1
MA0
Y21
DRAM_SDQS7_B
DRAM_SDQS7
NVCC_ENET
GND_63
C1029 0.22u/6.3
1608
DRAM_D63
NVCC_GPIO
GND_64
J7
P19
V7
R1007
AA24
K18
L2
L5
NVCC_JTAG
GND_65
GND_57
NVCC_LCD
GND_66
3:3C V+3R0VSNVS
AA25
DRAM_D62
DRAM_D61
DRAM_D60
L8
L10
L12
L15
L18
M8
M10
M12
M15
M18
N8
N10
N15
N18
P8
P10
P12
P15
P18
R8
R12
R15
R17
T8
T11
T12
NVCC_MIPI NVCC_LVDS2P5
GND_67
(2.9~3.3V)
W25
Y23
AA23
DRAM_D59
DRAM_D58
DRAM_D57
DRAM_D56
DRAM_DQM6
DRAM_SDQS6_B
DRAM_SDQS6
DRAM_D55
DRAM_D54
DRAM_D53
DRAM_D52
DRAM_D51
DRAM_D50
DRAM_D49
DRAM_D48
DRAM_DQM5
DRAM_SDQS5_B
DRAM_SDQS5
DRAM_D47
DRAM_D46
DRAM_D45
DRAM_D44
DRAM_D43
DRAM_D42
T15
T17
3:8B V+1R5DDR
AB23
Y22
Y25
AA21
AB25
AD24
AE23
AD23
AC25
AD25
AC23
AB22
AC24
AE24
AE22
AC22
AC20
AE20
AD20
AC21
AE21
AA20
Y20
AD21
AB21
DRAM_D41
DRAM_D40
4:4A V+2R5VPH
A 5/16
MADDR 5:1H
Y19
al LOUT
6
(1/7)
AB20
5 8
A 4/16 MAIN ASSY (DWX3590)
A 4/16
87
A
R1006
1608
(1.275~1.5V)
3:8G V+1R375CORE
B
GNDD
C
GNDD
D
GNDD
E
F
1
2
3
4
10.5 MAIN ASSY (5/16) 3:8B V+1R5DDR
1u/10
C1211
0.1u/10
1k
1608
C1209
1608
R1203
D
A
A 3/16,4/16
MVREF
1u/10
C1212
0.1u/10
1608
3:8C;4:9B;12F;1E;6F;7E C1210
1k
1608
3:8B V+1R5DDR
R1204
D
MVREF
V+1R5DDR_DEV GNDD
2125 R1202 NM
A 4/16
ZZ1201
10V
C1208
10u
DCH1201-A
MDQ 4:1H
MDQ13
MDQ11 C1213
MDQ12
B
A9
VSS1
A8
VDDQ2
A7
DQU4
A3
DQU7
A2
DQU5
A1
VDDQ1
0.22u/6.3
MDQS1_N
C1201
MDQ15
B9
VSSQ2
B8
DQU6
B7
DQSU
B3
VSS2
B2
VDD1
MDQ9
B1
VSSQ1
0.22u/6.3
MDQS1
C9
VDDQ4
C8
DQU2
C7
DQSU
C3
DQU1
C2
DQU3
MDQM1
C1
MDQ14 VDDQ3
MDQ10
MDQ8
C1202 C1214
VDD2
D9 E9
D8
VDDQ6
VSSQ4
E8
D7 E7
VSSQ6
DQU0 DML
DMU
D3 E3
D2 E2
DQL0
VDDQ5 VSSQ5
D1
MDQS0
VSSQ3
C
E1
MDQ0
VSS3
0.22u/6.3
0.22u/6.3
MDQM0
MDQ3
MDQ5
MDQ6
F9
VSSQ7
F8
DQL3
F7
DQL1
F3
DQSL
F2
DQL2
0.22u/6.3
MDQS0_N
F1
VDDQ7
C1203
C1215 0.22u/6.3
G9
VSSQ9
G8
VSS4
G7
VDD3
G3
DQSL
G2
DQL6
MDQ1
G1
VSSQ8
MDQ4
MDQ2
C1204
VDDQ9
H9 J9
3:8C;4:9B;12F;1E;3A;6F MCK0
MCAS
100
MCK0_N
MCKE0
K9
CKE
K8
VDD5
K7
CK
K3
CAS
0.22u/6.3
MWE
K2
0.22u/6.3
MODT0
VDD4
C1216
K1
C1205
ODT
D
R1206
D
H8
A 3/16,4/16 MVREF
NC2
DQL5
J8
H7
VSS6
DQL7
J7
H3
K4B1G1646G-BCK0 IC1201
CK
DQL4
J3
H2 J2
RAS
VDDQ8 VSS5
MRAS
H1
3:8C;4:9B;12F;3A;6F;7E
VREFDQ
MVREF
J1
MDQ7
0.22u/6.3
NC1
A 3/16,4/16
MA10
MCS0
MBA2
240
L9
NC4
L8
ZQ
L7
A10/AP
L3
WE
L2
CS
L1
NC3
R1205
F
C1217
A 3/16,4/16
0.22u/6.3
MBA0
MVREF
M9
VSS8
M8
M7
NC5
M3
BA2
M2
BA0
VREFCA
MA0
M1
VSS7
3:8C;4:9B;12F;1E;3A;7E
MA12
MA3
MBA1
N9
VDD7
N8
BA1
N7
A12/BC
N3
A0
N2
A3
0.22u/6.3
MA2
N1
C1218
VDD6
C1206
0.22u/6.3
MA1
MA5
P9
P8
A4
P7
A1
P3
A2
P2
A5
VSS10
MA9
P1
VSS9
E
MA4
MA11
R9
R8
A6
R7
A11
R3
A9
R2
A7
VDD9
MA13
R1
MA6 VDD8
MA7
MA8
1k
T9
VSS12
T8
A8
T7
NC7
T3
NC6
T2
T1
RESET
GNDD
MRST
R1201
MRST
A 4/16
GNDD
VSS11
C1207 0.1u/10
MADDR 4:9G
F
A 5/16 88
XDJ-RX 1
2
3
4
0.1u/10
GNDD
5
6
7
T9
VSS12
T8
R9
VDD9
R8
A6
P9
VSS10
P8
A4
N9
VDD7
N8
BA1
N7
A12/BC
N3
A0
M9
VSS8
M8
VREFCA
M7
NC5
M3
BA2
L9
NC4
L8
ZQ
L7
A10/AP
L3
WE
L2
CS
K9
CKE
K8
VDD5
K7
CK
K3
CAS
K2
VDD4
D
DQL4 H3
J3
H2
J2
RAS
VDDQ8
VSS5
H1
J1
H9
F9
VSSQ7
F8
DQL3
F7
DQL1
F3
DQSL
F2
DQL2
F1
VDDQ7
VDD2 D9 E9
D8
VDDQ6
VSSQ4 E8
D7
VSSQ6
DQU0 E7
D3
DML
E3
DMU
D2
DQL0
VDDQ5
E2
D1
E1
VSSQ5
VSSQ3
VSS3
C9
VDDQ4
C8
DQU2
C7
DQSU
C3
DQU1
C2
DQU3
C1
VDDQ3
B9
VSSQ2
B8
DQU6
B7
DQSU
B3
VSS2
B2
VDD1
B1
VSSQ1
A9
VSS1
A8
VDDQ2
A7
DQU4
A3
DQU7
A2
DQU5
A1
VDDQ1
MDQ28
0.22u/6.3
MBA0
C1306
MA5
MA7 100
G9
VSSQ9
G8
VSS4
G7
VDD3
MDQ22
R1303
VDDQ9
J9
H8
NC2
DQL5
J8
H7
J7
VSS6
DQL7
CK
G3
DQSL
G2
DQL6
G1
VSSQ8
C1308
10u
10V
DCH1201-A
6
A8
P7
A1
P3
A2
MBA2
R7
A11
R3
A9
M2
BA0
VREFDQ
NC1
K4B1G1646G-BCK0 IC1301
T7
NC7
T3
NC6
N2
A3
MWE
P2
MCAS
A5
0.22u/6.3
K1
ODT
MODT0
L1
NC3
MRAS
M1
3:8C;4:9B;12F;1E;3A;6F
R2
MA0 VSS7
0.22u/6.3
N1
MDQ17
A7
MA2 VDD6
MDQS2_N
P1
0.22u/6.3
T2
MA9 VSS9
MDQS2
R1
MDQ16
RESET
MA13
VDD8
MDQM3
T1
MDQ30
VSS11
MVREF
1k
A 3/16,4/16
MRST
MVREF
R1301
A 3/16,4/16
MRST
5 7 8
A 5/16 MAIN ASSY (DWX3590)
MDQ26
C1309
C1301
MDQ29
MDQ20
C1304
C1305 C1312
0.22u/6.3 0.22u/6.3
C1313 240
3:8C;4:9B;12F;1E;3A;7E 0.22u/6.3
MA3
MA11
A 5/16
XDJ-RX
8
89
A
0.22u/6.3
MDQ31
B
MDQS3_N
0.22u/6.3
MDQ27
MDQS3
MDQ25
C1302
MDQ24
0.22u/6.3
C1310
MDQM2
MDQ23
MDQ19
C
C1303
0.22u/6.3
C1311
MDQ18
MDQ21
MCK1
MCK1_N
MCKE0
D
MCS0 MA10
R1302
F
MVREF
A 3/16,4/16 3:8C;4:9B;1E;3A;6F;7E
C1314
MA12
MBA1
0.22u/6.3
MA1
MA4
MA6
E
C1307
MA8
GNDD
F
1
2
3
4
10.6 MAIN ASSY (6/16) A
IC1001 MCIMX6U6AVM08AC
V23 U21
47
NVCC_ENET
V22
W21
R1461
W22
47 R1416
ENET_TXD0 W20
ENET_RXD1
GNDD
ENET_TXD0
47
ENET_TXD1
2
ENET_RXD0
47 R1406
ENET_RXD1 U20
3
ENET_TX_EN
R1460
47
ENET_RXD0
3
ENET_RX_ER
47
ENET_TX_EN
DTL1106-A F1402 2
ENET_CRS_DV
R1459 R1405
V21
1
47
(OPEN)
W23 ENET_RX_ER
ENET_MDIO
R1458
47
ENET_CRS_DV
6:6B/ V+3R3_ENET CCG1352-A F1401
ENET_MDC
C1401
R1404
ENET_MDIO
ENET_REF_CLK
3:11D V+3R3D
R1415
V20 ENET_MDC
DCH1201-A
(6/7)
ENET_TXD1
47 T5 GPIO_0
R1407
R1408
39
0 L1403
T4
TP1417
T1
IMX_xWDOG
GPIO_1
B
ENET_REF_CLK GND GUARD
6:6A V+3R3_ENET
NM
GPIO_2
VTL1127-A-T
R7 GPIO_3
3:11D V+3R3D
R6 GPIO_4 R4
8F 10F USBOCS_A1
8:4B;8:7F
P6
PMIC_xINT
GPIO_18
3:2F
P5
A 8/16 A 3/16
GPIO_19 R1418
W5 KEY_COL0
AUD5_TXD
KEY_ROW0
R1411
V6 U7
AUD5_TXFS
KEY_COL1 U6
AUD5_RXD NVCC_GPIO
(CH1D)
KEY_ROW2
KEY_ROW3
T7
4.7k
PMIC_SCL
3:2E
R1420
47
PMIC_SDA
T6
3:2E
R1426
47
KEY_COL4 V5
PHY ADDR
0x1
B11 A11 MLB_CN B9 MLB_SP A9 MLB_SN A10 MLB_DP B10 MLB_DN
ENET_MDC (OPEN)
GND GUARD
(OPEN) (OPEN) (OPEN)
ENET_ETHER_INT
(OPEN)
A 7/16
(OPEN) R1401
F15 C16 A17
SD3_xCD
NANDF_CS2
7:4F
D16 NANDF_CS3
R1402
A16
NANDF_ALE
NANDF_ALE C15
R1421
68 R1403
NANDF_CLE E15 B16
NANDF_xWP
R1422
68
NANDF_RB0
NANDF_CLE
68
NANDF_WP_B
NANDF_RB0
A18 C17 NANDF_D1 F16 NANDF_D2 D17
R1414
NANDF_D3 A19 B18
5
4
E17
6
3
NANDF_D5 NANDF_D6 C18 NANDF_D7
NAND FLASH
NANDF_D0
NANDF_D0
NANDF_D4
7
2
8
1
5
4
6
3
7
2
8
1
3:11D V+3R3D
NANDF_D1
2GBit
NANDF_D2 L1501
NANDF_D3
S34ML02G200TFI00
CTF1629-A
NANDF_D4
68
V+3R3_NF
NANDF_D5 NANDF_D6
IC1501
NANDF_D7
PCIE_RXP A3 PCIE_TXM B3 PCIE_TXP
NC29
NC2
NC28
NC3
NC27
NC4
NC26
NC5
I/O7
47 46
3
GNDD
45
4
(OPEN) (OPEN) (OPEN)
A 7/16
(OPEN)
NANDF_RB0
7:3F D21
6 R1502
NC6
I/O6
R/B
I/O5
7 8
C22
CH 1000p/50 C1502
F20 RGMII_TD1 RGMII_TD2
NC7
NC24
NC8
NC23
VCC1
VCC2
VSS1
VSS2
NC9
NC22
NC10
NC21
CLE
NC20
C24
A 7/16
RGMII_RD0 B23 RGMII_RD1
NANDF_CLE
16
NANDF_ALE
17 ALE
I/O3
B24
7:3F
RGMII_RD2 D23 RGMII_RD3
NANDF_xWP
WE
I/O2
WP
I/O1
19 NC11
D22
NC12
CH
R1504
NC13
NC18
NC14
NC17
NC15
NC16
30
3
29
7
2
28
8
1
26
24
25
F GNDD
A 6/16 XDJ-RX 4
N 4
6
27
23
3
N
1000p/50 C1503
5
NC19
22
2
N
22
31
I/O0
21
90
1
32
20
RGMII_RX_CTL
8
33
18
NANDF_xWE
40
N
34
15
RGMII_RXC
2
35
14 B25
7
36
13 C23
41
37
12
A24 RGMII_TD3 RGMII_TX_CTL
42
3
38
11
E21
4
6
39
10
RGMII_TD0
5
NC25
CE
RGMII_TXC
N
43
I/O4
RE 9
NANDF_CS0
R1503 44
5
22
NANDF_xRE
E
10k
B2
NC1 2
R1501
PCIE_RXM
48
1
68 B1
7:3G
A 7/16
68
NANDF_CS1
7:3G ENET_xRST
NANDF_CS0
NANDF_CS0
1
10k
Default
ENET_MDIO
MLB_CP
NVCC_NANDF
GNDD
A 3/16 A 3/16
4.7k
KEY_ROW4
D
A 7/16,12/16-16/16
(INPUT1)
GND GUARD
R1413
U5 KEY_COL3
R CR
R1425
W4
I2C2_SDA
AUD5_RXD
39
0
KEY_COL2
I2C2_SCL
(BOOTH)
AUD_TXFS
100
KEY_ROW1 W6
C
AUD5_TXD
0.1u/10
39
AUD_SSI 9G;7:10C;7:4E;12:1C;13:2D; 14:11B;14:11E;15:9E;16:2D
AUD_TXC
100 R1419
56 R1412
R1431
ENET_CRS_DV
C1501
AUD5_TXC
C1402 R1433
ENET_RX_ER
NM
R1 GPIO_17
39
39
R1435
4.7k
R1430
ENET_RXD0
AUTH_xRST
47
GPIO_16
R1432
ENET_RXD1
AUTH_SDA
NM
R2
ENET_REF_CLK
8F
47
GPIO_9
R1429
T2
AUTH_SCL
R1427
GPIO_8
R1424
R1428
47 R1410
NM
R1417
0.22u/6.3
NVCC_GPIO
4.7k
GPIO_7 R5
I2C4_SDA
GND GUARD
R1409
R3
I2C4_SCL
R1434
R1423
T3 GPIO_6
NM
GPIO_5
22
N N N
5
6
7
8
A 6/16 MAIN ASSY (DWX3590)
6:6B/ V+3R3_ENET
A
6:11B,8B/
V+3R3A_ENET DTL1106-A F1402
2
1
C1403
C1401
DCH1201-A
3
DCH1201-A
A
2
6:7A
V+3R3A_ENET 6:7A
17
18
TXD0
TXD1
C1414
IC1401 LAN8720A-CP
F
NM
C1415
49.9
R1448
F
49.9
1608 49.9
F
TXP
TXN
4
C1406
3
R1450
NM 0
R1455
GNDD
1
TD+
2
TD-
3
RD+
4
TCT
5
RCT
6
RD-
7
NC
8
0
R1451
GNDD
RT1
GNDS
RT2
GNDS
C
0
1608
56
56 R1465
1608 ATH7082-A-T L1402 1 2 NM
16 TXEN
56
GNDD
ENET_TXD1
ENET_TXD0
100
ENET_TX_EN
R1464
R1463
1608
0
YB C1410
15
14
13
1608
19
NRST
MDC
10k
22
R1440
R1438
GND GUARD
R1447
1608
VDD1A
0.01u/16
R1441
GNDD
33
R1439
NM
NINT/REFCLKO
R1437
R1446
R1454
NM
1.5k
F
TXN
20
0.1u/10 R1436
49.9
C1408
0.1u/10
TXP
0
C1409
AKN7115-A
3
21
C1416
GNDD
ETHER JA1401
4
22
VSS
B
0
GNDD
1608 0 ATH7082-A-T L1401 2
RXN
25
12
1
R1453
NM
MDIO
RXN
C1413
11
RXP
R1456
NM
NM
CRS_DV/MODE2
1.5k
1608
5
9 10
10k
C1412
VDDIO RXER/PHYAD0
23
NM
0.1u/10
R1444
C1411
C1402
RXP
F
R1443
R1445
8
D 24
NM
RXD0/MODE0
RBIAS
XTAL2
7
4
6
RXD1/MODE1
VDDCR
470p/50
2
XTAL1/CLKIN
10k
R1434
C1405
R1452 1 VDD2A
39
1u/10
2 LED2/NINTSEL
C1404
3 LED1/REGOFF
R1462
NM
6:6A V+3R3_ENET
R1435
0
1608
GNDD
R1466
3
1608 R1449
0.022u/50
PHY
SQ
C1407
LAN
4.7u/6.3
V+3R3A_ENET
ENET_ETHER_INT
A 7/16
7:3G
R1442
ENET_xRST
7:3G
10k
GNDD
3:11D V+3R3D
D
0
R1551
Authentication IC C1551 0.1u/10
H337S3959 IC1551
4
SDA
VCC
8
PAD 9 RST 7
NC1 NC2
R1552 AUTH_xRST
6
SCL NC3
5
AUTH_SCL
3C
100 10k
3
GND
R1553
3C
2200p/50
2
AUTH_SDA
C1552
1
3C
R1503
NANDF_D7 5
4
6
3
7
2
NANDF_D6
GNDD
NANDF_D5 NANDF_D4
E
1
8 22
AUD_SSI CH
3C;7:10C;7:4E;12:1C;13:2D; 14:11B;14:11E;15:9E;16:2D
1000p/50 C1503
A 7/16,12/16-16/16
AUD_TXC
AUD3_RXD AUD3_TXD R1504
(MD) (HPD)
AUD4_RXD NANDF_D3
5
4
6
3
7
2
AUD4_TXD NANDF_D2 AUD5_RXD
(MAD) (CH2D)
NANDF_D1 AUD5_TXD NANDF_D0
AUD4(MASTER)
AUD_TXFS
AUD4(MASTER)
AUD3_RXD
MIC1/2
AUD3_TXD
HP
AUD4_RXD
INPUT2
AUD4_TXD
MASTER
AUD5_RXD
INPUT1
AUD5_TXD
BOOTH
(CH1D) (CH2D)
(BD)
1
8
AUD_TXC
AUD_TXFS
(MAD)
22
(BD) (HPD) (MD)
: CH1 Digital Signal : CH2 Digital Signal : MASTER OUT Digital Signal : BOOTH Digital Signal : HEADPHONE Digital Signal : MIC Digital Signal
F
A 6/16 91
XDJ-RX 5
6
7
8
1
2
3
4
10.7 MAIN ASSY (7/16) A
(7/7)
IC1001 MCIMX6U6AVM08AC K1 HDMI_HPD J5 HDMI_CLKM J6 HDMI_CLKP K6 HDMI_D0P J3 HDMI_D1M J4 HDMI_D1P
(OPEN)
K5 HDMI_D0M
A 11/16
K3 HDMI_D2M K4
LVDS0 11:1C
HDMI_D2P
Diff 100
U2
LVDS0_N0
LVDS0_TX0_N U1
LVDS0_P0
U4
LVDS0_N1
U3
LVDS0_P1
LVDS0_TX0_P
B NVCC_LVDS2P5
LVDS0_TX1_N LVDS0_TX1_P V2
LVDS0_N2
LVDS0_TX2_N V1
LVDS0_P2
V4
LVDS0_CLKN
V3
LVDS0_CLKP
LVDS0_TX2_P LVDS0_CLK_N LVDS0_CLK_P W2
LVDS0_N3
W1
LVDS0_P3
LVDS0_TX3_N LVDS0_TX3_P Y1 LVDS1_TX0_N Y2 LVDS1_TX0_P AA2 LVDS1_TX1_N
NVCC_LVDS2P5
AB1 LVDS1_TX2_N AB2 LVDS1_TX2_P Y3 LVDS1_CLK_N
(OPEN)
AA1 LVDS1_TX1_P
Y4 LVDS1_CLK_P
C
AA3
A 11/16
AA4
EUP_UCOM 11:9F
LVDS1_TX3_N LVDS1_TX3_P R1619
B21
EUP_CONT
SD1_CMD D20
56 R1620
SD1_CLK
NVCC_SD1
A21 SD1_DAT0 C20
C1603
E19
47p/50
SD1_DAT1 SD1_DAT2
EUP_REQ
100 R1601
F18
A 11/16
GND GUARD
LCD_PWM
11:3C
R1616
22
SD1_DAT3 C1604
C21
47p/50
SD2_CMD
NVCC_SD2
SD2_CLK
R1605
A22
AUD4_RXD
SD2_DAT0
AUD4_TXFS
SD2_DAT1
E20
0 R1606
A23
AUD4_TXD
SD2_DAT2
AUD4_TXC
SD2_DAT3
B22
56
R1621
GNDD AUD4_RXD
For Debug
(INPUT2)
AUD_TXFS
22
(MASTER) R1611
AUD_TXC R1607
B13
NM R1612
NM R1608
SD3_CMD
GND GUARD
SD3_CLK E14
NM R1613
NM
SD3_DAT0
R1609
F14
NM R1614
SD3_DAT1 A15
SD3_xCD
SD3_DAT2
NVCC_SD3
NM
CN1601
DUMMY
AUD4_TXD
R1603
D14
3:11D V+3R3D DUMMY
EUP_RDY
100 R1602
10
D
A 6/16,12/16-16/16
AUD_SSI 6:3C;6:9G;10C;12:1C;13:2D; 14:11B;14:11E;15:9E;16:2D
10k F19
6:3E
B15 SD3_DAT3
A 6/16
D13 SD3_DAT4
NM R1610
NM
NM
1
V+3R3D
2
SD_D2
3
SD_D3
4
SD_CMD
5
SD_CLK
6
SD_D0
7
SD_D1
8
SD_CDN
9
SD_WP
10
GNDD
C13 SD3_DAT5 E13 SD3_DAT6
GNDD
F13 SD3_DAT7 D15 SD3_RST R1617
E16
NANDF_xWE
SD4_CLK
R1618
B17 SD4_CMD D18
6:4G
68
NANDF_xRE
A 6/16
3:11D V+3R3D
6:4G
68
SD4_DAT0
Q1601
F17
B20 SD4_DAT6 D19 SD4_DAT7
GPIO GPIO
ENET_ETHER_INT
6:7E
R1604
ENET_xRST
6:7E
47
A 6/16
A 4/16
2
USBB_VBUS
3
USBB_VBUS_IN
4
4:4A RT3T22M
GNDD B8 USB_OTG_CHD_B
L1601
OTG_CHD_N
1
Diff 90
B6
C1602
C19 SD4_DAT5
0.1u/10
SD4_DAT4
6 5
C1601
E18
1
DCH1201-A
SD_WP
SD4_DAT3
0
A20
1608
SD4_DAT2
2125 10u 10V
E
SD4_DAT1 R1615
NVCC_NANDF
B19
JA1601 1608
2
A6
1608
USB_OTG_DP
8:3F
F10
USBUP_DM
USB_H1_DN
8:3F
CTF1713-
A 8/16
180
@100MHz
VA1602
USBUP_DP
R1623 VA1601
E10 USB_H1_DP
3
1
VBUS
2
D-
3
D+
4
GND
RT1
RT1
RT2
RT2
0
USB_OTG_DN
4
DKN1237-A
R1622
0
1608 R1624 0
1608
EZJZ0V80010
R1625 NM
GNDD
F
A 7/16 92
XDJ-RX 1
2
3
4
USB B
5
6
7
8
A 7/16 MAIN ASSY (DWX3590)
R1701
11:3B KEY_R2
C1707 0.01u/16 C1708 0.01u/16
KEY_R3
4.7k
4.7k
IC1001 MCIMX6U6AVM08AC
A 11/16
11:3B
47
GNDD
R1718
(3/7)
R1717
3:11D V+3R3D
R1702
47
R1719
P4
BL_EN
CSI0_MCLK P1
11:3C
47
CSI0_PIXCLK
BL_ERR
11:3C
N2
A 11/16 For Debug
CSI0_VSYNC P3 CSI0_DATA_EN
AUD_SSI R1723
N1
AUD3_TXC
CSI0_DAT4
R1720
P2
AUD3_TXD
CSI0_DAT5
AUD3_TXFS
CSI0_DAT6
N4
56
N3
AUD3_RXD
CSI0_DAT7 N5 CSI0_DAT9 M1
UART1_RXD
CSI0_DAT11
M3
AUD3_RXD
NM
CN1701
(HP DAC)
AUD_TXFS (MIC ADC) USBHUB_SDA
CSI0_DAT8
CSI0_DAT10
AUD3_TXD
100
USBHUB_SCL
R1721 22
8:2D
R1710
47
8:2D
47
R1715 22
CSI0_DAT12
C1703 0.01u/16 C1704 0.01u/16 C1705 0.01u/16 C1706 0.01u/16
L1 CSI0_DAT13 M4 CSI0_DAT14 M5 CSI0_DAT15
R1716
L4
1
8
L3
2
7
M6
3
6
L6
4
5
CSI0_DAT16 CSI0_DAT17 CSI0_DAT18 CSI0_DAT19
A 8/16
R1725
M2
1
8
2
7
3
6
11:3E KEY_L1
11:3F KEY_L2
11:3F KEY_L3
11:3F
5
4
B
DUMMY
6:3C;6:9G;4E;12:1C;13:2D; 14:11B;14:11E;15:9E;16:2D
AUD_TXC
100 R1724
3:11D V+3R3D
A 6/16,12/16-16/16
R1709
N6
UART1_TXD
A
KEY_L4
11:3E
47
LED_L1
11:3E LED_L2
11:3E LED_L3
11:3E LED_L4
1
V+3R3D
2
V+3R3D
3
TXD
CTS
4
CTS
RTS
5
RTS
6
RXD
7
GND
(KEY_USB2) (KEY_RB)
GNDD
(KEY_USB1) (KEY_MIDI)
A 11/16
(LED_RB) (LED_MIDI) (LED_USB1) (LED_USB2)
47 F4
C
GNDD
CSI_CLK0M F3 CSI_CLK0P E4 CSI_D0M E3 CSI_D0P D1 CSI_D1M D2 CSI_D1P N19 DI0_DISP_CLK N25 DI0_PIN2
A 11/16
N20 DI0_PIN3
R1722
P25
LCD_xRST
DI0_PIN4 N21
11:3C
47
DI0_PIN15 P24
MAS_ATT6DB
DISP0_DAT0 P22
MAS_ATT*DB R1707
P23 DISP0_DAT2
C1701 0.1u/10 C1702 0.1u/10
P21 DISP0_DAT3 P20 DISP0_DAT4 R25
TP1704 R1704
DISP0_DAT6
R1708
SW_IN1
11:6G
47
SW_IN2
11:6B
47
A 11/16 Q1701 LTC024EEB
A 12/16,13/16,16/16 14:11C;14:11F;15:9D A 14/16,15/16
47
R24
12:1C;13:2D;16:2D
R1706
T25
T24
SW_SEL1 47
T22
11:6G
R1705
SW_SEL2
A 11/16
GNDD
11:6B
47
DISP0_DAT14
Q1702 LTC024EEB
A 8/16
GNDD
R1703
U25 DISP0_DAT15
D
ATT_SEL6DB
8:4B;8:7D
DISP0_DAT12 R20
OFF
USBOCS_A2
TP1702
T23
DISP0_DAT13
OPEN
12:5C
DISP0_DAT9
DISP0_DAT11
ON
L
ATT_SEL3DB
R22 DISP0_DAT8 R21
GND
A 12/16
ADC_xRST 47
DISP0_DAT7
DISP0_DAT10
ATT
H
12:5C
DAC_xRST
DISP0_DAT5 R23
ATT_SEL*DB
MAS_ATT3DB
DISP0_DAT1
TP1703
T21
1:11C V+5R2D
DISP0_DAT16 U24
For Debug
DISP0_DAT17 V25 DISP0_DAT18
NM
DUMMY
NM
1608
T20 DISP0_DAT21
R1752
DUMMY 1608
U22 DISP0_DAT20
R1751
U23 DISP0_DAT19
E
GND RT1
H2 H1 DSI_D1P
RT2
RT2
NM
RED
D1752
DUMMY
DSI_D1M
NM NM
D+
4 0
NM R1756
R1754
3
RT1
Q1751 NM
DUMMY
G1 DSI_D0P
DUMMY
NM
D-
DUMMY
Q1752 NM
R1753
DSI_D0M 2
R1624
R1755
DUMMY
G2
DUMMY
VBUS
0
1608
DUMMY
H4 DSI_CLK0P
1
R1623
NM
H3 DSI_CLK0M
DKN1237-A
R1622
1608
D1751
JA1601 1608
DUMMY
W24 DISP0_DAT23
GREEN
V24 DISP0_DAT22
0
1608 R1625 NM
GNDD
USB B
F
A 7/16 93
XDJ-RX 5
6
7
8
1
2
3
4
10.8 MAIN ASSY (8/16) Mode Configuration
1
1
2-Wire I2C EEPROMS are supported * Strap options disabled * All settings controlled by registers
7F
0
Strap Options disabled
USBEN_A1
1
Internal default configuration * Strap options enabled * Bus power operation
Select
USBOCS_A1
Configured as an SMBus slave for external download of userdefined descriptors. * SMBus slave address 58 (0101100x) * Strap options disabled * All settings controlled by registers
6:3C;7F
1
Default
A 6/16
0
Internal default configuration * Strap options enabled * Self-powered operation enabled
7D
0
7:10F;7D
0
SMBUS OR EEPROM INTERFACE BEHAVIOR
USBOCS_A2
CFG_SEL0 24pin
USBEN_A2
CFG_SEL1 25pin
A 7/16
A
OSC*:Active Low (Low:Overcurrent detected)
B
R1815
22
C1812
1u/10
0.1u/10
C1809
C1808
C1806
0.1u/10
R1810
0.1u/10
V+3R3USB_HUBA
4.7u
CCG1201-A C1804
V+3R3USBHUB
10V
22k
2ports@HighSpeed Typ.255mA 3:11D V+3R3D
22
R1823
22k
R1829
R1814
R1820
10u 10V
0
PRTPWR2
VDD33_1
CRFILT
OSC1_N
PRTPWR1
TEST
16
15
14
13
12
11
VDDA33_6
OSC2_N 17
GNDD
NC1
2125
18
C1802
C
DCH1201-A
0
2125
47k
47k
R1812
NM
R1811
NM
1608
R1808
NM
1608
22 C1803
47 R1802
26
100
27
A 9/16
9 8 7 6
10
VDDA33_2
GNDD
HS_IND
0.1u/10 C1815
5
VDDA33_1
SCL
25
R1803
VSS 37
VDD33_2
24
47
VDDA33_3
SDA
23
0.1u/10
NC4
RESET_N VBUS_DET
4
USBDN2_P2
3
USBDN2_M2
2
USBDN1_P1
1
USBDN1_M1
(USB1)
(USB1)
36
1u/10
0.1u/10
C1811
0.1u/10
F C1810 12k
C1813
USB HUB
VDD33PLL
35 RBIAS
34 PLLFILT
32
33
XTAL2
XTAL1/CLKIN 0
R1817
31
R1818
1608
NM R1816
NON_REM0
E
USBUP_DP
SUSP_IND
28
0.01u/16
47k
C1801
CFG_SEL1
NM
1608
R1809
NM
1608
R1807
CFG_SEL0
1608
R1805
NON_REM1
1608 R1813
GNDD 90
USBUP_DM
Diff
A 7/16 U S B U 7:3H P_DP 7:3G
R1819 1M
X1801
12p/50
C1807
F
1
3
2 X1
GND1
CSS1808-A
24MHz
A 8/16
GNDD
94
XDJ-RX 2
3
4
C1814
X2
GND2
15p/50
4
1
90
(USB
(USB
30
9:6D
R1801
VDDA33_4
USBUP_DM
USBHUB_xRST
D
21
VDDA33_5
NC3
0.1u/10
7:10C
TP1803
NC2
29
USBHUB_SCL
20
VDDA33_7
7:10C
19
TP1802
C1805
A 7/16
TP1801
47k
USBHUB_SDA
R1806
1608
Pull-Up:near I.MX6
R1804
IC1801 USB82512AM
5
6
7
8
A 8/16 MAIN ASSY (DWX3590)
A
B
1:4A V+12D 2125 R1824
CN1802 AKM1282-A
C1816
A 7/16
1000p/50
0
R1831
7:10F;4B
100
USBEN_A2
4B
R1834
1608 R1822
100
ATH70152012 4
(USB1)
USBDN2_P
2
USBDN2_M
NM
(USB1)
1608 R1825
4
GNDUSB_A2
5
USBOCS_A2
6
USBEN_A2
7
GNDUSB_A2S
8
GNDUSB_A2
9
USBDN2_P
10
USBDN2_M
11
GNDUSB_A2
C
H
CN8101
F
CN8001
0
90
Diff
GNDD
_M2 _P1
GNDUSB_A2
(USB1)
0.1u/10 C1815 _P2
V+12D
3
0
3
1
V+12D
2
0
USBOCS_A2
L1803
1608 R1821
1
(USB1)
(USB2)
D
_M1 (USB2)
1:4A V+12D
UB
2125 R1826
C1817 1u/10
A 6/16
1000p/50
0
R1827 R1832
6:3C;4B
100
USBEN_A1
4B
R1836
1608 R1828
100
ATH70152012 4 1
1
V+12D
2
V+12D
3
GNDUSB_A1
4
GNDUSB_A1
5
USBOCS_A1
6
USBEN_A1
7
GNDUSB_A1S
8
GNDUSB_A1
9
USBDN1_P
10
USBDN1_M
11
GNDUSB_A1
I
CN8301
G
CN8201
0
3
(USB2)
USBDN1_P
2 NM
AKM1282-A
0
USBOCS_A1
L1804
1608
CN1801
USBDN1_M
E
(USB2)
1608 R1830 0
GNDD
(USB2)
15p/50
C1814
(USB1)
: USB1 IN/OUT Signal : USB2 IN/OUT Signal F
A 8/16 95
XDJ-RX 5
6
7
8
1
2
3
4
10.9 MAIN ASSY (9/16) (5/7)
A
EUP_UCOM 11:9F
IC1001 MCIMX6U6AVM08AC EIM_LBA J24
R2025
15k
EIM_OE K20
BT_CFG4_5
A 11/16
R2001
K22
BT_CFG4_2
R2015
C2001
15k
47p/50
EUP_MISO
100
EIM_RW
GND GUARD
R2002
H24 EIM_CS0 J23
56
EIM_CS1
EUP_SCLK R2016
EUP_MOSI
56 R2003
NVCC_EIM1
H25
BT_CFG3_0
EIM_A16 G24
BT_CFG3_1
15k R2004
EIM_A17 J22
BT_CFG3_2
EIM_A18 G25
BT_CFG3_3
EIM_A19
BT_CFG3_4
EIM_A20
BT_CFG3_5
EIM_A21
BT_CFG3_6
EIM_A22
15k R2005
H22 H23
B
15k R2006
F24 J21
BT_CFG3_7
EIM_A23
BT_CFG4_0
EIM_A24
15k R2007
F25 H19
R2017 15k R2018 15k R2019 15k R2020
A 12/16,13/16,16/16
15k
AUDIO_SPI 12:1D;13:2E;16:2E
15k
EIM_A25
GND GUARD DAC_SCLK
R2008
C25 EIM_D16 F21
22 R2009
EIM_D17 D24 EIM_D18 G21
22 R2010
EIM_D19 G20 EIM_D20 H20
R2021
DAC_MISO 22
DAC_MOSI
R2022 22
22
EIM_D21
F22
22 R2050
NVCC_EIM0
EIM_D24 G22 EIM_D25 E24
R2051
EIM_D26
EUP_SS2
56
DAC_SS3
R2054
E25 G23
56
TP2004
J19 EIM_D29
R2053
J20 EIM_D30
R2011
H21
R2012
E22 F23
15k
EIM_EB3 N22 M25
BT_CFG4_3
EIM_EB0
BT_CFG4_4
EIM_EB1
8:2E
47p/50 R2023 15k
EIM_BCLK EIM_WAIT
A 8/16 USBHUB_xRST
C2002
47 EIM_EB2
EUP_WRITE
100
EIM_D31
BT_CFG4_1
K21
R2013 15k R2014
K23
R2029
R2024 15k
15k
GNDD
L20
8
2
7
3
6 5
J25
1
8
L21
2
7
BT_CFG1_2
K24
3
6
BT_CFG1_3
L22
4
5
BT_CFG1_4
EIM_DA2 EIM_DA3 EIM_DA4 L23
4.7k
BT_CFG1_1
BT_CFG1_5
4.7k
EIM_DA5 K25
BT_CFG1_6
L25
BT_CFG1_7
L24
BT_CFG2_0
M21
BT_CFG2_1
EIM_DA6 EIM_DA7 EIM_DA8 EIM_DA9 M22
BT_CFG2_2
EIM_DA10
R2028
M20
1
8
BT_CFG2_3
M24
2
7
BT_CFG2_4
M23
3
6
BT_CFG2_5
N23
4
5
BT_CFG2_6
EIM_DA11 EIM_DA12 EIM_DA13 EIM_DA14
R2026
N24 EIM_DA15
1
8
2
7
3
6
BT_CFG2_7
4.7k
5
4 4.7k
F
A 9/16 96
XDJ-RX 1
BT_CFG1_0
R2027
EIM_DA1
NVCC_EIM2
1
4
EIM_DA0
E
(BOOTH)
EUP_RST
EIM_D27
BT_CFG4_7
12:1H
22
EIM_D28
D
A 12/16 IMX_AUDIO_MUTE
EIM_D23
BT_CFG4_6
(HP)
OTG_PWR
R2052
D25
C
(MASTER)
DAC_SS2 OTG_OC
E23 EIM_D22
DAC_SS1
2
3
4
5
6
7
8
A 9/16 MAIN ASSY (DWX3590)
A
B
A 12/16,13/16,16/16 AUDIO_SPI 2:1D;13:2E;16:2E
For Boot Configuration
7
6
5
8
7
6
5
3
4
1
2
3
4
BT_CFG2_2
BT_CFG2_3
BT_CFG2_4
BT_CFG2_5
BT_CFG2_6
BT_CFG2_7
NM
NM
DUMMY S2003
8 1
NM
2
5
BT_CFG2_1
6
4
BT_CFG1_7
C
BT_CFG2_0
7
3
NM
NM
R2049 NM
R2048
0
R2047 NM
R2045
0
R2044 NM
R2042 NM
R2043
0 R2040
NM
R2037 NM
R2035
0
R2034 NM
R2032 0
:2E
R2033
BT_CFG1_2
USBHUB_xRST
R2030
8 0
DUMMY S2001
R2038 NM
A 8/16
R2039
3:11D V+3R3D
2
2:1H
1
MX_AUDIO_MUTE
BT_CFG1_1
A 12/16
6 7 X H H L SW 4
BT_CFG1_0
NAND (2Gb) SD CARD
5 L L
BT_CFG2_ 0 1 2 3 4 5 6 7 L H L H L L L L L L L L H H L L SW SW SW SW SW SW SW SW 1 2 3 4 1 2 3 4 S2002 S2003
DUMMY S2002
BT_CFG1_ 0 1 2 3 4 H H L L X L L H L L SW SW SW 1 2 3 S2001
D
BT_CFG1_0 BT_CFG1_1 BT_CFG1_2 BT_CFG1_3 BT_CFG1_4 BT_CFG1_5 BT_CFG1_6 BT_CFG1_7 BT_CFG2_0 BT_CFG2_1
E
BT_CFG2_2 BT_CFG2_3 BT_CFG2_4 BT_CFG2_5 BT_CFG2_6
6
5
3
4
F
4
3
2
10k
5
6
8 R2046
1
10k
4
3
7
10k
7 2
5
6
8
7 2
1
R2036
8
5 4
R2041
6 3
1
7
10k
8
2
R2031
1
BT_CFG2_7
A 9/16
GNDD
97
XDJ-RX 5
6
7
8
1
2
3
4
10.10 MAIN ASSY (10/16) 4:4A V+2R5VPH
11 Reserved 10k
10k
R2210
NM
R2208
BT_MODE1
R2206
NM
BT_MODE0
IC1001 MCIMX6U6AVM08AC
BOOT MODE[1:0] 00 Boot from fuses 01 Serial downloader 10 Boot from board settings (Board Default)
3:3C V+3R0VSNVS
10k
(2/7)
R2202
R2201
A
D12
(On chip PU)
C11
(On chip PU)
ONOFF POR_B C12
(On chip PD)
F12
(On chip PD)
VDD_SNVS_IN
BOOT_MODE0
B
BOOT_MODE1 E12 TEST_MODE
TP2215
A 3/16 IMX_xPOR
3:2F;5F
(OPEN)
E11
TAMPER
(On chip PD)
TAMPER D11
(Push/Pull output)
F11
(Push/Pull output)
PMIC_ON_REQ PMIC_STBY_REQ
PMIC_ON_REQ
3:2E PMIC_STBY_REQ
A 3/16
3:2F A7
XTALI
R2214
B7 XTALO
47
32.768kHz
D9 RTC_XTALI C9
R2211
X2201
1k
CSS1807-A
CLK2_N D5
NM
CLK2_P
C
CLK2_P
GNDD
R2205
H6
5p/50
R2204
C2206
10k
C5
CLK1_P
10p/50
D7
12p/50
C2202
R2203
C7 CLK1_N
C2204
RTC_XTALO
JTAG_MOD
NVCC_JTAG
H5
4.7k
JTAG_TCK G5 JTAG_TDI
3:11D V+3R3D
G6 JTAG_TDO C3 JTAG_TMS C2
DUMM 1608
JTAG_TRSTB
R2216 A12 NC_1 A14 NC_2 B12 NC_3 B14 NC_4 E1 NC_6 E2 NC_7 F1
D
NC_8 F2 NC_9
(OPEN)
NM
GNDD
(OPEN) (OPEN) (OPEN) (OPEN) GND GUARD
(OPEN) (OPEN)
IMX_xPOR
3:2F;5C
(OPEN)
GND GUARD
A 3/16
3:11D V+3R3D
4:4A V+2R5VPH
1608
R2224 OUT_Y
GND
4
47
3
NM
IN_A
E
2
0.1u/10
C2201
IC2201 TC7SZU04FUS1
1
IC2202 1
R2213
VCC
2
10
3 4
0
NC
R2223
VCC 5
C2203
R2207
0.1u/10
0 0
1608
IMX_MCLK
R2209
R2212
GND
TC7WHU04F R2215 1M
GNDD
22.5792MHz X2202 4 X NC
F
A 10/16 98
XDJ-RX 1
2
3
4
10p/50
C2205
1 X1
N
DSS1202-A
5
0
6
7
8
A 10/16 MAIN ASSY
OPEN
(DWX3590)
A
(Board Default)
B
A 3/16
R2214
R2217
47
24MHz X2203
NM 4
X2
GND2 1
2 GND1
2.2M
5p/50
C2208
C2206
CSS1808-A 5p/50
C2204
X1 10p/50
3
R2221
Q REQ
GNDD
C GNDD
For Debug
3:11D V+3R3D
DUMMY
CN2201 NM
DUMMY 1608
VKN1938-
R2216 1
V+3R3D
2
NC
3
JTAG_TRRSTN
4
JTAG_TDI
5
JTAG_TMS
6
JTAG_TCK
7
JTAG_TDO
8
JTAG_RSTN
TP2211
NM
RD
TP2212
D
9
JTAG_DEN(NC)
10
JTAG_MOD(NC)
11
GNDD
12
GNDD
TP2213
0.1u/10
GNDD
IC2202
R2213 10
1
VCC 8
2
7
3
6
4
5
R2225 R2218
GND GUARD
3:11D V+3R3D
GND
E
12:1B;13:2D;14:11B; 14:11E;15:9D;16:2C
NM
10
A 12/16,14/16-16/16 AUD_MCLK
ZZ2201
NM
1k
0.1u/10
1608
DSS1202-A
2
C2207
NC
IC2203 5
1 INB
VCC
2
10p/50
10p/50
C2205
1 X1
R2219
1M
22.5792MHz X2202 4 X2 3 NC
R2222
R2215
C2209
TC7WHU04FK
INA 3
R2220
4 GND
OUTY
F
22
GNDD
TC7SZ08FUS1
A 10/16
GNDD
99
XDJ-RX 5
6
7
8
1
2
3
4
10.11 MAIN ASSY (11/16) A
CN2401
TP2446
TP2445
3:11D V+3R3D
14:5G V-15A_IN 14: V+1 TP2447
2:4F V+15A 2:4H V-15A TP2478
1:11C V+5R2D
DKP3953-A
TP2477
TP2450
A 7/16
(QUANTIZE) K E Y _ Q T 9E KEY_R2 (KEY_TM) 7:11B (KEY_DECK) K E Y _ R 3 7:11B
TP2451 TP2452
C2402
TP2448
50
KEY_QT
INPUT2_L
49
KEY_R2
48
KEY_R3
A 14/16
47
GNDD
46
V+5R2D
45
V+5R2D
44
V+3R3D
43
V+3R3D
(CP2)
14:4E
TP2476 INPUT2_R
14:4F
1000p/50
B
TP2449
R2401
7:4E
TP2453
0
TP2454 BL_EN
A 7/16 A 7/16
7:10B
TP2455
BL_ERR
7:10B TP2456
LVDS0 7:3B
LCD_xRST
7:10E
LVDS0_N0
4
LVDS0_P0
1
L2401
NM
C
LVDS0_N1
4
LVDS0_P1
1
L2402
4
LVDS0_P2
1
L2403
LVDS0_CLKN
4
LVDS0_CLKP
1
L2404
4
D
L2405
1
LVDS0_P3
3
TP2468
TP2469 TP2470
2012
3
TP2471 TP2472
2012
3 2
NM
TP2467
2012
2 NM
LVDS0_N3
3
2 NM
TP2466
2012
2 NM
LVDS0_N2
3 2
TP2465
TP2473 TP2474
2012 TP2457
(LED_RB)
LED_L1
7:11D (LED_MIDI)
LED_L2
(LED_USB1)
LED_L3
TP2458
7:11D
TP2459
7:11D (LED_USB2)
TP2460
LED_L4
7:11D
A 7/16
TP2461 (KEY_USB2)
KEY_L1
(KEY_RB)
KEY_L2
(KEY_USB1)
KEY_L3
(KEY_MIDI)
KEY_L4
TP2462
7:11C 7:11C
TP2463 TP2464
7:11C 7:11D
SW_SEL2
7:10F
A 7/16
42
GNDD
41
LCD_PWM
40
GNDD
39
BL_EN
38
BL_ERR
37
GNDD
36
LCD_xRST
35
GNDD
34
GNDD
33
LVDS0_N0
32
LVDS0_P0
31
GNDD
30
GNDD
29
GNDD
28
LVDS0_N1
27
LVDS0_P1
26
GNDD
25
GNDD
24
GNDD
23
LVDS0_N2
22
LVDS0_P2
21
GNDD
MASTER1_R_HOT
20
GNDD
MASTER1_R_COLD
19
GNDD
18
LVDS0_CLKN
17
LVDS0_CLKP
16
GNDD
15
GNDD
14
GNDD
13
LVDS0_N3
12
LVDS0_P3
11
GNDD
10
GNDD
9
LED_L1
8
LED_L2
7
LED_L3
6
LED_L4
5
GNDD
4
KEY_L1
3
KEY_L2
2
KEY_L3
1
KEY_L4
TP2442
SW_IN2
7:10E
TP2440
A_MUTE
12:5G;13:11D; 13:5E;13:8E;13:8G
A 12/16,13/16 TP2439
(B)
BOOTH_L
16:9E
A 16/16
GNDD TP2437
BOOTH_R
16:9D
A 16/16 TP2435
(MA2)
MASTER2_L
12:12F TP2434
J 1/3
MASTER2_R
12:12F
CN8401
TP2433
(MA1)
TP2432
(MA1)
MASTER1_L_HOT
12:10E
A 12/16
MASTER1_L_COLD
12:10E TP2431 12:10B
TP2430
12:10B
GNDA_
2:4H V-15A 2:4F V+15A
A 15/16
TP2425 (M1)
MIC1
15:3E
TP2423
GNDD LCD_PWM
GNDA_IN2
TP2441
1000p/50
TP2424
C2403
GNDD
A 15/16
E
TP2426 (M2)
MIC2
15:3C
A 14/16
TP2422
INPUT1_L
(CP1)
14:4C
GNDA_M TP2421 INPUT1_R
A 14/16
14:4B TP2420
SW_SEL1
A 7/16
7:10F
TP2419
SW_IN1
7:10E
F GN
A 11/16 100
XDJ-RX 1
2
3
4
5
6
7
8
A 11/16 MAIN ASSY (DWX3590)
TP2447
14:5G V-15A_IN2 14:5D V+15A_IN2 TP2446
TP2478
TP2445
2:4F V+15A 2:4H V-15A
A
CN2403 VKN1435-A
(CP2)
GNDD
12
V-15A
13
GNDA_OUTB
14
BOOTH_L
15
GNDA_OUTB
16
GNDA_OUTB
17
GNDA_OUTB
18
BOOTH_R
19
GNDA_OUTB
20
V+15A
21
GNDA_OUTM
22
MASTER2_L
23
GNDA_OUTM
24
MASTER2_R
3 23
C2404 1000p/50 C2405
C 2/3
1000p/50
CN5201
C2406 1000p/50 C2407 1000p/50
EUP_RST
R2402
A 12/16
GND_LED
TP2405
0
TP2475
AUDIO_MUTE
25
GNDA_OUTM
26
MASTER1_L_HOT
12:1G
27
GNDA_OUTM
28
MASTER1_L_COLD
TP2406
A 1/16
3:11D V+3R3D
PWR_ON
1:4B TP2407
EUP_REQ
29
GNDA_OUTM
30
MASTER1_R_HOT
31
MASTER1_R_COLD
R2406
1
GNDA_OUTB
EUP_MISO
NM
TP2408
EUP_RDY 0
R2407
GNDA_OUTM
TP2409
EUP_WRITE
TP2410
EUP_MISO_
EUP_MOSI
EUP_SCLK
GNDD EUP_SS2
2:4H V-15A
A 1/16 2:4F V+15A
TP2418 TP2401
A_MUTE
11
TP2402
SW_IN2
TP2404
9 10
EUP_CONT
R2403 0 R2404 0 R2405
TP2411
TP2412
TP2413 TP2414
0
FAULT_DET
1:8F
CN2404
KEY_QT
(M1)
TP2424
TP2423
TP2427
(M2)
1
MIC1
2
GNDA_MIC
3
GNDA_MIC
4
GNDA_MIC
5
GNDA_MIC
6
GNDA_MIC
7
GNDA_MIC
8
GNDA_MIC
9
GNDA_MIC
35
GND_LED
34
GND_LED
33
V+5LED
32
V+5LED
31
V+12EUP
30
V+12EUP
29
V+3R3D
28
V+3R3D
27
V+3R3EUP
26
V+3R3EUP
25
GNDD
24
GNDD
23
GNDD
22
EUP_RST
21
GNDD
20
AUDIO_MUTE
19
GNDD
18
PWR_ON
17
GNDD
16
EUP_REQ
15
GNDD
14
EUP_RDY
13
GNDD
12
EUP_WRITE
11
GNDD
10
EUP_MISO
C
M 3/4
9
GNDD
8
EUP_MOSI
7
GNDD
6
EUP_SCLK
5
GNDD
4
EUP_SS2
3
EUP_CONT
2
FAULT_DET
1
KEY_QT
CN3403
D
TP2417
3B
VKN1427-A
B
CN2402 VKN1439-A
TP2403
SW_SEL2
TC7SH08FUS1
(MA1)
V-15A_IN2
8
4
(MA1)
V+15A_IN2
7
GND
(MA2)
GNDA_IN2
6
3
TP2438
5
1:4G,4E,5E,5G,7F/
V+3R3EUP 3:11D V+3R3D 1:4A V+12EUP 1:11C V+5LED
5
GNDD
INPUT2_R
VCC
(B)
GNDA_IN2
4
2
TP2436
GNDA_IN2
3
NM
TP2443
INPUT2_L
2
NM IC2401
GNDA_IN2
1
C2401
TP2444
EUP_UCOM 7:4D;9:5A
GNDD
A 7/16,9/16
E
1 0 MIC2 1 1 GNDA_MIC 1 2 V+15A 1 3 GNDA_MIC
TP2428
B 2/2 CN5101
1 4 V-15A 1 5 GNDA_IN1
(CP1)
1 6 INPUT1_L
(CP1)
1 7 GNDA_IN1
GNDA_MIC
(CP2)
1 8 GNDA_IN1
(MA1)
1 9 GNDA_IN1
TP2429
2 0 INPUT1_R
(MA2)
2 1 GNDD
(B)
2 2 SW_SEL1 2 3 SW_IN1
(M1) (M2)
GNDD
: CH1 CD/PHONO Signal (L ch) : CH2 CD/PHONO Signal (L ch) : MASTER1 OUT Signal (L ch) : MASTER2 OUT Signal (L ch) : BOOTH OUT Signal (L ch) : MIC1 Signal : MIC2 Signal
GNDA_IN1
A 11/16 101
XDJ-RX 5
6
7
8
F
1
2
3
4
10.12 MAIN ASSY (12/16) 12:10C
V+15A_M1
MASTER
A
C7012 NM
R7038
R7054
6.8k
6.2k
5.6k
SRCH
C7025
R7020
20p/50
RN
68k
R7046
RN
68k
R7030
SR GNDA_O
(1/2) IC7003
R7039
2
D
GND
SRCH
C7026
RN
68k
V-15A_M1 12:10D
AOUTLCCLK CDTI
C7022
220p/50 SRCH
C7018
820p/50 SRCH
8
7
GND
NM
20p/50
SRCH SRCH
RN
68k
C7028
D
20p/50
5.6k R7049
RN
68k
R7033
D
SR GNDA_O
V-15A_M1 12:10D
A 7/16
GNDA_OUTM
LTA114EUB Q7002
7:12F
ATT_SEL3DB
LTA114EUB
GNDA R7095 0 R7094 C7002 0 R7135
C7003 0 N M SR
C7034
GNDD
GNDA_OUTM
NM
2:4H V-15A
R7042
R7058
6.8k
6.2k
5.6k
SRCH
C7029
R7024
20p/50
RN
68k
R7050
SR GNDA_O R7034
GNDA
12:10C
V+15A_M1
RN
GNDD
51k
N M SR
A 9/16,13/16,6/16
68k
C7001
9:6C;13:2E;16:2E
9
0.1u/16
AUDIO_SPI
(MA)
10
AOUTR-
56
C
AOUTR+
VCC
4
5
R7057
Q7001
7:12E ATT_SEL6DB
R7028
CSN
11
R7029
8
(MA)
12
51k
7
56
13
R7018
56
6.2k
51k
R7004
VSS AOUTL+
R7041
6
14
R7019
R7003
DAC_MOSI
6
VDD
0
R7002
DAC_SCLK
PDN
R7017
DAC_SS1
LRCK
5
IC7003
D
C7035
2:4F V+15A
220u 16V
100
4
15
CCH2090-A
56
DZFR
SDTI
C7009
100 R7001
DAC_xRST
BICK
C7014
R7008
3
0.1u/10
AUD_TXFS
2 4 7 (MAD)
C7008
R7007
1000p/50
R7006
D
6.8k
D 16
DZFL
R7023
2:8F V+5A
IC7001 AK4382AVT
AUD4_TXD
C7027 5.6k
AUD_SSI
AUD_TXC
RN R7056
6.2k
D
MCLK
68k
R7040
6.8k
NJM4580MD
6:3C;6:9G;7:10C;7:4E;13:2D; 14:11B;14:11E;15:9E;16:2D
1
R7048
R7022
12:10C
V+15A_M1 (2/2)
51k
A 6/16,7/16,13/16-16/16
RN
MASTER DAC
47
68k
R7005
R7032
R-
16
AUD_MCLK
7:10E;13:2D;16:2D
1
GNDA_OUTM
A 10/16,13/16-16/16 10:8G;13:2D;14:11B; 14:11E;15:9D;16:2C
A 7/16,13/16,6/16
20p/50
D
16
B
8 4
3
R7055
VCC
5.6k R7047
RN
D 68k
R+
6.2k R7031
6.8k
D
C7021
D
220p/50 SRCH
C7017
R7021
820p/50 SRCH
NJM4580MD D
(1/2) IC7004
8
1
(MA)
GND
D RN
68k
(MA)
SRCH
5.6k R7051
RN
68k
R7035
L+
D
16
(MA)
D
6.2k
VCC
4
3
R7059
C7030
6.8k
D
C7023
R7043
2
D
20p/50
R7025
D
220p/50 SRCH
C7019
D
820p/50 SRCH
NJM4580MD
V-15A_M1 12:10D
GNDA_OUTM
R7044
R7060
6.8k
6.2k
5.6k
SRCH
C7031
R7026
20p/50
RN
68k
R7052
RN
68k
L-
R7036
16
12:10C
V+15A_M1 (2/2) IC7004
C7024
D
R7045
220p/50 SRCH
C7020
R7027
820p/50 SRCH
NJM4580MD D
6
D
5
R7061
VCC 8
(MA)
7
4
GND C7013
1:4A 1:4A V+12EUP V+12D
9:6D
0
R7137
4.7k
22k
GNDD
GNDD
NM
C7063
NM
STBY
47k 47k
C7061
R7124
R7128
A 11/16,13/16 11:6C;13:11D;13:5E;13:8E;13:8G
R7125
4
NM
A 9/16 IMX_AUDIO_MUTE
R7136
C7059
11:9D
Q7019 LSCR523UB
STBY
A 11/16
A_MUTE A_MUTE
Q7020 LSCR523UB
AUDIO_MUTE AUDIO_MUTE
R7120
47k
R7118
NM
D7003
GNDD
22k
V-15A (OFF)
Q7022 LSAR523UB
4 R7121
H
47k
H (ON)
R7119
L
NM
MUTE
C7065
NM
MUTE AUDIO_ MUTE
D7002
GNDA_OUTM
E
GNDD
V-15A 2:4H
NM
GNDD
F
A 12/16 102
XDJ-RX 1
2
3
4
NM
SRCH
68k
RN
D
C7032
5.6k R7053
RN
D
20p/50
6.2k 68k
D
R7037
6.8k
SR
V-15A_M1 12:10D
GNDA_O
5
6
7
8
A 12/16 MAIN ASSY
12:10C
V+15A_M1
(DWX3590)
C7012
A
NM
SRCH
C7025
20p/50
SR GNDA_OUTM
(1/2) IC7003
R-
VCC
D
10k
220
R7090
R7086
1/8W (F)
SRCH
C7026
180
180
V-15A_M1 12:10D
180
GND
1/8W (F)
R7063
1/8W (F) 20p/50
R-
1/8W (F)
4
3
R7062 180
1
R7078
8
R7074
2
1/8W (F)
NJM4580MD
R7082 Q7007
Q7003
22k
R7070
MASTER_R_COLD
INC2002AC1 22k
A_OUTM
MASTER1_R_COLD
SRCH
C7027
20p/50
MASTER1_R_COLD
11:6D
INC2002AC1
MASTER1_R_HOT
12:10C
V+15A_M1
GNDA_OUTM
MASTER_R_HOT
A 11/16
B
MASTER1_R_HOT
11:6D
(2/2) IC7003
R7122
D
10k
R7091
220
R7087
1/8W (F)
180
12:6B,6A,6E,6D/
V+15A_M1
R7083
25V 220u
Q7008
GNDA_OUTM
V-15A_M1 12:10D
1/8W (F)
SR
R7079
180
1/8W (F)
NM
SRCH
C7028
2:4F V+15A
R7065
GND C7035
20p/50
R+
1/8W (F)
4
5
R7064 180
7
180
8
0
R+
VCC
R7075
6
1/8W (F)
NJM4580MD
Q7004
C7060
22k DCH1341-A
R7071 INC2002AC1
C7033
22k
A_OUTM
0.1u/25 INC2002AC1
SR GNDA_OUTM GNDA_OUTM C7036 0.1u/25
SR
C
C7066 DCH1341-A
220u 25V
0
12:10C
V+15A_M1
R7127
V-15A_M1 12:6C,6B,6E,6F/
C7034
SRCH
(1/2) IC7004
NJM4580MD 2
L-
VCC 8
1
R7066
MASTER_L_COLD
L-
180
(MA)
(MA1)
1/8W (F)
MASTER1_L_COLD
MASTER1_L_COLD
11:6D D
(MA1)
MASTER1_L_HOT
A 11/16
2:4F V+15A
12:11F/
V+15A_M2
MASTER1_L_HOT
11:6D
R7130
10k
R7092
220
R7088
1/8W (F)
180
1/8W (F)
V-15A_M1 12:10D
R7080
SRCH
C7030
1/8W (F)
180
180
R7076
GND
1/8W (F)
R7067
4
3
MASTER_L_HOT
R7084
0
C7029
20p/50
SR GNDA_OUTM
20p/50
GNDA_OUTM
V-15A 2:4H
NM
C7004
Q7009 Q7005
DCH1341-A
22k
220u
R7072 INC2002AC1
25V
D
C7005
22k
A_OUTM
0.1u/25
SR
INC2002AC1
IC7004
(MA)
7
GNDA_OUTM
D
27k
IC7002
4
3
NJM4580MD (1/2)
GND
RN GNDA_OUTM
R7015 150
D
A 11/16 MASTER2_L
11:6C
(MA2)
V-15A_M2
D
10k
R7093
220
R7089
1/8W (F)
180
Q7006
1/8W (F)
R7081
SRCH
1k
(MA2)
180
180
1/8W (F)
NM
SR
V-15A_M1 12:10D
1
R7069
4
GND C7013
C7032
1/8W (F)
8
R7009
L+
180
R7077
5
8
1/8W (F)
6
L+
VCC
2
MASTER2 L+
R7068
D
VCC
12k
(2/2)
NJM4580MD
20p/50
R7013
GNDA_OUTM R7011
SRCH
C7031
20p/50
GNDA_OUTM 12:10C
V+15A_M1
12:10G
R7085
12:10E
V+15A_M2
Q7010 22k
R7073 INC2002AC1
R7014
6
MASTER2 R+
8
R7010
GNDA_OUTM
1k
D
4
5
GND
7
27k
D
VCC
INC2002AC1
12k
R7012
22k
_OUTM
IC7002
NJM4580MD
RN GNDA_OUTM
R7016
A 11/16 MASTER2_R
11:6D
150
E
D
(2/2) C7006 0.1u/25
SR C7007
V-15A_M2 12:11F/
(MAD) (MA) (MA1)
The check point for service.
***** (Legend silk indication on the PCB.)
(MA2)
220u
25V
0
R7129
DCH1341-A
V-15A 2:4H
GNDA_OUTM
: MASTER OUT Digital Signal : MASTER OUT Signal (L ch) : MASTER1 OUT Signal (L ch) : MASTER2 OUT Signal (L ch)
F
A 12/16 103
XDJ-RX 5
6
7
8
1
2
3
4
10.13 MAIN ASSY (13/16) A
B 2:8F
SR
AUD_TXFS
DAC_xRST
7:10E;12:1C;16:2D
DAC_MOSI
0
R7223
R7252
56
0 R7235
DAC_SS2 DAC_SCLK
C
(HPD)
R7246
R7221 0
DZF
BICK
DVDD
SDTI
AVDD 13
LRCK
VSS
RSTN
VCOM
5
12
6
100
11 CSN
AOUTL
7
0
GNDA_HP
C7202 22u/6.3
8
9 CDTI
NC
C7206
C7227
SR
AK4387ET
100u/16
3.3k
100u/16
SR
C7225 0.01u/25
NM
N M SR
0.1u/16
22k
AUDIO_SPI 9:6C;12:1D;16:2E
C7220
R7201
A 9/16,12/16,16/16
C7224
SR
1000p/50 C7228
C7207
SR
R7209
C7223
TP7207
0.1u/16
0
D
TP7206
(HP)
10 CCLK AOUTR
R7222
Q7201 IMX25
14
4
100
TP7208
15
3
R7240
C7208 100u/16
16 MCLK
2
C7205
1
0 R 7 2 3 4 (HPD)
100k
47
AUD3_TXD
A 7/16,12/16,16/16
R7204
SR
47
R7207
AUD_TXC
0.1u/10
R7245
R7203
AUD_MCLK
10:8G;12:1B;14:11B; 14:11E;15:9D;16:2C
10 1000p/50
A 10/16,12/16,14/16-16/16
C7201
IC7201
0.1u/10 C7203
HP DAC
0.01u/16 C 7 2 0 4 CH
R7205
AUD_SSI 6:3C;6:9G;7:10C;7:4E;12:1C; 14:11B;14:11E;15:9E;16:2D
0
A 6/16,7/16,14/16-16/16
R7248
V+5A
R7251
C7226 NM N M SR
GNDA
GNDA_HP
GNDD
GNDD
A 11/16,12/16
R7206
D7201
1.8k
DA2J101
A_MUTE
11:6C;12:5G;11D;8E;8G
D
R7239
D7202
1.8k
DA2J101
TP7209 Q7201 IMX25
GNDA_HP D R7210
(HP)
F
A 13/16 104
XDJ-RX 1
2
3
4
100k
SR
E
R7208
3.3k
5
6
7
8
A 13/16 MAIN ASSY (DWX3590)
A
B SR CH
TP7212
C7211 NM
D
D
2.2k R7213
6.8k R7215
V+7R5HP
GNDA_HP V+7R5HP
R7230
C7213
4.7k 330p/50
SR CH
SQ
GNDA_HP
1
R7217
68
1k
NJM4565MD
R7243 0 R7244
SQ
IC7202
V-
SA
SR
R7224
4
3 C7209
CH
8
A 11/16,12/16
NM
V-7R5_HP
R7247
C
A_MUTE
SA
Q7206 IMX25
SA
3.3k
NM
100p/50
R7226
D R7211
100k
SR
2
D R7209
SA
R7219
C7214
V+
R7225
SA
100u/16
GNDA_HP
R7207
Q7202 2SD1767(QR)
NM 0
NM
R7249
Q7201 IMX25
11:6C;12:5G;5E;8E;8G
NM
TP7208
V+7R5_HP
0
CN7201 AKM1277-A
SA
R7236
R7231 Q7203 2SB1189(R)
NM R7232
GNDA_HP
R7202
TP7210 NM R7237
A_MUTE 1.8k
11:6C;12:5G;11D;5E;8G
GNDA_HP
NM R7238
SR CH
NM
CH
TP7213
C7212
SR
SR
(HP)
1
A_MUTE
2
GNDA_HP
3
HP_R
4
GNDA_HP
5
HP_L
6
GNDA_HP
D JP5901
C7219
NM
NM
D
D
R7214
R7216
2.2k
6.8k
V+7R5HP
GNDD
GNDA_HP
GNDA_HP
TP7209 Q7201 IMX25
D
R7241
330p/50
SR CH
C7210
68
1k
4 V- I C 7 2 0 2
SQ
NJM4565MD CH
Q7206 IMX25
C7215
NM
SA R7218
R7227
SR
R7228
SA R7254 0
(HP)
R7253
SA
5
4.7k
100k
3.3k
7
NM
NM
SQ 8
(HP)
R7229
D R7212
SA
R7220
V+ 6
D R7210
Q7204 2SD1767(QR)
NM
V+7R5_HP
GNDA_HP
SR
SR
V-7R5HP
A 11/16,12/16
R7208
N M SR
NM
SA
SA R7242
100p/50 R7250
GNDA_HP
0
NM
C7216
Q7205 2SB1189(R)
GNDA_HP
100u/16
V-7R5HP V-7R5HP
V-7R5_HP
GNDA_HP
E
A 11/16,12/16
R7233
TP7211
A_MUTE
11:6C;12:5G;11D;5E;8E
1.8k
(HPD) (HP)
: HEADPHONE Digital Signal : HEADPHONE Signal (L ch)
F
A 13/16 105
XDJ-RX 5
6
7
8
1
2
3
4
10.14 MAIN ASSY (14/16) CH C7409
NM
NM
A
C7403 R7407
R7403
D
3.3k
D
3.6k
2:4F V+15A
V+15A_IN1
GNDA_IN1 C7457
R7453 0
100u/25 C7407 0.1u/50
TP7401
R7417
GNDA_IN1
IC7402 8 1
2
D
TP7403
INPUT1_R 3
NJM4565MD
V-
R7409
1k
D
R7421
4.7k
C7431 100u/16
4
DAN217UM
11:6G
NM V-15A_IN1
B
D7401
D7403 DAN217UM
V+
A 11/16
GNDA_IN1
CH NM
2:8F
V+5A
C7404
V+3R3A
D
3.3k
D
3.6k
3:4C 0
R7408
R7445
R7404
R7446
NM
0
C7410
C7441
0.1u/10
C7439
C7437
100u/16 NM
CCH1565-A
C7433
NJM4565MD
V-
R7410 NM C7408
GNDA_IN1
C
C7456
(CP1)
C7429
C7432
0.1u/10
TP7404
100u/16
1k
D
4.7k
(CP1)
4
5
NM
11:6G
TP7402
R7418
R7422
INPUT1_L
IC7402 8 7
6
D (CP1)
C7455
V+
A 11/16
100u 16V
V+15A_IN1
GNDA_IN1
0.1u/50 C7418
R7454 0
V-15A 2:4H
100u/25
V-15A_IN1
GNDA_IN1
GNDA_IN1
CH C7411
NM
NM
C7402 R7406
R7402
2:4F V+15A
D
3.3k
C7419
R7455
GNDA_IN2
D
D
3.6k V+15A_IN2
0
100u/25 C7405 0.1u/50
V+ TP7405
100u/16 C7434
(CP2)
4
NJM4565MD
V-
1k
R7411 NM
GNDA_IN2
V-15A_IN2
D7402
D7404 DAN217UM
5
4.7k
TP7407
DAN217UM
R7419
D
11:6B
(CP2)
R7423
A 11/16 INPUT2_L
IC7401 GNDA_IN2 8 7 (CP2)
6
D
2:8F
V+5A 3:4C 0
R7448
E
0
R7447
V+3R3A
CH C7412
TP7406 3
V-
R7412
GNDA_IN2 NM
R7456 0
2:4H V-15A
0.1u/50 C7422 100u/25
V-15A_IN2
106
GNDA_IN2
XDJ-RX 1
2
3
4
C7442
0.1u/10
C7440
C7438
47u 16V
47u/16
C7435 100u/16
NJM4565MD
1k
D
R7424
4.7k
GNDA_IN2
A 14/16
NM
TP7408
4
C7406
F
C7436
IC7401 8 1
INPUT2_R
11:6B
C7454
V+ 2
D R7420
D
V+15A_IN2
GNDA_IN2
A 11/16
C7430
3.6k
0.1u/10
R7405
D
3.3k
NM
R7401
C7453
C7401
DCH1242-A
NM
NM
5
6
7
8
A 14/16 MAIN ASSY (DWX3590)
A
D7403
R7425
DAN217UM
1 AINR
(CP1)
AINL
CKS2
CKS1
DIF
3 VCOM AGND VA
MCLK
VD
LRCK
R7439 R7437
10 9 (CH1D)
B
GNDD
11
DGND
47u/6.3
NM
C7445
C7443
C7441
0.1u/10
0.1u/10
10k
SCLK
8 C7439
14
12
7
C7437
R7430
AUD_SSI 6:3C;6:9G;7:10C;7:4E; 12:1C;13:2D;11E;15:9E;16:2D
PDN
6
100u 16V
15
A 6/16,7/16,12/16,13/16,15/16,16/16 10k
13
5
0
R7446
4
3:4C
16
R7429
CKS0
2
V+3R3A
47
A 10/16,12/16,13/16,15/16,16/16
AUD_TXC
47
AUD_MCLK
R7440
R7431
56
SDTO
10:8G;12:1B;13:2D;11E;15:9D;16:2C
AUD_TXFS (CH1D)
AUD5_RXD
22
A 7/16,11/16,15/16
R7443
GNDA
7:10F;11F;15:9D
SR
47k
SR
NM C7450
ADC_xRST
100 R7435
C7449
C7447
CCH1565-A
10k
IC7405 AK5358AET
0.1u/16
DAN217UM
INPUT1 ADC D7401
NM
C
R7427
GNDD
0
N1
GNDD
D
D7404
R7426
DAN217UM
1 2 AINL
CKS2
CKS1
DIF
3
3:4C
AGND
11 MCLK 10 VD
LRCK
DGND
SDTO
47u/6.3
C7446
A 6/16,7/16,12/16,13/16,15/16,16/16 10k
9 (CH2D)
AUD_SSI 6:3C;6:9G;7:10C;7:4E; 12:1C;13:2D;11B;15:9E;16:2D GNDD R7441
R7413 0 R7415 0
R7414
R7438
0
47
R7434
(CH2D)
47 R7442 56
A 10/16,12/16,13/16,15/16,16/16
AUD_TXC
AUD_MCLK
AUD_TXFS AUD4_RXD
A 7/16,11/16,15/16
R7444
GNDA
ADC_xRST
7:10F;11C;15:9D
100
SR
47k
SR
NM C7452
R7436
C7451
NM
(CH1D)
R7428
GNDD
0
(CH2D) (CP1)
N2
E
10:8G;12:1B;13:2D;11B;15:9D;16:2C
22
C7448
NM
C7444
0.1u/10
C7442
8 0.1u/10
10k
SCLK
7
C7440
14
12 VA
C7438
R7433
PDN
VCOM 5 6
47u 16V
R7432
15
13
4
0
R7448
V+3R3A
16 CKS0
AINR
(CP2)
DCH1242-A
10k
IC7406 AK5358AET
0.1u/16
DAN217UM
INPUT2 ADC D7402
GNDD (CP2)
: CH1 Digital Signal : CH2 Digital Signal : CH1 CD/PHONO Signal (L ch) : CH2 CD/PHONO Signal (L ch) F
A 14/16 107
XDJ-RX 5
6
7
8
1
2
3
4
10.15 MAIN ASSY (15/16) A
R7621
0
2:4F V+15A
V+15A_MIC
C7618 100u/25 C7603 0.1u/25
B GNDA_MIC R7605 1k
RN IC7601 2 C7601
8
1
MIC2 ADC IN
R7608
R7614
220
0
C7609
(M2)
(M2)
GNDA_MIC
DAN217UM
D7601
GNDA_MIC
C
D7602
V-15A_MIC
C7610 22u/16
DAN217UM
D
V-
NM
4
R7624
3
R7603
D
100k
22u/16
22u/16
D
(M2)
R7601
MIC2 11:6F
390
A 11/16
NJM4565MD V+ (2/2)
2:8F V+5A
3:4C
R7609
0
C7607
NM
V+15A_MIC
0
R7610
V+3R3A
8
7
R7623
220
0
(M1)
C7604
D
0.1u/25 C7619
NM
4
V-
D
390
R7604
D
100k
5
NM
22u/16
C7605
(M1)
GNDA_MIC V-15A_MIC
0
R7622
100u/25
GNDA_MIC
GNDA_MIC GNDA_MIC
2:4H V-15A
E
F
A 15/16 108
XDJ-RX 1
2
3
4
C7614
47u/6.3
MIC1 ADC IN
R7607
R7625
(M1)
C7602
R7602
MIC1 11:6E
6
C7613
NJM4565MD (1/2)
V+
A 11/16
0.1u/10
IC7601
0.1u/10
C7608
1k
RN
D
C7612
R7606
5
6
7
8
A 15/16 MAIN ASSY (DWX3590)
A
B
DAN217UM
C R7611 10k
IC7602 (M1)
1 AINR
CKS0
AINL
CKS2
2
(M2)
VCOM
PDN
AGND
SCLK
6 VA
10k 10k
GNDD
VD
R7615
100
R7616
47
10
R7617
47
R7618
56
9 DGND
ADC_xRST
11 LRCK
8
A 7/16,14/16
R7619
12 MCLK
7
(MD)
SDTO
AUD_TXC
AK5358AET C7615
AUD_MCLK
(MD)
10:8G;12:1B;13:2D; 14:11B;14:11E;16:2C
AUD3_RXD
A 10/16,12/16-14/16,16/16 D
NM
GNDA
7:10F;14:11C;14:11F
AUD_TXFS
22 C7617
C7614
R7613
13
5
0.1u/10
15 DIF
CKS1 4
47u/6.3
R7612
14
3
C7613
16
0.1u/16
D7602
DAN217UM
MIC ADC
A 6/16,7/16,13/16,14/16,16/16
C7616
AUD_SSI 6:3C;6:9G;7:10C;7:4E;12:1C; 13:2D;14:11B;14:11E;16:2D
GNDD
NM R7620 0
GNDD
E
(M1) (M2) (MD)
: MIC1 Signal : MIC2 Signal : MIC Digital Signal
F
A 15/16 109
XDJ-RX 5
6
7
8
1
2
3
4
10.16 MAIN ASSY (16/16) A
B
A 10/16,12/16-15/16 AUD_MCLK
10:8G;12:1B;13:2D; 14:11B;14:11E;15:9D
2:8F V+5A R7752
0
SR
C7709
BOOTH DAC
100u/16
A 6/16,7/16,12/16-15/16 AUD_SSI 6:3C;6:9G;7:10C;7:4E;12:1C; 13:2D;14:11B;14:11E;15:9E
R7709 10
IC7701
A 7/16,12/16,13/16
AUD_TXFS
DAC_xRST
7:10E;12:1C;13:2D
R7706
R7707
0 R7722
100
4
56
0
R7708
5
R7701
100
6
47
(BD)
DAC_SS3 DAC_SCLK
R7702
DAC_MOSI
56
MCLK
DZF
BICK
DVDD
SDTI
AVDD
15
2
0
14
3
(BD)
13 LRCK
VSS
RSTN
VCOM
CSN 56
C7708
AUD5_TXD
R7721
R7705
0.1u/10
47
AUD_TXC
C7703
C
16
1
0.1u/10
R7720
R7704
12
C7702
11
22u/6.3
(B)
AOUTL
7
10 CCLK AOUTR
R7703
8
9 CDTI
NC
C7704
C7701
A 9/16,12/16,13/16 AUDIO_SPI 9:6C;12:1D;13:2E
0.1u/16
56
AK4387ET
SR
1000p/50 C7705
GNDD
SR
F
A 16/16 110
XDJ-RX 1
2
3
4
SR
GND
NM
E
C7711 NM
R7751
GNDD
SR
NM
0.01u/25
D
C7710
GNDA
5
6
7
8
A 16/16 MAIN ASSY (DWX3590)
A
R7753
0
2:4F V+15A
V+15A_BOOTH
C7706
B
100u/25 C7720 0.1u/25
SR
GNDA_OUTB
SR
SRCH
C7718
18p/50
RN
75k
R7716
RN
75k
R7712 0
R7752
2:8F V+5A
TP7702
C7712
VCC R7710
R7714
R7718
2
NM
C7714
C7709
100u/16
D C7716
D
10
D 3
SR
C7710
47u/25
IC7702
NJM4580MD (2/2)
C
SR
NM
C7713 47u/25
SRCH
C7719
18p/50
RN
75k
RN R7715
5.6k
R7719
5.1k
(B)
6
L 8
4.7k
D
D C7717
SRCH
D
GNDA
V+15A_BOOTH
VCC R7711
5
SRCH
(B)
NM
GNDA_OUTB
4
GND
C7723
7 IC7702
A 11/16
(B)
11:6C
47u/25
NJM4580MD (1/2)
D
BOOTH_L
C7721 0.1u/25
SR C7707
GNDA_OUTB
0
100u/25 R7754
1
R7717
SR
NM
75k
5
C7711
R7713
SR
C7715
5
4
GND
11:6C
GNDA_OUTB
470p/50
4
BOOTH_R
V-15A_BOOTH
TP7707
50
A 11/16
C7722
1
4.7k
SRCH
5.1k
SRCH
5.6k 470p/50
47u/25
R 8
7709
GNDA_OUTB
2:4H V-15A
V-15A_BOOTH
E
(BD)
The check point for service.
***** (Legend silk indication on the PCB.)
(B)
: BOOTH Digital Signal : BOOTH OUT Signal (L ch) F
A 16/16 111
XDJ-RX 5
6
7
8
1
2
3
4
10.17 JACK1 ASSY (1/2) A
MIC1, MIC2 Mic Shield(DNF1849-A) MIC1 JA5001
B
DKB1108-A MIC_COLD_1 1
6
(M1)
2
CTF1630-A
RN
4 10k
R5009
560p/50
CH
D5001
7
L5003
D)
UDZS15(B)
5
UDZS15(B)
4
220
D5002
C5007
0.01u/50 0.01u/50
3
L5002 CTF1389-A
R5001
(M1)
C5003
C5008
2
R5033
C5001
Shield Case(DNH3200-B)
R5002
C5011 L5004
L5001
VA5001
220
EZJZ1V270RM C5034
MIC_HOT_1
CTF1389-A
D)
470p/50
RN
10k
R5010
560p/50
CH
C5004
D5003
UDZS15(B)
MIC SHIELD
C
D5004
UDZS15(B)
0
CTF1630-A
GNDA_MIC
220p/50 220p/50
C5030
C5035
220p/50
220p/50
C5031
C5033 0.1u/25 0.1u/25
C5032
C5036 0.1u/25 0.1u/25
D
V+15A
Phone Shield(DNF1875-A)
V+15A_MIC GNDA_MICF
0 R5031
MIC2 0
R5027
R5030
JA5002
EZJZ1V270RM
E
C5023 0.1u/25
C5024 100u/25
C5002
GNDA_MIC
220p/50 C5037
0.1u/25
0
R5028
R5036
CH
D)
220p/50 C5038
R5035 0
C5013
GNDA_MICF1
2200p/50
VA5002
DZ2S180C
GNDA_MICF
220
D5005
0
R5003
(M2)
3 2 1
C5022 0.1u/25
C5021 100u/25
R5032
C5014
DKN1653-A
0
ZZ5003
C5039
0 0.1u/25
GNDA_MIC
GNDA_MICF
V-15A
V-15A_MIC
GND SG001135
GNDA_MICF1
The check point for service.
F
***** (Legend silk indication on the PCB.)
B 1/2 112
XDJ-RX 1
2
3
4
5
6
7
8
B 1/2 JACK1 ASSY (DWX3615)
A
VCC I C 5 0 0 1 8 (2/2) 7
1
2
3
-A
GND
1 Q5001 2SK209(BL)
Q5002 2SK209(BL)
3
B
100u/16
4
R5026
1 (M1)
2:11F
(M1)
MIC1
NJM4580MD 5
B 2/2
MIC1_TRIM C5026
(M1)
D
6
100k
C5018 330p/50
0.01u/50
150 C5016
D
RN
1.5k
R5020
RN
1.5k
R5018
R5015
V+15A_MIC
2 V-15A_MIC
C5012 470p/50
C5019
CH
GNDA_MIC
470p/50
R5012
R5016
R5023
0
3.3k
820
3.3k
RN
RN
CN5001 KM200NA6
RN
6.8k
R5019
RN
RN
6.8k
R5014
470p/50
C5011
CH R5033
(M1)
1
MIC1_IN
2
MIC1
3
GNDA_MIC
4
MIC2
5
MIC2_IN
6
GNDA_MIC
C
(M1)
(M1)
-A
(M2)
GNDA_MIC
V-15A_MIC GNDA_MIC
E CN5081
C5020 470p/50 R5024 10k
RN V+15A_MIC
D
C5040 0.1u/25
B 2/2
2 C5025
(M2)
2:11F
(M2)
MIC2
NJM4580MD
100u/16 R5025
MIC2_TRIM
D
V-15A_MIC
D
4
IC5001 1 (1/2)
GND
1.2k
R5022
330p CH
3 C5017
RN
100k
R5021
RN
0
R5017
CH
C5014
R 5 0 3 7 (M2)
0
D)
470p/50
CH 2200p/50
C5013
220
R5034
9.1k
R5003
M2)
GNDA_MIC
8
100k
VCC 2
100u/16 C5015
GNDA_MIC
E ZZ5003
GNDA_MIC
(M1) (M2)
: MIC1 Signal : MIC2 Signal F
B 1/2 113
XDJ-RX 5
6
7
8
1
2
3
4
10.18 JACK1 ASSY (2/2) A
B
Shield Case(DNH3196-A) V+15A_IN1
INPUT_1ch CD/PHONO JA5101 XKB3062-A
C5 2.7k D R5101
4 1
R5130
2 3
8
D
R5109
7 6
91k
D
R5106
5
1000p
CH
C5106
2
1000p
CH
(CP1)
C5104
0
3 L
0.1u
100u/16 C5108
100k
R
100 D R5104
4
C5113 330p/50
1
IC5
CH C5
C
0.1u
ZZ5101 GNDA_IN1J
GNDA_IN1
V-15A_IN1
GNDF_IN1
R5117 270k
AL
100u/16
C5140
C5110
0.1u/25
D
D R5114
C5101
510
ACE7125-A
DC
C5141
GNDA_IN1
1000p/50 VA5101 EZJZ1V270RM
D GNDA_IN1J SG001135 V+15A_IN1 C512 2.7k D R5102
(CP1)
100 D R5105
100u/16 C5109
R5131
0.1u/2 (CP1)
2 3
8
D
7 6
91k
R5110
D 100k
R5108
5
1000p
CH
C5107
1000p
CH
C5105
0
4
C5115 330p/50
CH
1
IC
C512 0.1u/2
E V-15A_IN1 GNDA_IN1J
GNDA_IN1 R5118 270k
AL
100u/16 C5111
R5115
C5102
510
ACE7125-A
GNDA_IN1
F
B 2/2 114
XDJ-RX 1
2
3
D
D
4
DC
5
6
7
8
B 2/2 JACK1 ASSY
1ch LINE/PHONO SW
(DWX3615)
A
C5103 0.01u/50 R5103 100
3 VA5102
GNDD
2
S5101 DSH1025-A
EZJZ1V270RM
1
GNDF
B V+15A_IN1
CN5101 VKN1254-A C5142
8
GNDA_IN1
2 2 SW_SEL1
47k
2 3
R5122
2 3 SW_IN1
0.1u/25
GNDD
5 7 6 4
1
2 1 GNDD 2 0 INPUT1_R 1 9 GNDA_IN1
IC5101
NJM2121MD
1 8 GNDA_IN1 1 7 GNDA_IN1
C5143
(CP1)
C
1 6 INPUT1_L 0.1u/25 1 5 GNDA_IN1
GNDA_IN1
V-15A_IN1
GNDA_IN1
1 4 V-15A
V+15A
R5120
R5117
1 3 GNDA_MIC
V-15A 270k
D
22k
D
1 2 V+15A
CH C5101
C5124
B 1/2
ACE7125-A
DCG1049-A
MIC2
3300p
1:11F
1 1 GNDA_MIC (M2)
1 0 MIC2
V+15A_IN1
B 1/2
0.1u/25
MIC1
8
GNDA_MIC
7
GNDA_MIC
6
GNDA_MIC
5
GNDA_MIC
4
GNDA_MIC
3
GNDA_MIC
2
GNDA_MIC
1
MIC1
D
V+15A
IC5102
NJM2121MD
C5128
0
4
1
GNDA_MIC
8
GNDA_MIC
(CP1)
5 7 6
9
(M1)
1:11F
GNDA_IN1
R5124
2 3
C5127
A 11/16 CN2404
V+15A_IN1
22k
D
C5102
C5125
ACE7125-A
DCG1049-A
GNDA_IN1 GNDD
R5125
3300p
C5129 100u/25
AL Q5101 RT1N241M
CH
C5130 100u/25
D
V-15A_IN1 (CP1)
0
270k
R5121
AL
R5118
E
22k
GNDA_IN1 V-15A_IN1
R5123
0.1u/25
(M1) (M2)
V-15A
: CH1 CD/PHONO Signal (L ch) : MIC1 Signal : MIC2 Signal
B 2/2 115
XDJ-RX 5
6
7
8
F
1
2
3
4
10.19 JACK2 ASSY (1/3) A
Shield Case(DNH3206-A) B V+15A_IN
INPUT_2ch CD/PHONO
C5234
JA5201 XKB3062-A
17
4
2.7k D R5202
100 D R5204
1
2 3
8
7 6
91k D
100k
D
R5208
5
1000p
CH
C5206
2
1000p
CH
(CP2)
C5204
0
3 L
100u/16 C5208
R5226
R5206
R
0.1u/25
4
C5213 330p/50
1 IC5201
NJM
CH C5235
C
0.1u/25
GNDA_IN2 GNDF_IN2
V-15A_IN R5217
C5231
270k
0.1u/25 C5232 1000p/50 VA5203
AL
D
C5210
R5214
C5202
510
ACE7125-A
100u/16
2 C5 DCG1
33
GNDA_IN2
EZJZ1V270RM
GNDF_IN2
R5
D
GNDA_IN2
D V+15A_IN C5237
V+15A_IN 2.7k D R5203
R5227
0.1u/25 (CP2)
2 3
8
D
7 6
91k
R5209
D
5
100k
1000p
CH
C5207
1000p
CH
C5205
C5227 0.1u/25
C5229 100u/25
AL
100u/16 C5209
0
0
R5224
(CP2)
100 D R5205
R5207
V+15A_IN2
4
C5215 330p/50
1
IC520
NJM C5238
CH
0.1u/25
C5228 0.1u/25
AL
GNDA_IN2 R5218 270k
V-15A_IN2
D
C5211
R5215
C5203
510
ACE7125-A
2 C5 DCG1
33
V-15A_IN
GNDA_IN2
F
C 1/3 116
XDJ-RX 1
R5
D
AL 100u/16
0
R5225
GNDA_IN2
C5230 100u/25
V-15A_IN
E
2
3
4
5
6
7
8
C 1/3 JACK2 ASSY (DWX3616)
A
2ch LINE/PHONO SW C5201 0.01u/50 R5201
3
S5201 DSH1025-A
VA5202
GNDD
2
V+15A_IN
EZJZ1V270RM
100
1
B CN5201
GNDF
VKN1262-A
C5234
2 3
8
R5222
0.1u/25
GNDA_IN2
47k
(CP2)
5 7 6 4
1 IC5201
V+15A_IN2
NJM2121MD GNDA_IN2
C5235
V-15A_IN2
0.1u/25
C 2/3,3/3 V-15A_IN
GNDA_IN2
R5217 270k
A_MUTE
22k
17
2:6D;2:7F;3:3D
R5220
D
17
D
CH
GNDD
C5202
C5224
ACE7125-A
DCG1049-A
V-15AO BOOTH_L
3300p
C 3/3 C 3/3 BOOTH_R
V+15AO
INPUT2_L
2
GNDA_IN2
3
GNDA_IN2
4
INPUT2_R
5
GNDA_IN2
6
V+15A_IN2
7
V-15A_IN2
8
SW_SEL2
9
SW_IN2
10
A_MUTE
11
GNDD
12
V-15AO
13
GNDA_OUTB
14
BOOTH_L
15
GNDA_OUTB
A 11/16
16
GNDA_OUTB
CN2403
17
GNDA_OUTB
18
BOOTH_R
19
GNDA_OUTB
20
V+15AO
21
GNDA_OUTM
22
MASTER2_L
23
GNDA_OUTM
24
MASTER2_R
25
GNDA_OUTM
26
MASTER1_L_HOT
27
GNDA_OUTM
28
MASTER1_L_COLD
29
GNDA_OUTM
30
MASTER1_R_HOT
31
MASTER1_R_COLD
C
(B)
3:3C
GNDA_OUTB
1
3:3E
D
V+15A_IN C5237
MASTER2_L
2:7F
(MA2)
0.1u/25 2 3
8
MASTER2_R
GNDA_IN2
5 7 6 4
1
2:7F
(CP2)
IC5202
MASTER1_L_HOT
NJM2121MD
2:4B
C 2/3
C5238
MASTER1_L_COLD
2:4C
R5218 270k
MASTER1_R_HOT
22k
GNDA_IN2
R5223
0.1u/25
V-15A_IN
2:4E MASTER1_R_COLD
2:4F
R5221
D
(MA1)
22k
D
Q5201 RT1N241M
CH C5203
C5225
ACE7125-A
DCG1049-A
E
GNDA_OUTM
GNDD
3300p
(CP2) (MA1) (MA2) (B)
: CH2 CD/PHONO Signal (L ch) : MASTER1 OUT Signal (L ch) : MASTER2 OUT Signal (L ch) : BOOTH OUT Signal (L ch)
F
C 1/3 117
XDJ-RX 5
6
7
8
1
2
3
4
10.20 JACK2 ASSY (2/3)
MASTER1/MASTER2
A
V+15A_M1 C5316 NM
GNDA_OUTM R5321
MASTER_L_HOT
8
NM
C5309
6
5
RN
CH
4
V-
VM R5330
(MA1)
7 IC5301
220 1/2W
NJM4580D (2/2)
C5327
100u
25V
RN R5314
(MA1)
MASTER1_L_COLD
1:7D
R5322
V-15A_M1
6.8k
5.6k
18k
V+15A_M1
R5334
100p/50
CH R5323
V+15A_M1
V+
0.1u/25 C5315
NM
D
C5331
2 C5310
5.6k
0
R5337
R5315
3
4
V-
NJM4580D (1/2)
R5329
C5328
220 1/2W
ACH1480-A
100u
(
25V
C5324
5.6k
100p/50
D
100u/25
(MA1)
IC5301
R5316
18k
VM
CH
1
R5340
RN
100p/50 8
Q5308 INC2002AC1
GNDA_OUTM
6.8k
C5314
V+15AO
Q5307 INC2002AC1 R5338
C5323
D
MASTER_L_COLD
B
(M
ACH1480-A
D
V+
D
C 1/3
6.8k
100p/50
2.2k
5.6k
D
1:7D
R5333
MASTER1_L_HOT
C5313
R5313
(MA1)
2.2k
C 1/3
CH
R5324
HAZL
6.8k
C5317
GNDA_OUTM
RN
NM
C HAZL C5322
V-15A_M1
GNDA_OUTM
100u/25
A_MUTE
0.1u/25
1:7C;7F;3:3D
V-15AO
SQ
V+15A_M1 V-15A_M1
GNDA_OUTM
1u/25
18k C5337
0
R5339
Q5309 INC2002AC1 R5343
C 1/3,3/3
C5332
Q5310 INC2002AC1
C5318
R5344
NM
18k
GNDA_OUTM GNDA_OUTM R5325
MASTER_R_HOT
5.6k
4 NJM4580D (1/2) V-
R5331
C5329
220 1/2W
ACH1480-A
100u
25V
R5326
V-15A_M1
D
VM
CH
7
6.8k
C5325
RN
100p/50
V+15A_M1
CH R5327
C 1/3
R5319
MASTER1_R_COLD
V+
5.6k
D
E R5320
2
1
CH
IC5302
3
4
V-
C 1/3 MASTER2_R
1:7D
RN
100p/50 8
NM
MASTER_R_COLD
GNDA_OUTM
6.8k
C5321
C5312
1:7E
D
8
IC5302
5
R5318
RN
D
6 NM
D
6.8k
100p/50
2.2k
V+
5.6k
R5335
1:7E
2.2k
MASTER1_R_HOT
D
C5320
R5336
R5317
C5311
C 1/3
NJM4580D (2/2) R5328
5.6k
R5332
C5330
VM 220 1/2W
ACH1480-A
100u
25V
C 1/3,3/3
6.8k
D
RN
A_MUTE
C5326
1:7C;6D;3:3D
100p/50
C5319
CH
NM
C 1/3 V-15A_M1
GNDA_OUTM
MASTER2_L
1:7D
The check point for service.
***** (Legend silk indication on the PCB.) F
C 2/3 118
XDJ-RX 1
2
3
4
(MA2)
5
6
7
8
C 2/3 JACK2 ASSY (DWX3616)
A
JA5301 DKB1093-A 4
MASTER1_L_COLD
33 1/2W
R5353
10
0
HOT
COLD
D5301
DZ2S180C
B
D5302
C5301
VM
R5310
Canon Shield(DNF1789-A)
DZ2S180C
VM R5342
(MA1)
GNDA_OUTM
DCE1018-A
18k
2200p/50V
18k
Q5302
1/2W
DCE1018-A
R5302
3 (MA1)
2200p/50V
Q5308 INC2002AC1 R5340
0
C5302
18k
C5334
R5301
18k
R5351
10 2200p/50
Q5301
R5309
2200p/50
Q5307 INC2002AC1 R5338
INC2002AC1 C5333
33 1/2W
INC2002AC1
R5341
MASTER1 L
2
L-
VM
VM (MA1)
1
MASTER1
P5302
(MA1)
1 2 AEK1073-A
1/2W
L+
JA5302
MASTER1_L_HOT
DKB1093-A 4 1
MASTER1_R_COLD
33 1/2W
HOT
C
COLD
D5303
DCE1018-A
VM
2200p/50V
VM R5346
GNDA_OUTM
DCE1018-A
18k
2200p/50V
18k
C5303
Q5304 R5304
C5304
Q5310 INC2002AC1 R5344
2200p/50
18k
1/2W
2200p/50
R5303
18k
Q5303
DZ2S180C
33 1/2W
0
D5304
R5354
10
R5308
R5355
P5301
10
0
1 2 AEK1073-A
1/2W
MASTER1 R
3
DZ2S180C
R5307
INC2002AC1 C5335
R5345
INC2002AC1 C5336
Q5309 INC2002AC1 R5343
R-
VM
VM
2
R+
D (MA1)
MASTER1_R_HOT
(MA2)
: MASTER1 OUT Signal (L ch) : MASTER2 OUT Signal (L ch)
MASTER2
MASTER2
C 1/3
18k Q5306 INC2002AC1 C5308
C 1/3 (MA2)
1:7D
100u/16
NM
D5305
1500p/50V
1 L
Lch OUT (White)
E
CTF1389-A
R5348
GNDA_OUTM
L
18k Q5312 INC2002AC1 R5350
R5357
150
(MA2)
0
10k
R5312
(D)
NM
R5306
2
L5306 C5339 NM
D5306
C5341 100p/50
C5305
C5338 NM
CH
:7C;6D;3:3D
(MA2)
1500p/50V
CH
A_MUTE
STBY
C5306
C 1/3,3/3
18k
0 DCE1017-A
C5340 100p/50
150 Q5311 INC2002AC1 R5347
DCE1017-A
18k
INC2002AC1 Q5305
10k
100u/16 R5305
JA5303 DKB1103-A Rch OUT R 3 (Red)
R5356
R5311
1:7D
MASTER2_L
R
(D) R5349
C5307
MASTER2_R
17
F GNDA_OUTM
GNDA_M2F
C 2/3 119
XDJ-RX 5
6
7
8
1
2
3
4
10.21 JACK2 ASSY (3/3) A
BOOTH
V+15A_BOOTH
C5410 NM
GNDA_OUTB
R5421 11k
100u/16
R5414
V-15A_BOOTH C5414
B
C5418
220 1/4W
NJM4580MD (2/2)
47k
11k
RN
D
GND
SA R5422
1k
4
7 IC5401
R5426
Q5401 INC2002AC1
R5410
8
Q5405 2SK209(BL)
CH
D
5
3.3k
D
33p/50
CH
C5402
470p/50
R5403
6
1k
VCC
3.3k
D
RN
C5406
R5427
(B)
R5402
33p/50
CH
V+15A_BOOTH
R5419
GNDA_OUTB
GNDA_OUTB
11k R5404
VCC
3.3k
(B)
R5405
3
GND
SA R5423
NJM4580MD (1/2)
C5419
220 1/4W
100u/16
C5415
3.3k
33p/50
D
CH
R5415 Q5402 INC2002AC1
R5411
11k
C5411
RN
470k
1:7C
4
Q5406 2SK209(BL)
CH 1 IC5401
R5430
(B)
BOOTH_L
33p/50 8
CH
C5403
L
2
470p/50
D GNDA_OUTB
C 1/3
RN
C5407
NM
47k
GN V-15A_BOOTH
C 1/3,2/3
GNDA_OUTB D5401
A_MUTE
1:7C;2:6D;2:7F
GN
V-15AO V+15A_BOOTH
C5412 NM
GNDA_OUTB
D
R5418 11k
RN
C5408
R
33p/50 R5406
BOOTH_R
1:7D
Q5407 2SK209(BL)
CH VCC
3.3k
R5407 3.3k
6
SA 8
CH
C5404
D
470p/50
C 1/3
5
4
GND
7
R5412
R5424
C5420
220 1/4W
100u/16
IC5402
NJM4580MD (2/2)
Q5403 INC2002AC1
D
R5416
V-15A_BOOTH
47k
11k
RN R5428
1k
D D
CH
GNDA_OUTB
1k
33p/50
R5429
C5416
V+15A_BOOTH R5420
E
GNDA_OUTB
11k
RN
C5409 33p/50 R5408
Q5408 2SK209(BL)
CH VCC
GNDA_OUTB R5409
2
SA 8
CH
C5405
D
470p/50
3.3k
3
4
GND
1
R5425
C5421
220 1/4W
100u/16
IC5402
NJM4580MD (1/2)
3.3k
D C5417 33p/50
CH R5417
Q5404 INC2002AC1
R5413
11k
RN C5413
47k
NM
F
GNDA_OUTB V-15A_BOOTH
GNDA_OUTB
C 3/3 120
XDJ-RX 1
470k
R5431
47k
NM
C5401
DA2J101
R5401
C
GNDA_OUTB
2
3
4
5
6
7
8
C 3/3 JACK2 ASSY (DWX3616)
A
BOOTH_L_HOT SA
D5402
18k
C5428
R5432
(B)
DZ2S180C
0
1500p/50V
D
18k 1k
R5426
R5437
R5446
56 1/4W
1500p
Q5413 INC2002AC1
0u/16
R5440
DCE1017-A
(B)
Q5409 INC2002AC1
5418
BOOTH L
BOOTH
DKN1653-A 3
0
D
1k
R5427
R5447
A_OUTB
B
JA5401
L+ 2 1
GNDA_OUTB
BOOTH_L_COLD
L-
SA
18k
Phone Shield(DNF1875-A)
DZ2S180C
R5433
D5403
0
1500p/50V
56 1/4W
(B)
C5429
18k
NM
C5422
470k
R5430
R5439
R5448
1500p
Q5414 INC2002AC1
0u/16
R5441
DCE1017-A
(B)
Q5410 INC2002AC1
5419
GNDA_OUTB GNDA_BOF
C
NM
C5423
470k
R5431
GNDA_OUTB
BOOTH_R_HOT
DZ2S180C
D5404
1500p/50V
18k
C5430
18k
0
R5434
1500p
R5442
R5449
56 1/4W
Q5411 INC2002AC1
Q5415 INC2002AC1
GNDA_OUTB
DCE1017-A
SA R5444
BOOTH R JA5402
R+
DKN1653-A 3 2
BOOTH_R_COLD
D5405
1500p/50V
C5431
1500p
18k
Phone Shield(DNF1875-A)
D
1k
R5435
GNDA_OUTB
V+15A_BOOTH
D
GNDA_BOF
V+15AO
0
E R5436
1k
A_OUTB
R5429
R5428
18k
0 DCE1017-A
R5443
R5450
56 1/4W
Q5412 INC2002AC1
Q5416 INC2002AC1
00u/16
R5445
DZ2S180C
R-
SA C5420
D
1
GNDA_OUTB
C5434 0.1u/25 C5432
C5421
100u/25
00u/16
GNDA_OUTB
C5433 100u/25
(B)
V-15A_BOOTH
: BOOTH OUT Signal (L ch)
0.1u/25 0
R5438
C5435
The check point for service.
V-15AO
***** (Legend silk indication on the PCB.)
GNDA_OUTB
F
C 3/3 121
XDJ-RX 5
6
7
8
1
2
3
4
10.22 HPJB and MICT ASSYS
D HPJB ASSY (DWX3633)
A
HP JACK
: HEADPHONE Signal (L ch)
0.1u
3 2 1
JA5901
C5903
R5903
DKN1622-A
3 100
GNDA_HP
4
HP_L
5
GNDA_HP
220u 6.3V L5902
C5909
SA
CTF1629-A
DCH1344-A
R5907
Q5901 INC2002AC1
1k (HP)
6
C5910
R5904
L5903
1 0 0 SA D C H 1 3 4 4 - A 220u R5909 100
SA
GNDF
(HP)
CTF1629-A
GNDA_HP R5908
6.3V
Q5902 INC2002AC1
1k
MINI JACK (HP)
1k
C5904
C
1
GND3
GNDA_HP 4 GND4
GND2
JA5902 XKN3017-B
3
1 GND1 2
NM
C5906
NM R5906
0.1u
C5902
KN5902
R5905
NM
GNDA_HP
2 3
GNDA_HP 0.1u
1k
SA
R5912
100
R5911
R5910
VNE1948-A
VA5902 EZJZ1V270RM
HP_R
SA
100 R5901
0.01u
2
C5908
GNDA_HP
100 R5902
C5905
1
0.01u
A_MUTE
C5907
SA NM
A 13/16 CN7201
B
0.1u
JP5901 PF06PG-S42
C5901
(HP)
VA5901 EZJZ1V270RM
(HP)
GNDF GNDF R5913 0
GNDA_HP
D
E
MICT ASSY (DWX3623)
CN5081 KM200NA6
GNDA_MIC
6
MIC2_IN
5
(M2)
NOTES (M2)
B 1/2
MIC2
4
CN5001
GNDA_MIC
3
E
MIC1
NM
is STBY
(M1)
2 (M1)
NM
NM C5084
C5083
C5082
C5081
NM
1 NM
MIC1_IN
MIC1
MIC2
VR5081
VR5082
2 3 5 6
R5081
4
DCS1071-A
GNDA_MIC
2 3 5 6
1
GNDA_MIC
NM
1 R5082
4
NM
DCS1071-A
GNDF_MIC1
GNDA_MIC
GNDF_MIC2
F (M1)
D E
: MIC1 Signal
(M2)
122
: MIC2 Signal
XDJ-RX 1
2
3
4
5
6
7
8
10.23 USB1 and USB2 ASSYS
F USB A Left-Side
USB1 ASSY (DWX3620)
A
JA8001 RT1
RT2
DKN1658-A
2125 R8008
GNDUSB_A1
4
D-
VBUS
D+
VA8001
B
VA8002
0
2125 R8005 0
C8003
GNDUSB_A1
3
2125 R8004 1000p/50
2
C8001
CN8102
1
V+5VBUS_A1
0
V+5VBUS_A1
18
0.01u/16
H
V+5VBUS_A1
2125
CN8002 AKM1275-A
R8009
GND
0
VA8003 VA8004 EZJZ1V80010
GNDUSB_A1
R8006
GNDUSB_A1
0
CN8001 AKM1276-A
2125
GNDF
1608 R8001
GNDUSB_A1
5
USBDN1_M
4
L8001
0
A 8/16 CN1802
USBDN1_P
3
GNDUSB_A1
2
DN
CH
DP
1608
(USB1)
C8002
NM
R8002
1
4
0
GNDUSB_A1S
1
Screw Point
2
(USB1)
3 CTF1713-A
1608
C
R8003 0
(USB1)
: USB1 IN/OUT Signal
GNDUSB_A1
G USB2 ASSY (DWX3621) USB A2 Right-Side
JA8201 2125
RT1
RT2
DKN1658-A
R8208
GNDUSB_A2
3 4
VBUS
D-
D+
VA8201 VA8202
0
2125 R8204 0
1000p/50
GNDUSB_A2
2125 R8205
C8203
2
C8201
CN8302
1
V+5VBUS_A2
0.01u/16
I
V+5VBUS_A2
18
D
0
V+5VBUS_A2
AKM1275-A
R8209
CN8202
2125
GND
0
VA8203 VA8204 EZJZ1V80010
GNDUSB_A2
R8206
GNDUSB_A2
CN8201 AKM1276-A
GNDF R8201
GNDUSB_A2
5
USBDN2_M
4
L8201
0
A 8/16 CN1801
USBDN2_P
3
GNDUSB_A2
2
DN
(USB2)
C8202
CH
DP NM
R8202
1
1
Screw Point
2
(USB2)
0
GNDUSB_A2S
E
0
2125
4
3 CTF1713-A
R8203 0
(USB2)
GNDUSB_A2
: USB2 IN/OUT Signal
F
F G 123
XDJ-RX 5
6
7
8
1
2
3
4
10.24 USBP1 ASSY A
DCDC Convertor 12V 5.14V C8114 0.1u/50
R8106
NM
39k C8112
R8117
0.01u/50 22k
47k
C8111
110 R8103
5.14V TP8101
NM
2125
Active"HIGH" USBEN A1
7 GNDUSB_A1
2B
1:1F/
D CN8101 AKM1292-A USBEN_A1
USBEN_A1 6
A 8/16
GNDUSB_A1 4
CN1802
GNDUSB_A1 3
5D USBOCS_A1
6D R8102 0
V+12D 2
R8104
V+12D 1 0
GNDUSB_A1 E
F
H 124
XDJ-RX 1
2
3
C8104
0.1u/10
1 2 3 4
USBEN_A1
V+12D
USBOCS_A1 5
10u 25V
C8106
16V
ZZ8101
100u
CCH1565-A
25V 10u
C8110
C8103
NM
CTH1253-A
CCG1221-A
0.1u/50
C8113
22
1608
V+5R14A1
R8110
15u R8109
1000p/50
C8116
C8115
0.1u/16
10u 25V
C8105
CCG1221-A
10u 25V
C8109
CCG1221-A
C8101
C
CCH1565-A
L8101
V+5R14_A1
7
CCG1221-A
D
R8113
R8111
D
10k
D 4 GND
3
FIN SW
VIN
BST
R8118
9
IC8101 BD9328EFJ
1:1B V+12D
R8115
FB
COMP 5
EN
7
6
8
2
!
1
B
SS
100k
4
5
6
7
8
H USBP1 ASSY (DWX3636)
A
B
ILIM(5pin) limit current 82k+2k;max:1505mA typ:1313mA min:1101mA
USBOCS A1
7
TPS2557DRB IC8102
C
USBOCS_A1
2B 8
R8119
7
100
V+5VBUS_A1
9
0.1u/10
ZZ8102
C8102
2k
10u 10V
82k
ILIM GND2
NM C8108
R8116
DCH1201-A
F
R8107
330u/6.3
F
5
NM
CN8102
GNDUSB_A1
R8120 10k
1
1
V+5VBUS_A1
2
V+5VBUS_A1
3
GNDUSB_A1
CN8002
AKM1290-A
4
GNDUSB_A1
F
EN
6
330 R8101
OUT1
4
NM
OUT2
IN2
R8105
IN1 3
R8108
V+5VBUSA1
4.7k
2
18 7
2125
GND1 FAULT
C8107
1
FAULT(8pin): Active Low
R8114
C8104
0.1u/10
!
R8112
HIGH" N A1
10u 25V
C8106
CCG1221-A
V+5R14A1
D
GNDUSB_A1 6 5
2 3
4 Q8101 RN1903
E
GNDUSB_A1
The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation.
F
H 125
XDJ-RX 5
6
7
8
1
2
3
4
10.25 USBP2 ASSY A
DCDC Convertor 12V
5.14V C8313 0.1u/50
R8304
NM
39k C8311
R8315
0.01u/50 22k
47k
C8310
110
5.14V TP8301
NM
R8302
2125
Active"HIGH" USBEN A2
7 GNDUSB_A2
1:1F/
USBEN_A2
2A
V+12D CN8301 AKM1292-A
D
USBEN_A2
6
USBOCS_A2
5
A 8/16
GNDUSB_A2
4
CN1801
GNDUSB_A2
3
V+12D
2
V+12D
1
USBEN_A2
5D USBOCS_A2
6D 1608 R8319 0
1608 R8320 0
GNDUSB_A2
E
F
I 126
XDJ-RX 1
2
3
4
C8303
0.1u/10
10u 25V
C8305
16V
ZZ8301
100u
CCH1565-A
25V 10u
C8309
C8302
NM
CTH1253-A
CCG1221-A
0.1u/50
C8312
22
R8307
V+5R14A2
R8308
15u 1608
C8315
1000p/50
C8314
0.1u/16
10u 25V
C8304
CCG1221-A
10u 25V
C8308
CCG1221-A
CCH1565-A
C
C8316
L8301
V+5R14_A2
7
CCG1221-A
D
R8311
R8309
D
10k
D 4 GND
3
FIN SW
VIN
BST
R8316
9
IC8301 BD9328EFJ
1:1B V+12D
R8313
FB
5
EN
7
6
8
2
!
1
SS
B
COMP
100k
5
6
7
8
I
USBP2 ASSY (DWX3637)
A
B
ILIM(5pin) limit current 82k+2k;max:1505mA typ:1313mA min:1101mA
USBOCS A2
TPS2557DRB IC8302
7
C
USBOCS_A2
2A
V+5VBUS_A2
R8317
ZZ8302
9
0.1u/10
2k
C8301
82k
ILIM GND2
NM
10u 10V
R8314
C8307
F
R8305
DCH1201-A
CN8302
GNDUSB_A2
R8318 10k
1
1
V+5VBUS_A2
2
V+5VBUS_A2
3
GNDUSB_A2
4
GNDUSB_A2
CN8202
AKM1290-A
D
G
EN
F
5
OUT1
NM
IN2 4
100
6
330 R8301
OUT2
NM
IN1 3
R8306
V+5VBUSA2
R8303
7
4.7k
2
18 7
2125
330u/6.3
8 GND1 FAULT
C8306
1
FAULT(8pin): Active Low
R8312
C8303
0.1u/10
!
R8310
"HIGH" EN A2
10u 25V
C8305
CCG1221-A
V+5R14A2
GNDUSB_A2 6 5
2 3
4 Q8301 RN1903
E
GNDUSB_A2 The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation.
F
I 127
XDJ-RX 5
6
7
8
1
2
3
4
10.26 EXTB ASSY (1/3) A
CN8403 VKN1374-A
QUANTIZE KEY_R2 KEY_R3
CN8401 DKP3953-A
5
GNDD
4
QUANTIZE
3
KEY_R2
2
KEY_R3
1
GNDD
K
BTX1047-A 330ohm@100MHz,1700mA Max, DCR 0.095ohm Max
CN5601
XTL3010BLM18PG471SN1 470ohm@100MHz,1000mA Max, DCR 0.26ohm Max
TP8409 QUANTIZE 1
TP8410
KEY_R2 2
TP8411
KEY_R3 3
B
GNDD 4
1:4G/2:1D,7B,7E/ V+5R2D
GNDD
TP8436 TP8412
5
TP8413
15
TP8414
5
Power Consumption worst case: 95mA@90MHz gray scale: 52mA@90MHz
1:5C/3:5B/ V+3R3D
V+5R2D 5 V+5R2D 6 V+3R3D 7 V+3R3D 8
2:7D TP8415 BL_EN
TP8416
V+3R3D_LVDSCOR
1608 L8402
2:7E
1608 L8403
XTL3010-A
C
A 11/16 CN2401
LVDS_N0 LVDS_P0
LVDS_P0 1 9 GNDD 2 0
GNDD
GNDD 2 1 Diff 100 LVDS_N0
GNDD 2 2
R8401
LVDS_N1
LVDS_N1 2 3
LVDS_P0 LVDS_P1
LVDS_P1 2 4
1 0 0 (D) R8402
LVDS_N1
GNDD 2 5
LVDS_P1 1 0 0 (D)
GNDD 2 6 GNDD 2 7
LVDS_N2
R8403
C8405 0.01u/16
LVDS_N2
LVDS_N2 2 8
LVDS_P2 LVDS_P2
LVDS_P2 2 9
1 0 0 (D) R8404
LVDS_CLKN
GNDD 3 0
R
LVDS_CLKP
R 1 0 0 (D)
GNDD 3 1 GNDD 3 2
LVDS_N3
R8405
LVDS_CLKN
LVDS_CLKN 3 3
D
C8407
GNDD 1 7 LVDS_N0 1 8
0.1u/10
XTL3010-A C8404
NM
C8403
10V
0.01u/16
J 3/3
L8404 C8402
3:8E
GNDD 1 6
10u
LCD_xRST
LCD_xRST 1 5
1608
BTX1047-A
2:7E TP8417
0.1u/10
BL_ERR
BL_ERR 1 3 GNDD 1 4
J 2/3
V+3R3_LVDSPLL
1:7F/
V+3R3D_LVDS
DCH1201-A
BL_EN 1 2
1:4C V+3R3D
LCD_PWM
2125
GNDD 1 1
C8401
GNDD 9 LCD_PWM 1 0
LVDS_P3 LVDS_CLKP
LVDS_CLKP 3 4
1 0 0 (D)
GNDD 3 5 GNDD 3 6 C8406
GNDD 3 7 LVDS_N3
LVDS_N3 3 8
0.01u/16
LVDS_P3
LVDS_P3 3 9
GNDD 1:6C
GNDD 4 0
V+3R3D
GNDD 4 1
TP8428
LED_L1 4 2
TP8429
LED_L2 4 3
TP8430
LED_L3 4 4
TP8431
R
1:4C
LED_L4 4 5
E
V+5R2D
GNDD 4 6
TP8432
KEY_L1 4 7
TP8433
KEY_L2 4 8
TP8434
KEY_L3 4 9
TP8435
V+5LED
CN8402
LED_L1
KEY_L4 5 0
LED_L2 LED_L3 LED_L4
GNDD
R
VKN1415-A
BTX1042-A L8401
KEY_L1 KEY_L2 KEY_L3 KEY_L4
1
V+5LED
2
LED_L1
3
LED_L2
4
LED_L3
5
LED_L4
6
GNDD
7
KEY_L1
8
KEY_L2
9
KEY_L3
10
KEY_L4
11
GNDD
D
RB75
L
CN5801
GNDD
F
J 1/3 128
XDJ-RX 1
2
3
4
5
6
7
8
J 1/3 EXTB ASSY
LCD_B2
LCD_G7
LCD_G6
LCD_G5
A
C8426 NM C8427 NM C8428 NM C8429 NM
LCD_G4
LCD_G3
LCD_G2
LCD_R7
LCD_R6
LCD_R5
C8420 NM C8421 NM C8422 NM C8423 NM C8424 NM C8425 NM
mption 95mA@90MHz 52mA@90MHz
C8417 NM C8418 NM C8419 NM
BLM18PG471SN1D 0MHz,1000mA Max, m Max
LCD_R4
LCD_R2
0MHz,1700mA Max, m Max
LCD_R3
(DWX3622)
B
22 R8424
22
R8423 22
22
R8420
22
R8419 22
R8422
22 R8418
R8421
R8417 22
22
22 R8416
R8414 22
22 R8412
R8409
V+3R3D_LVDSCORE
R8411
V+3R3_LVDSPLL
22
MAX
C8414
0.01u/16
0.1u/10
C8412
0.01u/16
C8408
0.1u/10 C8409
C8407
0.1u/10
C8404
0.1u/10
-A
LVDD RCRC+ RCLK-
33 RB5
34 RB4
36
35 RB3
RB2
37 VDD3
38 RB1
39 RB0
40 RA6
41 RA5
42
43 RA3
RA4
44 GND4
45
46
55 56
RB6
31
CLKOUT
30
GND3
29
RC0
RC2
26
RC3
25
RC4
J 3/3
NM R8429
C8438
150
L8422
LCD_CLK
3:8E GND GUARD
VTL1126-A NM
R8426
LCD_B4
22
R8430
R8427
22
22
R8431
R8428
22
22
R8432
RC1
27
LCD_B3
C8430
22
C8415
0.1u/10
C8431 NM C8432 NM C8433 NM C8434 NM C8435 NM C8436 NM
LCD_B5 LCD_B6 LCD_B7 LCD_HD
59
22
RC6
RD+
60
21
RD0
R0
RE-
61
20
RD1
R1
J 3/3
RE+
62
19
RD2
G0
PGND
63
18
RD3
LCD_RGB 3:3G
G1
PVDD
64
17
RD4
B0
RC5 C8416
DE
22 R8433
0.01u/16
C8437
LCD_VD
LCD_DE
NM NM
D
Sync:HD/VD mode
16
RD5 15
RE0 14
13
12
RE3 11
GNDD
10
9
RE4 8
7
R/F 6
1
0.01u/16
GND2
RD-
RD6
23 VDD2
RE1
58
RE2
LGND
VDD1
24
RE5
57
RE6
RCLK+
5
C8406
IC8401 BU90R104
OE
D)
54
4
D)
32
28
PD
D)
R8425
53
3
0.01u/16
RA2
52
RA1
48 RB+
RA0
51
VDD4
50
RB-
RESERVE
C8405
RA+
GND1
1:6C
V+3R3D_LVDS R8415
0.1u/10
C8411
10k
R8413
10k
NM R8410
10k
TP8401
R8406
0.01u/16 C8413
D)
49
2
D)
RA-
47
C GNDD
B1
1608 R8407
R8408
10k
220
C8410
GNDD
2.2u/6.3
D8401
E
NM
RB751S-40
F
J 1/3 129
XDJ-RX 5
6
7
8
1
2
3
4
10.27 EXTB ASSY (2/3) A
LCD POWER BLOCK
LED BL Driver TYP 0.5mA MAX 1mA 3:7C/
V+18
R8608
V-6 TYP 44mA MAX 54mA 3:3B,5A,6D/
10k
2125 C8605
1u/25
DB3S308F0 D8603
2125
SQ
18V
C8612
2125
R8704
4.7u/16
SQ C8611 0.47u/25
NM
D8602
3216
NM
2125 C8606
C8617
V+9R6 C8615
B
1:4C V+5R2
TYP 0.5mA MAX 1mA 2:7F/3:7B/
Q8601 2SA1577(QR)
C8607 0.47u/25
1u/16
140mA
2125 R8601
GND
(Height:1.8mm) IDC:510mA 22uH L8602 CTH1426-A
D
DB3S308F0 360k
GNDA_LCD
R8603
0.1u/50
V+5R2LCD
J 1/3
9.6V
D8604 DB2J41100
R8701
LCD_PWM
1:4C
100 C8701
0
R8618
3216
C8624
10u/35
CCG1236-A-T
CCG1236-A-T
3216
C8623
2.2
10u/35
R8617
1/10W
4.7k
Q8701 LTC024EEB
D
GN
GNDP_LCD
GNDCP_LCD
F
J 2/3 XDJ-RX 2
R8705
V-6 2:5B
0.1u/16
C8622
C8620
D 15k
39k
R8621
8.2k
GNDD
D 15k 0
R8616
R8610 R8611
C8616
1u/6.3
0.22u/6.3
C8614
0.1u/16
NM
1:4C V+ Q8702 LTA024EEB
GNDA_LCD
1
NM
D
1000p/50
100k
C8613
1:4C
E
130
47 R8703
BL_EN
GNDA_LCD
GNDD
1:4C
C8618
R8615
4.7k
C8609
R8622
RT
C8625
13
J 1/3 1000p/50
14
CPNDLY
D
CPNFB
330k
15
R8619
CPPDLY
D
16
R8702
BL_ERR
GNDP_LCD
5.6k
CPPFB
R8620
AMPOUT
CPGND
17
GNDD
12
18
R8609
GNDD
R8607
C8621 19 CPN
21
20 DELAY
DTC
11
10
SS
VFB 7
20k
R8606
1u/6.3
TST
GNDA_LCD
9
4 5
25 EP
8
VIN VREF
CPP
CPPSW
AGND 3
CPVCC
24
22
23 LX1
PGND2 2
CE 6 C8604
1000p/50
NM
C8601
C8602
LX2
PGND1 1
0.01u/16
4.7u/6.3
C8608
SQ 68k
D
R8604
R1290K103A IC8601
GNDP_LCD
D
!
UVLO 2.8V QFN
D
3.9k
10k
R8605
R8602
NM
L8601
PC TYP 327mW MAX 458mW
3300p/50
NM
ZZ8601
C8702
CCG1236-A-T 3216
1608 C8610
C
L8701
0.4A 330m 1005
D%
560p/50
110k
D%
C8619
R8612
10k
GNDA_LCD D8601
0.22u/16
-6V C8603
1:4C V+5R2D
0
R8614
GNDCP_LCD
R8613
DB3S308F0
1u/25
3
4
5
6
7
8
J 2/3 EXTB ASSY
(DWX3622)
A
LED BL Driver
24k
R8706
0.1u/10
SYNC
R8701
FAIL2 47k
LEDEN1 LEDEN2 LED1
Div. 5V
LED2
3.3V
9
26 25 24 23 22 21
GNDD
CCG1254-A-T
NM NM
C8716
D
120k
C8717
NM
CCG1254-A-T 3216
C8720
22u/16
CCG1254-A-T 3216
C8719
22u/16
CCG1254-A-T 3216
C8718
22u/16
CCG1236-A-T 3216
C8715
10u/35
CCG1236-A-T C8713
220u 16V 3216
C8721 CCH2090-A
2.2
R8714 C8712
3300p/50
C8711
10u/35
CCG1236-A-T 3216
C8710
10u/35
NM
3216 CCG1236-A-T
6332
R8711
ZZ8703
NM
20
10
19
11
18
12
17
13
16
14
15
CS
CKS4428-A
CCG1218-A-T
EN
C8709
VREG
9.55V 11.9V
22 5 1
D
27
29 PAD
min max
CN8701 16k
2 R8709 F SS 3 COMP R8708 510 4 RT 18k 5 SYNC PD 100K 6 SHDETEN 7 GND
FAIL1
R8707
C8701
0.22u/16
6332
28
8 PWM
100
GNDD
R8710
10u/35
C8708
VCC
To BackLight
VREG=5V
IC8701 1
LED 3*9Line VLtyp=9.6V
R8718
C8704
10u/35
C8702
C8706
GNDBL
BD81A04EFV-M
!
D8701 RB060M-30
R8717
GNDD
GNDD
CCG1236-A-T 3216
C8707
220u 16V
CCH2090-A
V+5LCD_VREG
0.1u/10
CCG1236-A-T 3216
220u 16V
CCH2090-A
NM
C8705
C8703
ZZ8702
NM
L8701
0.4A 330m 1005
220u 16V
6.8u
3216
5960
C8714
L8703 ATH7068-A
10u/35
NM
B
ZZ8701
2125
R8704
1:4C V+5R2D
2
TFT LCD
2.2u/10
GNDBL
BOOT
GNDD
OUTH
90mA*2
5 C
SW VDISC DGND
L8702
OUTL
CTF1545-A
PGND
R8712
ISET
33k
R8713
D
22k
D
GNDBL_P
OVP LED4 LED3
NM
R8702
R8715 47 R8703 R8716 NM
NM
1:4C V+5R2D
GNDD
Q8702 LTA024EEB
LCD_BL_EN
Q8701 LTC024EEB
GNDD
10k
R8705
D
V-6 2:5B
GNDBL
GNDD
GNDBL_P
GNDD
E
The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation.
F
J 2/3 131
XDJ-RX 5
6
7
8
1
2
3
4
10.28 EXTB ASSY (3/3) 2:6C
V+9R6
TYP 30mA MAX 40mA
Total Power Consumption Typ. 327mW Max 458mW
CTF1635-A
10u
A
1000p/50
NM
C8831
C8829
NM
C8827
0.1u/16
C8826
C8824
3216
V 10u/25V CCG1236-A-T
1000p/50
NM
C8823
3216
C8821
L8801
TYP 0.5mA MAX 1mA DTL11
10 L88
1:4C V+3R3D
39
R8801
D
NM
2:5B
C8836
2125
V-6
2.2u/16
V+9R6
C8834
GNDP_LCD
2:6C
TYP 8mA MAX 15mA DTL1105-A
GNDA_LCD
10u
C8812
0.1u/16
NM C8814 0.1u/16
NM C8815
NM
NM C8817
NM C8818
NM
C8832
C8830
0.1u/10
C8828
C8825
10u 6.3V
C8835
R8806
R8816
1.5
75
R8807
R8817
D
GNDA_LCD 9.23V 7.62V
F
F
6.79V 6.10V
D
130
R8808
R8818
20
82
R8809
R8819
0
47
R8810
R8820
0
56
R8811
R8821
0
180
R8812
R8822
0
82
3.31V 2.89V
D
0.74V D
V+9R6
2520 LCTAW101J2520-T Q
L8803
C8820 1u/10
R8823
D
D
1k
3216
C8819 0.1u/10
NM
0.1m
D
10u/35
0.1u/10 NM
C8810
39
2.38V
0.1u/10
C8809
1.2
C8833
C8808
51
R8815
4.24V
1u/10
C
0
75
C8816 C8807
D
7.16V
1u/10
C8806
R8814
R8805
0.01u/25
R8804
C8813
C8805
21 BTX10 L88
D
130
GNDD
0.1u/16
NM
C8804
TYP 0.5mA MAX 1mA
2:5B
V+18
CCG1236-A-T
C8803
R8813
D
47
1000p/50
R8803
NM
NM
C8811 4.7u/16
CCG1234-A
C8802
C8822
3216
NM
B
2.2
C8801
R8802
L8802
D
GNDP_LCD
R8831
VTL1126-A
L8807
330
L8808
VTL1126-A
NM
NM R8833
VTL1126-A
NM
C8864
NM
C8862
330
330 R8837 330 R8838
V+3R3D
VTL11 L88
330 R8848
VTL11
330 R8849
VTL11
L88
NM
C8871
NM
NM
C8872
NM C8870
NM
C8869 NM
C8865
C8866
TC74LCX541FK
11
4
19
17 Y1
VCC
OE2
OE1
A2
A1 2
1
3
20
GNDD
18
V+3R3D
0
Y7
Y8 GND 10
A8
12 Y6 A7 9
LCD_B3
LCD_B2
8
Y5 A6
13
14
15 Y4 A5
7
LCD_G7
LCD_G6
6
Y3 A4
16 Y2 A3 5
LCD_G5
LCD_G4
4
Y1
17
19 OE2
18
VCC OE1
A1
A2 3
2
IC8802 1
LCD_G2
LCD_G3
0
20
R8866 C8856
LCD_RGB 1:12E
From LVDS
L88 R8847
330
0.1u/16
LCD_VD
LCD_HD
LCD_DE
LCD_B7
LCD_B6
LCD_B5
LCD_B4
J 1/3
GNDD
VTL11
R8836
330
E
L88 R8846 330
NM
NM
C8863
NM
C8860 NM
C8861
C8859
TC74LCX541FK
12
13
14
11 Y8 GND
Y7 10
A8
Y6
Y5
A7
A6 8
9
7
16
17
18
20
15 Y4 6
5
A4
A5
Y3
Y2 4
A3
Y1 A2
OE2
VCC
IC8803
OE1 1
GNDD
0.1u/16
GNDF_RD
C8857
1
A1
GNDF_LD
3
R8903
2
1
19
R8902
GNDF_C
R8835
VTL1126-A
330 NM
1
L8811
L8812
C8858
R8867
1 R8901
VTL1126-A
330
0
GNDF_LUC
R8834
IC8801
R8900
VTL1126-A
0.1u/16
330 R8845
1
L8810
NM
V+3R3D
GNDF_LU
6
L8809
330
C8867
R8899
NM
R8844
1
C8868
R8898
R8865
D
L8806 R8842
C8855
330 R8832
LCD R2
F
J 3/3 132
XDJ-RX 1
2
3
4
5
6
7
8
J 3/3 EXTB ASSY
(DWX3622)
V+9R6_LCD
A
TYP 0.5mA MAX 1mA DTL1105-A
10u
NM
C8840
0.1u/16
C8842
C8837
2125
V-6_LCD 4.7u 10V CCG1201-A-T
NM
C8836
2125
2:5B
2.2u/16
V-6
C8834
L8804
V+9R6_LCD
GNDA_LCD
21
TP8813
20
TP8814
V-6_LCD
3:9D/
V+3R3D_LCD TP8815
TYP 0.5mA MAX 1mA
2:5B
V+18
V+18_LCD
2125
19
BTX1042-A L8805
B
TP8816
CN8801 NM
C8841
C8843
0.1u/50
2125
C8838
0.33u/50
C8835
0.01u/25
CKS6646-A
TP8812
R8889
1
NC
2
GND
3
VGL
(-6V)
4
VCC
(3.3V)
5
VGH
(18V)
6
NC
0 R8890 0
GNDA_LCD
3:10C 2520 AW101J2520-T
V+3R3D_LCD
COMDC
NM Q8801
L8803
R8857
0.1m
C8851 1000p/50
22k
1000p/50
R8859 22k
1608 LCD_xRST 0
6 6 R8843
J 1/3
GND GUARD
1:12D
0
C8848 1000p/50 C8854 1000p/50 C8844 1u/6.3 C8849 1000p/50 C8852 NM C8853 NM C8850 NM
R8829
LCD_CLK
R8892
R8860 NM R8861 22k R8862 NM R8863 NM R8864 22k
6
0
L8813 L8814
VTL1126-A
V1
8
V2
9
V3
10
V4
11
V5
12
V6
13
V7
14
V8
15
V9
16
V10
17
NC
18
NC
19
DITH
20
VCOM
21
AVDD
22
AGND
23
GND
24
C
(PU)
(9.6V)
0
GNDP_LCD
1:4C
0 R8893
C8847 1000p/50
R8858 NM
J 1/3
TP8845
C8845
22k
NM R8853
22k R8854
22k R8855
R8856
NM
R8827
NM R8830
100 C8839
0
R8891
0.1u/16
R8828
D
R8826
820
R8825
39
3216
10u/35
R8824
D
1k C8833
CCG1236-A-T
R8823
7
UPDN
(PU)
25
VCC
(3.3V)
26
SHLR
(PD)
27
STBYB
(PU)
28
RSTB
(PU)
29
MODE
(PD)
30
VSD
31
HSD
32
DE
33
DCLK
34
B7
35
B6
36
B5
37
B4
38
B3
39
B2
R8894
40
B1
0
41
B0
42
G7
TFT LCD D
(PD)
VTL1126-A
L8815 VTL1126-A
L8816
L8817
VTL1126-A
VTL1126-A
L8818
L8819
VTL1126-A
VTL1126-A
L8820
43
G6
44
G5
45
G4
46
G3
47
G2
R8895
48
G1
0
49
G0
50
R7
51
R6
52
R5
53
R4
NM
C8871
NM
NM
C8872
R8840
V+3R3D
L8821 R8850
VTL1126-A L8823
L8822
VTL1126-A
L8824
330
L8825
VTL1126-A
R8852
VTL1126-A
L8826
NM
C8877
NM
NM
C8873
NM
NM
C8878
NM
C8876
C8874
C8846
R2
56
R1
0
57
R0
58
VCC
(3.3V)
59
AVDD
(9.6V)
60
AGND
R8897
GND
Y8
11
1000p/50
TC74LCX541FK
10
13
12 Y7
Y6
A8
Y5 A6
A7 9
8
LCD_R6
LCD_R7
14 7
LCD_R5
16
15 Y4
Y3
A5
A4 6
5
LCD_R3
LCD_R4
17 Y2 A3 4
LCD_R2
19
18 Y1
VCC
OE2
OE1
A2
A1 2
3
20
R3
55 R8896
0
1
54
VTL1126-A
330
IC8801
0.1u/16
E
VTL1126-A
330 R8851
C8875
NM C8870
NM
C8869 NM
330
330
R8865
NM
C8867 NM
C8868
R8839
330 R8841
C8855
C8866
C8865
VTL1126-A
0
GNDP_LCD GNDD
F GNDD
J 3/3 133
XDJ-RX 5
6
7
8
1
2
3
4
10.29 DPNL1 and DPNL2 ASSYS
K DPNL1 ASSY (DWX3634)
V+5_LED
LTC123JUB Q5602
R5613
H: RIGHT L: DARK RIGHT R5614
RIGHT R560
2.2k
LED_RB
47k
A
Q5601 LSAR523UB
2C CN5601
LED_MIDI
3D
LED_USB1
V+5_LED
2
LED_RB
3
LED_MIDI
4
6C
LED_USB2
LED_USB2
6
GND_LED
KEY_USB2
7
KEY_USB2
KEY_RB
8
KEY_RB
KEY_USB1
9
KEY_USB1
KEY_MIDI
10
KEY_MIDI
2E
GND_LED
2D 2E
2D
Q5603 LSAR523UB
8.2k R561
J 1/3
8.2k
CN8402
LTC123JUB Q5605
GNDD
R5620
RIGHT R560
2.2k
LED_MIDI 11
DARK R561
2.2k
LED_USB1
5
6D
R5616
47k
1
47k
100u/16
0.1u/16 C5605
3C
GND_LED R5615
LED_RB
B C5606
820
VKN1242-A
R5619
V+5_LED
820 R560
Q5604 LSAR523UB
2C
820 R560
GNDD
820
C
S5601
DSG1089-A
220
47k
R5622
rekordbox R5601
R5621
GND_LED
DARK R562
2.2k
KEY_RB
Q5606 LSAR523UB
2C
8.2k R562
C5601
8.2k NM S5602
MIDI R5602
DSG1089-A
V+5_LED
220
KEY_MIDI
2C
220
KEY_USB1
2C
Q5607 LSAR523UB
2C
560 R561 560
GND_LED
USB2 R5604
DSG1089-A
RIGHT R560
2.2k
LED_USB1
C5603 NM S5604
R5626
220
KEY_USB2
2C
R5628
47k
DSG1089-A
LTC123JUB Q5608
47k
USB1 R5603
R5627
NM S5603
R5625
C5602
D
C5604
DARK R562
2.2k
NM
Q5609 LSAR523UB
5.6k R563
GNDD
E
LTC123JUB Q5611
R5632
RIGHT R561
2.2k
LED_USB2
47k
R5631
5.6k
Q5610 LSAR523UB
2C
560 R561 560
R5634
47k
R5633
GND_LED
DARK R563
F
2.2k
Q5612 LSAR523UB
5.6k R563
K
5.6k
134
XDJ-RX 1
2
3
4
5
6
7
8
L
47k
V+5_LED
RIGHT
A
SLR343WBC7T(MN) D5601
R5605 5601 23UB
DPNL2 ASSY (DWX3635)
820 D5602
R5606 820
CN5801 VKN1236-A
47k
GND_LED DARK RIGHT DECK_SELECT
R5617 5603 23UB
8.2k
TIME_MODE
R5618
QUANTIZE
8.2k
1
GNDD
2
DECK_SELECT
3
TIME_MODE
4
QUANTIZE
5
GNDD
B
J 1/3 CN8403
47k
GNDD
RIGHT
SLI-343YYW(TUV) D5603
R5607 5604 23UB
820
QUANTIZE
S5801
D5604
R5608
R5801
820
GND_LED
47k
C
C5801
DARK RIGHT
NM S5802
R5623 5606 23UB
QUANTIZE
220
DSG1089-A
TIME MODE R5802
8.2k R5624
DSG1089-A
8.2k
C5802 NM S5803
V+5_LED
TIME_MODE
220
DECK SELECT R5803
DSG1089-A
DECK_SELECT
220
47k
C5803 RIGHT
D5605
R5609 5607 23UB
D
NM
SLI-343M8G(GHJ)
GNDD
560 D5606
R5610
47k
560
GND_LED DARK RIGHT R5629
5609 23UB
5.6k R5630
E
47k
5.6k
RIGHT
SLI-343M8G(GHJ) D5607
R5611 5610 23UB
560 D5608
R5612
47k
560
GND_LED DARK RIGHT R5635
5612 23UB
F
5.6k R5636
K L
5.6k
135
XDJ-RX 5
6
7
8
D3032 DA2J101
1
D3036 DA2J101
D3034 DA2J101
136
2
D3037 DA2J101
D3040 DA2J101
11
3
3
2
D3008 DA2J101
4
5
BROWSE
DSX1080-A
GNDD
F
M 1/4
XDJ-RX
4
1
R3002
3
C3001
2
R3003
100
NM
C3002
100
NM
GND_LED
10 LOAD2
GND_LED LOAD1
SLR343WBC7T(MN)
12
56k
R3028
22k
R3027
Q3012 2SA1577(QR)
1.5k
SLR343WBC7T(MN)
R3019 47 Q3008 LSAR523UB Q3010 R3025
R3026
12
D3011
470
R3020
GNDD
D3019
R3031
LTC124EUB Q3011
Q3006 2SA1577(QR)
22k
R3015
MXR_GRID6
22k
S3002
47 Q3014 LSAR523UB Q3016 R3037
TAP
GND_LED
470
R3032
FX ON/OFF
56k
1.5k
62
GNDD R3016
R3014
68
SLI-343M8G(GHJ) D3001 R3010
V+5_LED
22k
D3027 DA2J101 68 SLI-343YYW(TUV) D3025 R3043
LTC124EUB Q3005
Q3002 2SA1577(QR)
22k
R3006
MXR_GRID5
R3095
11D;5B
MXR_GRID5
D3012 DA2J101
LOAD1
GND_LED
LOAD2
INFO
62
56k
R3007
11D;5F
11D;4F
11D;4F
3F;9D
2F;9D
2F;9D
1F;9D
3
R3096
D3022 DA2J101 SLI-343YYW(TUV) D3030 R3076
MENU
62
62 SLI-343M8G(GHJ) D3017 R3035
820
DSG1089-A
S3004
MXR_GRID4 62 SLI-343M8G(GHJ) D3028 R3045
LTC124EUB Q3001
Q3031 2SA1577(QR)
22k
R3092
V+5_LED
DSG1089-A
S3007
11D;5B
SLI-343M8G(GHJ) D3016 R3034
GND_LED
BEAT >
SLI-343M8G(GHJ) D3026 R3044
GNDD
DSG1089-A
S3009
TAG LIST
62
56k
R3093
R3001
X.FADER SEL
1
BROWSE
62
62 SLI-343M8G(GHJ) D3009 R3023
LTC124EUB Q3030
MXR_GRID4
DSH1058-A S3011
4
11 10
5
D3014 DA2J101
DA2J101
S3010 DSH1066-A 1 C2 3 < BEAT
MXR_GRID3
INPUT2
11D;4B
62 SLI-343M8G(GHJ) D3003 R3012
SLI-343M8G(GHJ) D3007 R3022
GNDD
DSG1089-A
S3006
SLI-343M8G(GHJ) D3002 R3011
GATE
SLR343BD2T(NP)
Q3029 ISA1602AM1(EF)
22k
R3089
V+5_LED
D3023
D3021 DA2J101
820
MENU
D3013 DA2J101
R3091
DSG1089-A
2
BACK
NOISE
SLR343BD2T(NP)
56k
R3090
MXR_GRID3
1
TAG TRACK
3B;9D
47
R3024
GND_LED
S3022
INFO
DSG1089-A
MXR_GRID2
DSG1089-A
D3010
1.5k
47
R3013
47 Q3007 LSAR523UB Q3009
LTC124EUB Q3028
V+5_LED
DA2J101
2
D3004
Q3003 LSAR523UB Q3004
R3017
22k
R3048
Q3022 2SA1577(QR)
R3052
1
D3031 DA2J101 470
R3018
56k
R3051
MXR_GRID2
DSG1089-A
D3005 DA2J101 47
R3008
GND_LED
S3005
GND_LED 470
R3009
HP CUE1
GND_LED
S3008
INPUT1
2B;9D
HP CUE2
68
SLI-343YYW(TUV) D3006 R3021
GNDD
S3019
BROWSE
S3003 DSH1066-A 1 C2 3
TAG LIST
DSG1089-A
2
MXR_GRID1
DSG1089-A
D3033 DA2J101 S3013
D3041 DA2J101 68
SLI-343YYW(TUV) D3015 R3033
LTC124EUB Q3021
V+5_LED
1
2B;9D
22k
R3039
Q3018 ISA1602AM1(EF)
1.5k
2
FILTER
47
56k
R3040
R3047
S3016
2
CRUSH
SLR343BD2T(NP)
D3018
47 Q3013 LSAR523UB Q3015 R3036
R3029
GND_LED
HP CUE1
1 DSG1089-A
FILTER
47
R3046
470
R3030
MXR_GRID1
1
D3035 DA2J101 SLR343BD2T(NP)
D3029
Q3019 LSAR523UB Q3020
47
R3041
GNDD
HP CUE2
D3038 DA2J101
DSG1089-A
MXR_GRID0
DSG1089-A
1B;9D
470
R3042 1.5k
S3023
CRUSH
DSG1089-A
2
R3038
S3015
S3020 1
V+5_LED
S3018
GATE
DSG1089-A
2
D
NOISE
E S3017
C
1
B
DSG1089-A
2
MXR_GRID0
2
D3024
S3014
GNDD
1
LTC124EUB Q3017
1 4
10.30 MIXB ASSY (1/4)
A
V+5_LED
10
GND_LED
GND_LED
GND_LED
MXR_GRID6
D3020 DA2J101
V+3R3D
B
B
4
5
6
7
8
M 1/4 MIXB ASSY
(DWX3613)
A
V+3R3D
8
0
1B;1F
R3059
MXR_GRID1
R3060
MXR_GRID2
2B;2F
0.1u/16
C3005 QF
10
QC QE
R3079
9
QD CLR
R3080
5B;5F MXR_GRID5
100
4F;5B MXR_GRID4
100
4B;4F
4.7k
8
GND
MXR_GRID6
100
R3063 GRID_SCK
CK
TC74VHC164F
0
3:3D;3:5D;3:9B;4:2A
8
CH
C3011
CH
470p/50
C3010
R3078
11
QB
7
B
M 3/4,4/4
10k 47k
R3053
R3049
9F
Q3023 2SC4154-11(EF)
LOAD1
SLR343WBC7T(MN)
R3101
12
1.2k MXR_LED8
V+3R3D GND_LED
12
R3071
10
3:3C 10k
3:3C
R3069
MXR_LED9
1.2k
GND_LED
47k
R3054
MXR_LED9 R3050
R3072
CDJ1_LED2
Q3024 2SC4154-11(EF)
LOAD2
SLR343WBC7T(MN)
R3102
CDJ1_LED1
9F
IC3002
9
V+5_LED
D3019
47 Q3014 LSAR523UB Q3016 R3037 470
QG
6
8 R3077
12
QA
5
100
GNDD
13
QH
4
100
14 VCC
GNDD
GND_LED
R3031
B
V+5_LED
D3011
47 Q3008 LSAR523UB Q3010 R3025 470
R3020
R3019
GND_LED
R3032
100
100
3B;3F
56k
R3028
R3061
MXR_GRID3
2 3
R3058
MXR_GRID0
A
470p/50
3:3D;3:5D;3:9B;4:2A
2B;2F GNDD
IC3001 1
7D
M 3/4
R3082
MXR_LED8
7C
R3073
CDJ2_LED0
3:5C
R3074
CDJ2_LED1
3:5C
R3075
CDJ2_LED2
1 100
2
100
3
100 100 100 100
VCC
QC
QA
QD QE
5
QF
6
QG
8
16
QB
4
7
100
3:5C
C3006
R3026
8 R3062
GRID_SI
SI G RCK SCK
QH1
SCLR
GND
0.1u/16
1.5k
M 3/4,4/4
Q3012 2SA1577(QR)
R3027
C
9
15 14 13 12 11
M 3/4
R3070
C3016
220p/50
C3013
220p/50
C3014
220p/50
C3015
220p/50
CDJ1_LED0
100
3:3C LED_SI
4:2A
3:9D;4:2A LED_RCK
3:9C;4:2A LED_SCK
3:9C;4:2A
4.7k R3100
9
GNDD
M 3/4
LLED_SI
3:9D
100
9
TC74VHC595F
M 4/4
LED_xG
R3083
10
QH2
GNDD
GND_LED
9
TAP R3087
2
NM
22k
R3055
S3021 1
M 4/4
M 4/4 TAP
V+3R3D
C3008
V+3R3D
D
4:2A
220
DSG1079-A
FX ON/OFF R3088
2
22k
1
22k
S3012
R3097
V+3R3D
R3094
M 4/4 FX_ON/OFF
220
DSG1079-A
4:2A
C3009
MXR_KEY0
4:2A
NM
Q3025 LTC124EUB
GNDD
GNDD V+3R3D
22k
2
R3005 100
4:2A
M 4/4
BEATS1
4:2A
DSX1064-A
M 4/4
BROWS1
4:2A
NM
GNDD 22k
4:2A
V+3R3D
R3057
100 NM
BEATS0
C3004
22k
NM
R3004 100
3
GNDD BROWS0
R3096
R3095 100
NM
1
Q3026 LTC124EUB
V+3R3D
E
22k
BEATS S3001
4:2A
22k
M 4/4 MXR_KEY1
R3099
22k
R3056
V+3R3D C3003 R3098
LTC124EUB Q3011
22k
V+5_LED
GRID6
11
M 4/4 MXR_KEY2
4:2A Q3027 LTC124EUB
F
GNDD
M 1/4 137
XDJ-RX 5
6
7
8
1
2
3
4
10.31 MIXB (2/4), CRFB and CHF1 ASSYS A
M 2/4 MIXB ASSY
(DWX3613) TRIM1
HI2
V+3R3_AD
15
V+3R3_AD C3224
C3223
0.1u/16
0.1u/16
0.1u/16
VR3201
VR3205
VR3204
3
AD_SEL1 M 3/4,4/4 3:3C;3:5C;4:2A
V
C3220
2
AD_SEL0
3:3C;3:5C;4:2A
HI1
V+3R3_AD
2
2 1
3
DCS1104-A
3
1
GND_AD
1
DCS1078-A
DCS1078-A
GND_AD
GND_AD
B V+3R3_AD
VOLUME SELECT IC3201
1
2
3
DCS1078-A
1
3
DCS1104-A
11
GND_AD
GND_AD
V+3R3_AD C3236
GND_AD GND_AD
LEVEL/DEPTH
GND_AD
FX CH SEL
V+3R3_AD
MXR_AD1
4:2A
C3228
S3202 DSG1131-A
0.1u/16
2
VR3209
3
2
AD_SEL0 3 AD_SEL1
1
4
DCS1078-A
1
5
10
6
GND_AD
7 8
V+3R3_AD
INH
0X 3X
VEE
A
GND
MID2
14
12 11 10 9
C3215
STBY
NM C3213
NM
C3211
B
TC74HC4052AF
R3201
2.2k
LOW2
V+3R3_AD
13
V+3R3_AD C3227
C3230
0.1u/16
0.1u/16
VR3208
VR3211
2 3
2 1
3
DCS1078-A
1
DCS1078-A
GND_AD
GND_AD
GND_AD
M 4/4
GND_AD
GND_AD
MXR_AD3
4:2A
E
F
M 2/4 138
XDJ-RX 1
2
3
GND_AD
GND
15
470p/50
C3207
X_COM 1Y
6
8 C3205
3Y
5
7
1X
470p/50
470p
470p
4
2X
Y_COM
470p/50
4:2A
2Y
GND_AD
GND_AD
C3203
3
VCC
C3217
2
M 4/4 MXR_AD2
16
0Y
R3210
C3209
IC3202 1
0.1u/16
VOLUME SELECT
9
0.1u/16 220
STBY
C3214
NM C3212
NM
C3210
B
GND_AD
470
9
680
10
TC74HC4052AF
D
1
DCS1078-A
12
C
M 4/4
VR3203
2
2
1.1k
GND
0.1u/16
VR3206
2k
A
0.1u/16
VR3210
5.1k
3X VEE
0.1u/16
R3216 R3215 R3214 R3213 R3212 R3211
0X
C3222
3
13
V
C3225
470p/50
INH
V+3R3_AD
C3229
14
470p/50
6
GND_AD
V+3R3_AD
C3219
C3206
C3204
C3202
X_COM 1Y
7
1X
3Y
5
8 C3201
Y_COM
15
470p/50
470p
470p
470p
470p
4
2X
470p/50
4:2A
VCC
2Y
C3218
3
MXR_AD0
16
0Y
HP MIX
HP VOL
V+3R3_AD
C3216
1 2
M 4/4
C3208
15
0.1u/16
LOW1
15
4
5
6
7
8
A
HI1
TRIM2
+3R3_AD
V+3R3_AD
FILTER1
V+3R3_AD C3223
C3221
0.1u/16
0.1u/16
3
1
DCS1104-A
5 6
NM
1
DCS1078-A
C3232 NM
3
2
C3234
VR3202
2
(DWX3626)
2 VR3212 3 1
FLTR1_AD VR3204
N CRFB ASSY
C3237 0.1u/16
4
DCS1126-A
GND_AD GND_AD
GND_AD
GND_AD
V+3R3_AD
FILTER2
C3238
B
CROSS FADER
0.1u/16
2 VR3213 3 1
FLTR2_AD C3233 NM
C3222
C3226
0.1u/16
0.1u/16
VR3203
VR3207
2
2
5 6
NM
MID1 V+3R3_AD
C3235
HP MIX +3R3_AD
LEFT
RIGHT
0V
3.3V
4
DCS1126-A
GND_AD
5 6 7 8
2.2k
GND_AD
NM
3 2 1 VA3801
330 390
NM
220
C
GND_AD
GNDF
O CHF1 ASSY
(DWX3624)
V+3R3_AD
D CN3601 KM200NA3L
D3201
PF03PG-Q07
D3202
C3239
0.1u/16
DA2J101
DA2J101
JP3201 1
V+3R3_AD
GND_AD
3
2
CHFD1_AD
CRFD_AD
2
3
GND_AD
V+3R3_AD
1 4
1
2 3 5 6
VR3601 DCV1027-A
GND_AD
NOTES NM
is STBY RS1/10SR***J
CHFD2_AD
CKSRYB***K
E
O CHF1 ASSY
(DWX3624)
V+3R3_AD
CN3601 KM200NA3L
D3203
PF03PG-Q07
D3204
C3240
0.1u/16
DA2J101
JP3203
DA2J101
R3201
9
4
CHFD1_AD
2k
1 10
3
GND_AD
510
4
GND_AD
GND_AD
750
1.1k
3
GND_AD
GND_AD
1.1k
2
4
2
GND_AD
1.8k
680
S3201 DSG1098-A
0.1u/16
3.6k
470
GND_AD
R3209 R3208 R3207 R3206 R3205 R3204 R3203 R3202
220
FX FILTER SEL
5.1k
R3216 R3215 R3214 R3213 R3212 R3211
0.1u/16
C3241
C3231
C3236
3
1
CRFD_AD
VA3802
V+3R3_AD
CRFD_AD
C3242
+3R3_AD
2
KM200NA4L
V+3R3_AD
NM
NM
NM
CRFD_AD
V+3R3_AD
VA3803
GND_AD
GND_AD
1
VR3801 DCV1023-A
PF04PG-Q05
CN3801
C3802
JP3202
V+3R3_AD
DCS1078-A
DCS1078-A
V+3R3_AD
1
0.01u/50
3
C3801
1
0.1u/50
3
GND_AD
1
V+3R3_AD
GND_AD
3
2
CHFD2_AD
CRFD_AD
2
3
GND_AD
V+3R3_AD
1
1 4
2 3 5 6
VR3601 DCV1027-A
GND_AD
F
M 2/4 N O 139
XDJ-RX 5
6
7
8
1
2
3
4
10.32 MIXB ASSY (3/4) A
CN3401
V+3R3_AD
CN3402
V+3R3_AD
VKN2097-A
B
VKN2097-A
V+3R3_AD
AD_SEL0
2
AD_SEL0
AD_SEL1
3
AD_SEL1
AD_SEL1
3
AD_SEL1
CDJ1_AD1
4
CDJ1_AD1
CDJ2_AD1
4
CDJ2_AD1
CDJ1_AD0
5
CDJ1_AD0
CDJ2_AD0
5
CDJ2_AD0
6
GND_AD
6
GND_AD
CDJ1_KEY1
7
CDJ1_KEY1
CDJ2_KEY1
7
CDJ2_KEY1
CDJ1_KEY0
8
CDJ1_KEY0
CDJ2_KEY0
8
CDJ2_KEY0
CDJ1_KEY2
9
CDJ1_KEY2
CDJ2_KEY2
9
CDJ2_KEY2
CDJ1_KEY3
10
CDJ1_KEY3
CDJ2_KEY3
10
CDJ2_KEY3
11
N.C.
CDJ1_LED1
12
CDJ1_LED1
CDJ1_LED2
13
CDJ1_LED2
CDJ1_LED0
14
CDJ1_LED0
15
N.C.
16
GRID_SCK
GNDD
100u/16
C3405
0.1u/16
C3406
GRID_SCK
GRID_SI
C3409
0.1u/16
GND_AD
11
N.C.
CDJ2_LED1
12
CDJ2_LED1
CDJ2_LED2
13
CDJ2_LED2
CDJ2_LED0
14
CDJ2_LED0
V+3R3D GRID_SCK
17
N.C.
18
GRID_SI
19
V+3R3D
20
GNDD
Q 3/3 CN4002
100u/16
V+3R3D
100u/16
1
AD_SEL0 C3410
V+3R3_AD
2
C3411
C
1 AD_SEL0
0.1u/16
GND_AD
24
C3412
C3403
100u/16
0.1u/16
C3404
24
GRID_SI
15
N.C.
16
GRID_SCK
17
N.C.
18
GRID_SI
19
V+3R3D
20
GNDD
Q 3/3 CN4002
CDJ2_PAD0
21
CDJ2_PAD0
CDJ2_PAD3
22
CDJ2_PAD3
CDJ1_PLAY
CDJ2_PLAY
23
CDJ2_PLAY
CDJ1_PAD2
CDJ2_PAD2
24
CDJ2_PAD2
25
SG0031
CDJ2_PAD1
26
CDJ2_PAD1
STBY_LED
27
STBY_LED
USB_REC
28
USB_REC
CDJ1_PAD0
21
CDJ1_PAD0
CDJ1_PAD3
22
CDJ1_PAD3
CDJ1_PLAY
23
CDJ1_PAD2
24
GNDD
R3404 CDJ1_CUE
CDJ1_CUE
26
CDJ1_PAD1
27
N.C.
28
PWR_SW
JOG1_ENC_B
29
JOG1_ENC_B
JOG2_ENC_B
29
JOG2_ENC_B
JOG1_ENC_A
30
JOG1_ENC_A
JOG2_ENC_A
30
JOG2_ENC_A
JOG1_TCH
31
JOG1_TCH
JOG2_TCH
31
JOG2_TCH
32
JOG1_LED_SI
32
JOG2_LED_SI
JOG_LED_xG
33
JOG_LED_xG
JOG_LED_xG
33
JOG_LED_xG
JOG_LED_RCK
34
JOG_LED_RCK
JOG_LED_RCK
34
JOG_LED_RCK
JOG1_LED_SCK
35
JOG1_LED_SCK
JOG2_LED_SCK
35
JOG2_LED_SCK
36
GND_LED
36
GND_LED
37
GND_LED
37
GND_LED
38
V+5_LED
38
V+5_LED
39
V+5_LED
39
V+5_LED
JOG1_LED_SI
C3401
100u/16
E
C3402
GND_LED
0.1u/16
V+5_LED
22k
JOG2_LED_SI
V+5_LED
GND_LED
C3407
PWR_SW
R3403
100u/16
2
C3408
CDJ1_PAD1
0
V+3R3E
0.1u/16
D
CDJ2_CUE
25
F
M 3/4 140
XDJ-RX 1
2
3
4
5
6
7
8
M 3/4 MIXB ASSY
(DWX3613)
A
V+3R3E
CN3404
R3401 VKN2025-A
22k
QUANTIZE
VKN1250-A
CN3403
22k R3405
R3410 FAULT_DET
35
QUANTIZE
34
FAULT_DET
33
EUP_CONT
32
EUP_SS2
B
GRID_SI
1
GRID_SCK
2
GRID_SCK
3
GNDD
4
GNDD
5
GNDD
6
V+3R3D
7
V+3R3D
8
GND_LED
100 EUP_CONT
12
EUP_SS2
12
R3411
EUP_SCLK 100
12
EUP_MOSI
12
R3412
EUP_MISO
31
GNDD
30
EUP_SCLK
29
GNDD
28
EUP_MOSI
27
GNDD
26
EUP_MISO
25
GNDD
24
EUP_WRITE
V+3R3D
GND_LED V+5_LED
100 EUP_WRITE
EUP_RDY
23
GNDD
R3402
22
EUP_RDY
22k
21
GNDD
20
EUP_REQ
EUP_REQ
PWR_ON
Q 3/3
AUDIO_MUTE
CN4002 EUP_RESET
23
C3414
100u/16
C3413
0.1u/16
V+3R3D
V+12E
100u/16
C3416
C3415
0.1u/16
CK
GNDD
18
PWR_ON
17
GNDD
16
AUDIO_MUTE
15
GNDD
14
EUP_RESET
13
GNDD
12
GNDD
11
GNDD
10
V+3R3E
9
V+3R3E
8
V+3R3D
7
V+3R3D
6
V+12E
5
V+12E
4
V+5_LED
3
V+5_LED
2
GND_LED
1
GND_LED
9
GND_LED
10
V+5_LED
11
V+5_LED
P
CN3501
R3406 LED_SCK
0
12
LED_SCK
13
GNDD
C
R3407 LED_RCK
0
14
LED_RCK
15
GNDD
R3408 LED_xG
A 11/16
0
16
LED_xG
17
GNDD
R3409 LLED_SI
0
CN2402
18
LLED_SI
19
GNDD
GNDD
D
NOTES RS1/10SR***J
V+5_LED GNDD
K
19
GRID_SI
CKSRYB104K16-T +
CEJQ101M16-TS
GND_LED
E
F
M 3/4 141
XDJ-RX 5
6
7
8
1
142
2
M 4/4
3
V+3R3E
R3657
OUT
10k
F
V+3R3E
1 23
FOR DEBUG
GNDD
XDJ-RX
4
VSS
GNDD QUANTIZE
FAULT_DET
GNDD
EUP_WRITE
2
EUP_RDY
NM R3610
56 56
R3663 56 R3634
R3661
100
56
56 R3630
R3633
R3647
EUP_REQ
X3601 R3654
PWR_xSW
PWR_SW
22k
24
0.1u/16
EUP_CONT
GNDD C3630 470p/50 C3648
C3632 470p/50 C3633 470p/50 C3634 470p/50 C3635 470p/50
C3628 470p/50 C3614 47p/50
4.7k
R3652 R3651
15
28
27
26
25
24
23
22
21
20
19
18
17
100
16
GND_AD V+3R3_AD AVCC P9_7
P7 2
P7_3
P7_4
P7_5
TA3OUT
TA3IN
TA4OUT
TA4IN
P8_2
xINT1
xINT2
xNMI
VCC1
XIN
VSS
XOUT
P10_4
C3625
VREF
xRESET
P10_0
P8_6
P10_6
0.1u/16
99
14
C3645 470p/50
0.01u/16
98
13
56
100
97
12
R3613
P4 1
P4_0
P3_7
P3_6
P3_5
P3_4
P3_3
P3_2
P3_1
VCC2
P3_0
VSS2
AN2_7
AN2_6
AN2_5
AN2_4
AN2_3
AN2_2
AN2_1
AN2_0
P1_7
P1_6
P1_5
P1_4
TXD6
P1_2
CLK6
P1_0
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
C3660 470p/50 C3659 470p/50
C3629 0.1u/16
C3607 470p/50 C3616 470p/50 C3617 470p/50 C3619 470p/50 C3620 470p/50 C3622 470p/50 C3623 470p/50 C3624 470p/50
C3613 470p/50
56
R3626
R3666
56
R3662
56
R3659
56
R3656
56
R3621
100
R3649
100
R3646
100
R3642
56
R3085
56
R3637
56
R3086
56
R3631
56
R3664
56
R3660
56
R3658
56
R3622
100
R3650
100
R3648
100
R3644
100
R3641
56
R3639
56
R3635
100
R3632
100
R3628
JOG2_TCH
GRID_SCK
CDJ1_KEY3
CDJ1_KEY0
CDJ1_KEY1
CDJ1_KEY2
BROWS0
BROWS1
AD_SEL0
AD_SEL1
FLTR1_AD
CDJ1_AD1
CDJ1_AD0
MXR_AD0
MXR_AD1
MXR_AD2
MXR_AD3
FLTR2_AD
MXR_KEY2
MXR_KEY1
MXR_KEY0
TAP
JOG2_LED_SI
CDJ2_CUE
JOG2_LED_SCK
3
NM
NM 96
P10_5
C3626
33u 95
R3645
R3604 94
P8_7
56
C3621
R3601 56 93
100
L3601 R3620 92
NM
0 56
R3612
C3610 470p/50 C3611 470p/50 C3650 470p/50 C3651 470p/50
11
91
56
56
R3643
R3629
C3618
CDJ2_PLAY
CNVSS
90
10
R3627
56
56
R3655
CDJ2_PAD0
PWR_ON
89
TB0IN
56
NC (BYTE)
R3653
NM R3602 9
CDJ2_KEY2
8
88
150k
R3617
R3640
56
R3609
CDJ2_KEY1
AUDIO_MUTE
87
TB1IN
86
56
P9_2
R3616
R3608
P0_6
7
100
CDJ2_KEY0 P0_7
P0_4
6
CDJ2_KEY3 P0_5
5
85
83
TB3IN
CDJ2_PAD3 100
TB4IN
84
R3607 82
3
R3615
4
CDJ2_PAD2 100
P9_5
CHFD1_AD 81
56
D C3666 470p/50
CDJ2_PAD1 100
P9_6
R3614
2
56
1
100
R3606 C3608 470p/50 C3609 470p/50
R3665
V+3R3D
56
R3690
GNDD R3605
STBY_LED
V+3R3D
C3612
R3619
R3611
0.1u/16
56
CDJ2_AD0
56
R3625
CHFD2_AD
C3606
CDJ2_AD1
470p/50
CRFD_AD
C3605
BEATS1
0.1u/16
C
C3604
BEATS0
100u/16
M16 BLOCK
NM
GNDD
C3603
C3601 47u/16
V+3R3E
2
C3631
E USB_REC
FX_ON/OFF
C3602
A
47u/16
1 4
10.33 MIXB ASSY (4/4) EUP_CTRL
B R3603
NM
P4_4 CLK7
P0_3
P0_2
P0_1
P0_0
P10_7 R5F364AENFA-U0-K
IC3601
P10_3
DYW1857- /J
P10_2
P10_1
AVSS
P6_6 TXD1
DSS1147-A 1 3
1
MAIN_SCI R3668
R3669
56
1
56
EUP_xRST
1
IC3602
2
3
VDD
CD
S-80927CNMC-G8X
NC
6
7
8
(DWX3613)
LED_RCK
GRID_SI
GRID_SCK
CDJ1_KEY3
CDJ1_KEY0
CDJ1_KEY1
BROWS0
M 4/4 MIXB ASSY CDJ1_KEY2
BROWS1
AD_SEL0
AD_SEL1
5
A
R3670
100
C3667
NM
100
R3672
47
C3668
0.33m
48
47
47
R3677 R3688
CDJ1_PAD3
56
CDJ1_PAD2
56
R3689
CDJ1_PAD1
R3679
56
C3615 470p/50
43 42
56
41
R3680
40
56
P5_4 P5_5 P5_6 39
P5_7
C3627 47p/50 C3646 47p/50 C3647 47p/50
38
xCTS0 37
CLK0 36
RXD0
P7_0
DCH1201-A
10V
C3644
10V
10u
C3643
10u
100u/16
DCH1201-A
C3641
220p/50
CH 33k 22k
C3642
(D) (D)
R3699
(D)
3.3k
D3601
IN-
CDJ1_CUE
R3667
56
CDJ1_PAD0
56
R3692
R3682
100
EUP_SCLK
100
R3693
EUP_MOSI
C EUP_SS2
R3683
100
34
56
R3694
33
R3684
100
32
100
R3695
JOG_LED_RCK
31
R3687
100
JOG1_LED_SI
EUP_MISO JOG_LED_xG JOG1_LED_SCK
100
30
P7_1
5 GND
GNDD 56
R3610 56
D
The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation.
QUANTIZE
56
FAULT_DET
R3663 56
R3634
EUP_WRITE
EUP_RDY
R3661
56
C3630 470p/50 C3648 470p/50
29
V+
R3700
C3639 100u/16
CT
B
GNDD
CDJ1_PLAY
CLK1 P7_2
P7_3
6
JOG1_TCH
35
P6_4
28
P7_4
P7_5 26
27
TA3OUT 25
24
23
TA3IN
TA4OUT
SI
L3603 CTF1629-A
!
R3691
TXD0
22
4
LED_SI
100 R3678
44
TA4IN
56p/50
SA
7 ES
3
LED_SCK
45
P5_3
P8_2
CD
LED_xG
47
46
P5_2
21
C3638
16V TXD7
C3632 470p/50 C3633 470p/50 C3634 470p/50 C3635 470p/50
DCH1165-A
10u CLK7
R3676
P5_1
47p/50
CH C3640
51
P4_3
P4_2
52
P4_1
P4_0
53
54
55
P3_6
56
P3_5
57
58
P3_3
P3_4
59
60
P3_2
P3_1
P3_7
P4_6
49
P5_0
EUP_REQ
CS 2
NJM2392M R3686
50
P4_4
P6_6 TXD1
1 8
EP05Q06
R3697
IC3603 1
R3698
DTH1212-A L3602
0
1 1
R3696
V+3R3E
NM
56 R3666
56
R3664
R3662
56
R3660
56 R3659
56
R3658
56
56
R3622 56
V+12E
C3660 470p/50 C3659 470p/50
R3656
V+3R3_EUP DC-DC Convertor
E
R3668 JOG2_ENC_A 56
R3674
R3669
56
56
R3675
JOG2_ENC_B JOG1_ENC_A
NOTES
JOG1_ENC_B
NM
is STBY
56 RS1/10SR***J SA
RS1/4SA1R0J CKSRYB***K
CH
IC3602 CD 4 VSS
CEJQ***M
EUP_RESET
VDD 3 0.1u/16
RT1N431M Q3601
5 OUT
NC
C3637
2
2200p
1
10k
C3636
R3657
CCSRCH***J +
S-80927CNMC-G8X
0.01u/16
R3E
The check point for service.
***** (Legend silk indication on the PCB.)
F
GNDD
M 4/4 143
XDJ-RX 5
6
7
8
F
E
D
C
1
144
2
3
P
XDJ-RX
4 CH1 LV9
CH1 LV11
CH1 LV12
CH1 LV10
CH1 LV6
MXR_LED0
CH1 LV8
4
MXR_LED5
CH1 LV7
GNDD
10k Q3519 2SA1577(QR)
3
MXR_LED6
CH1 LV5
5
62
GND_LED
430
62
11E R3555
62
MXR_GRID7
1
62
Q3515 RN1903
62
MXR_GRID6
6 R3559
2
62
11E
56k
Q3515 RN1903
R3560
Icmax 400mA
62
SML-D12M8W(NP) D3513 R3525
SML-D12M8W(NP) D3531 R3561 SML-D12M8W(NP) D3514 R3526
SML-D12M8W(NP) D3532 R3562
SML-D12M8W(NP) D3526 R3547
SML-D12M8W(NP) D3505 R3511
SML-D12M8W(NP) D3525 R3546
SML-D12Y8W(QR) D3504 R3510
Q3507 2SA1577(QR)
10k
R3517
11E
3
100
CH2 LV3
CH2 LV1
MASTER LV2
MASTER LV4
MASTER LV3
MASTER LV1
62
CH2 LV2
62
CH2 LV4
62
56k
R3516
62
GND_LED
430
62
GNDD R3518
V+5LED
62
SML-D12Y8W(QR) D3521 R3536
SML-D12V8W(PQ) D3503 R3509
1:9C
MXR_GRID5
Icmax 200mA
62
SML-D12Y8W(QR) D3511 R3520
SML-D12Y8W(QR) D3523 R3542
SML-D12Y8W(QR) D3520 R3535
SML-D12V8W(PQ) D3502 R3508
LTC124EUB Q3505
MXR_GRID4
11E
2
62
SML-D12Y8W(QR) D3512 R3521
SML-D12Y8W(QR) D3524 R3543
CH1 LV2
CH1 LV4
CH1 LV3
CH1 LV1
10k
R3503
Q3503 2SA1577(QR)
R3501
62
GND_LED
56k
430
62
GNDD R3504
LTC124EUB Q3502
V+5LED
62
SML-D12Y8W(QR) D3510 R3519
SML-D12Y8W(QR) D3522 R3541
SML-D12Y8W(QR) D3519 R3534
SML-D12V8W(PQ) D3501 R3507
MASTER LV6
MASTER LV8
10k
1:9C
62
MASTER LV10
MASTER LV12
4
MASTER LV11
GNDD
MASTER LV9
3
MASTER LV7
5
MASTER LV5
8E Q3509 2SA1577(QR)
R3522
62
GND_LED 1
62
Q3506 RN1903
62
MXR_GRID3 430
62
MXR_GRID2
6
62
2
62
8E R3523
Icmax 400mA
56k
Q3506 RN1903
R3524
V+5LED
62
SML-D12M8W(NP) D3515 R3527
SML-D12M8W(NP) D3533 R3563
SML-D12M8W(NP) D3516 R3528
SML-D12M8W(NP) D3534 R3564
SML-D12M8W(NP) D3528 R3549
SML-D12M8W(NP) D3507 R3513
SML-D12M8W(NP) D3527 R3548
SML-D12Y8W(QR) D3506 R3512
Q3504 2SA1577(QR)
10k
R3505
1:9C
100
CH2 LV6
CH2 LV8
CH2 LV10
CH2 LV12
4
CH2 LV11
GNDD 56k
3
CH2 LV9
5
CH2 LV7
8E R3502
CH2 LV5
MXR_GRID1 R3506
1
62
SML-D12M8W(NP) D3517 R3529
Q3501 RN1903
62
SML-D12M8W(NP) D3535 R3565
B 430
62
SML-D12M8W(NP) D3518 R3530
MXR_GRID0
6
62
SML-D12M8W(NP) D3536 R3566
2
62
SML-D12M8W(NP) D3530 R3551
8E
62
SML-D12M8W(NP) D3509 R3515
Q3501 RN1903
62
SML-D12M8W(NP) D3529 R3550
Icmax 400mA
100
SML-D12Y8W(QR) D3508 R3514
1 4
10.34 LLED ASSY
A
Icmax 400mA 1:9C
V+5LED 1:9C
V+5LED
GND_LED
MXR_LED1
MXR_LED2
MXR_LED3
MXR_LED4
MXR_LED7
5
6
7
8
P
LLED ASSY (DWX3638)
A
9C
Q3519 2SA1577(QR)
CN3501 CKS5854-A
8E GRID_SI
19
GRID_SI
18
GRID_SCK
17
GNDD
16
GNDD
15
GNDD
14
V+3R3D
13
V+3R3D
12
GND_LED
GND_LED
11
GND_LED
V+5LED
10
V+5LED
9
V+5LED
8
LED_SCK
7
GNDD
6
LED_RCK
5
GNDD
4
LED_xG
3
GNDD
2
LLED_SI
1
GNDD
11E GRID_SCK
56k
10k
+5LED
GNDD
V+3R3D 1:10D,10F/
R3552
47k
11F
Q3516 LSCR523UB
2.2k MXR_LED0 R3556
CH1 LV6
62
D3513
R3525
ED
Icmax 50mA 1:2B,3B,4B,6B/
11F LED_SCK
GND_LED 11F
9F
R3567
47k
MXR_LED1
Q3520 LSCR523UB
2.2k R3573
CH1 LV8
62
D3531
R3561
LED_RCK
11F LED_xG
Icmax 50mA
11F LLED_SI
GND_LED
B
M 3/4 CN3404
C
GNDD
Icmax 50mA
QE QD CLR GND
10
R3586
9
MXR_LED1
7D
R3570
47k
9F
Q3523 LSCR523UB
2.2k MXR_LED5 R3576
D3505
CH1 LV9
62
7D MXR_LED3
7E
Icmax 50mA
MXR_LED4
7F MXR_LED5
7F MXR_LED6
7G MXR_LED7
7G
R3533 R3537 R3538 R3539 R3540
100 100 100 100 100 100
Q3518 LSCR523UB
47k
R3558
CH1 LV7
62
D3525
2.2k R3554
100
4B
100
3B
MXR_GRID6 MXR_GRID5 MXR_GRID4
4.7k
8
R3578
R3592
100
0
GRID_SCK
10C
D
2 3
QB QC QD
4
QE
5
QF
6 7 8
16 VCC QA SI G RCK
QG SCK QH1
SCLR
GND
R3544
15 14 13 12 11 10 9
C3503
1000p/50
C3504
220p/50
CH CH C3505
220p/50
C3506
220p/50
CH CH R3545
MXR_LED0 100
R3588
R3589
100
100
R3590
R3591
100
7C LLED_SI
10D
LED_xG
10D
LED_RCK
10D
LED_SCK
10C
100
E
4.7k
QH2
GNDD
9F
5C
1:9C V+3R3D
1 100
GND_LED
MXR_LED6
5C
100
CK
R3531 R3532
R3587
MXR_GRID7
100
74VHC164FT
GNDD
MXR_LED2 R3511
QC
R3585
IC3502 GND_LED
R3546
QF
11
C3502
47k
9F
R3569
Q3522 LSCR523UB
2.2k MXR_LED4 R3575
CH1 LV11
62
D3526
R3547
GND_LED
7
QB
R3584
NM
6
100
2C
QG
R3583
12
CH
100
QA
GNDD
13
C3509
R3582
MXR_GRID3
5
NM
Icmax 50mA
2C
100
QH
CH
MXR_GRID2
4
14 VCC
C3507
R3581
C3510
Q3517 LSCR523UB
R3553
47k
9F
R3557
CH1 LV12
62
1C
D3532
R3562
MXR_GRID1
100
C 3 5 0 8 CH
R3580
B
470p/16
1C
2 3
R3579
MXR_GRID0
A
470p/16
GND_LED
2.2k
100
0
1
0.1u/16
10C
MXR_LED3
C3501
IC3501 R3572
R3593 GRID_SI
0.1u/16
Icmax 50mA
CH
R3568
47k
9F
Q3521 LSCR523UB
2.2k MXR_LED2 R3574
CH1 LV10
62
D3514
R3526
1:9C V+3R3D
74VHC595FT
GNDD
Icmax 50mA
2.2k R3571
47k
9F
R3577
MXR_LED7
Q3524 LSCR523UB
100
CH1 LV5
D3504
R3510
GND_LED
Icmax 50mA
F
GND_LED
P 145
XDJ-RX 5
6
7
8
1
F
GNDAD
1
SA
2
3
VR4001 DCS1104-A
GNDFVR
146
2
R4017
GNDFVR
Q 1/3
3
GNDAD
GNDFVR1
GNDF
GNDFVR
R4018
0
0 3Y
5 1Y
7
8
KN4001 AKF7002-A
0
GNDFVR
XDJ-RX
4 Y_COM 1X
X_COM
0X
INH 3X
VEE A
GND
V+3R3AD 0.1u/16
C4011
16
15
GND TC74HC4052AF
1
GNDFVR
EZJZ1V270RM
STBY
4 2X
NM
3 VCC
NM C4013
2Y
C4012
IC4001
R4019
R4010
R4011
0
0
0
R4012
R4013
0
0
EZJZ1V270RM
2
NM
VOLUME SELECT
VA4003
6 0Y
R4020
1
NM
D
VA4002
R4014 1
2
M_TEMPO
R4015
2
S4009 DSG1089-A
1
D4008 DA2J101
D4007 DA2J101
2
1
2
S4008 DSG1089-A
1
VINYL
D
D4009 DA2J101
D4010 DA2J101
S4007 DSG1089-A
1
2
USB1 STOP
NM
C4006
470p 470p
TEMPO
C4009
S4010 DSG1089-A
2
MEMORY
R4016
C4001 1
D4004 DA2J101
MIC SW
C4010
A SIDE VIEW 470p
D4006 DA2J101
2
S4006 DSG1089-A
1
2
S4004 DSG1089-A
1
TRACKMARK
D
TOUCH/RELEASE 2
Loop IN
1
D4022 DA2J101
D4005 DA2J101
2
S4005 DSG1089-A
1
CDJ_GRID7
CDJ_GRID6
CDJ_GRID5
CDJ_GRID3
CDJ_GRID2
CDJ_GRID1
3
0.1u/16
GNDFVR C4008
D4002 DA2J101
S4002 DSG1089-A
2
2
S4025 DSG1079-A
1
D4015 DA2J101
Reloop/Exit
3900p/50
LOOP SPLIT 1
Loop OUT
D4020 DA2J101
D4003 DA2J101
B
2
2
S4023 DSG1079-A
1
2
S4003 DSG1089-A
1
D4016 DA2J101
S4016 DSG1089-A
2
Auto Loop
1
S4024 DSG1079-A
REV
C4004
NM 2
D4018 DA2J101
CDJ_GRID0
2
3900p/50
V+3R3AD 1
2
S4011 DSG1089-A
1
C4002
E 2
S4014 DSG1089-A
KEY
1
S4001 DSG1089-A
A
EZJZ1V270RM VA4001
D4019 DA2J101
S4028 DSG1089-A
1 4
10.35 CDJB ASSY (1/3)
DELETE
MIC SW
USB2 STOP
SYNC Q L
GNDD
MASTER
Q L
GNDD
SHIFT Q
GNDD
Q
GNDD
V+3R3AD
14
GNDAD
13
12
11
B 10
9
1 2 3
GNDAD
G S V
GNDAD
5
6
7
8
Q 1/3 CDJB ASSY
(DWX3614)
A
CDJ_KEY0
V+3R3D
Q4003 LTC124EUB
CDJ_CUE
CDJ_PLAY
22k
R4002
V+3R3D
B
V+3R3D
22k
R4009
22k
R4008
22k
R4003
GNDD
2 1
CUE
2
CDJ_PAD3
V+3R3D
Q4001 LTC124EUB
CDJ_PAD1
CDJ_PAD0
CDJ_KEY2
CDJ_PAD2
GNDD
22k
R4001
S4027 DSG1117-A
V+3R3D
GNDD
1
PLAY/PAUSE
Q4002 LTC124EUB
S4026 DSG1117-A
CDJ_KEY1
C
22k
R4007
22k
R4006
22k
22k
R4005
22k
R4021
R4004
V+3R3D
GNDD
2 1
PAD4
S4022 DSG1117-A
2 1
PAD3
S4021 DSG1117-A
2 1
S4020 DSG1117-A
PAD2
2 1
Q4004 LTC124EUB
S4019 DSG1117-A
PAD1
CDJ_KEY3
GNDD
Signal name
CDJ_AD0
for PNL1 MIC_HI MIC_LOW
0.1u/16
16
C4011
V+3R3AD
GNDD
for PNL2 MASTER BOOTH
D
GNDAD
15
MIC_HI
14 MIC_LOW 13 CDJ_AD1 12 11 10 AD_SEL0 9
STBY
NM
NM C4013
C4012
AD_SEL1
GNDAD
E
TEMPO
Tempo Slider
EZJZ1V270RM
DCV1033-A VR4002
2
1 4 VA4004
EZJZ1V270RM
0
1.65V
VA4005
R4013
0
3.3V
EZJZ1V270RM
R4012
3
0
VA4007
0
50K VA4006 EZJZ1V270RM
EZJZ1V270RM
R4011
VA4002
NM
VA4003
R4010
0V
(6% ~ 100%)
CENTER ADCT
(6% ~ 100%)
F
EZJZ1V270RM
GNDFVR
Q 1/3 147
XDJ-RX 5
6
7
8
D4043
1
148
2
3 GNDLED
SLIP
F
Q 2/3
XDJ-RX
4
GNDLED
47 SLI-343YYW(TUV)
GNDD 56k
R4090
22k
Q4026 2SA1577(QR)
22k
R4065
LTC124EUB Q4027
Q4011 2SA1577(QR)
1.2k
Amber
R4042
180
SHIFT
R4089
47 SLI-343YYW(TUV)
Performance4 D4033
NM LSAR523UB R4175
NM
R4074
R4041
CDJ_GRID4
Amber
R4051
Q4047
SLR343BD2T(NP)
BLUE
D4053
NM
Q4046
56k
R4063
V+5LED
D4035
18
GNDLED
SLR343BD2T(NP)
BLUE
D4049
NM
R4084
0
LSAR523UB R4171
NM
R4169
180
1.2k
Q4039
Q4038
BLUE
LTC124EUB Q4012 R4061
NM
0
R4170
GNDLED SLR343BD2T(NP)
LSAR523UB R4024
LSAR523UB
47
R4022
Icmax 90mA
R4177
BLUE
D4032
Q4045
Q4044
GNDLED
18
D
LSAR523UB R4077
470
R4023
GNDD
SLR343BD2T(NP)
R4075
Loop SPLIT
D4044
Q4014
0 47 LSAR523UB
Q4013
18
Performance3
470
R4076
0 LSAR523UB R4168
62
CDJ_GRID3
D4051
Q4041
GREEN SLI-343M8G(GHJ)
Q4009 2SA1577(QR)
22k
R4036
V+5LED
Amber 47 SLI-343YYW(TUV)
GNDLED SLR343BD2T(NP)
BLUE
D4047
NM
R4064
1.2k
NM
R4166
56k
R4039
R4037
NM
Q4040
D4041
LTC124EUB Q4010
Icmax 164mA
R4034
GNDLED R4167
GREEN SLI-343M8G(GHJ)
62
R4073
GNDLED
18
D4025
Q4007 2SA1577(QR)
22k
R4032
CDJ_GRID2
SLR343BD2T(NP)
0 LSAR523UB R4068
56k
R4035
GNDD
BLUE
D4028
R4055
47 LSAR523UB
R4066
Performance2
Q4016
Q4015
18
GREEN SLI-343M8G(GHJ)
AutoBeatLoop
470
R4067
NM
62
R4062
V+5LED
D4026
GNDLED SLR343BD2T(NP)
NM
D4030
Icmax 164mA
NM
GNDLED BLUE
D4048
R4053
LSAR523UB R4174
62 1.2k
Q4043
R4172
GREEN SLI-343M8G(GHJ)
LTC124EUB Q4008 R4033
NM
Q4042
18
GNDLED
R4173
R4052
LSAR523UB R4082
R4072
CDJ_GRID1
SLR343BD2T(NP)
Q4018
D4023
GNDD
BLUE
D4039
R4080
Performance1
47 LSAR523UB
Q4017
18
HOT CUE
470
R4081
R4050
LSAR523UB R4165
Q4005 2SA1577(QR)
22k
R4029
V+5LED
R4048
Q4037
62
SLI-343M8G(GHJ)
GREEN
R4060
56k
R4031
Icmax 170mA
3
NM
GNDLED SLR343BD2T(NP)
BLUE
D4046
NM
D4027
LTC124EUB Q4006 1.2k
NM
R4163
62
R4071
SLI-343M8G(GHJ)
GREEN
D4024 R4030
NM
Q4036
18
LSAR523UB R4079
47 LSAR523UB
R4069
2
Amber
GNDLED R4164
SLR343BD2T(NP)
Q4020
Q4019
GNDD
BLUE
D4038
470
R4078
CDJ_GRID0
D4052
RED SLI-343U8R(HJK)-TS
470
R4025
1 4
10.36 CDJB ASSY (2/3)
A
G
CDJ_
CDJ_
CDJ_
CDJ_
LED
B Icmax 213mA V+5LED
C GNDLED
R4056
LOOP IN
LOOP OUT
E GNDLED
CUE
D4051
5
62
R4085
6 GNDLED
7 R4102
GNDLED
MASTER
R4104
1.2k
V+5LED
Q4035 2SC4154-11(EF)
CDJ_LED0
CDJ_LED1 1.2k
CDJ_LED2
1.2k
XDJ-RX
8 Q4034 2SC4154-11(EF)
47k
USB2 STOP
Q4025 2SC4154-11(EF)
V+5LED
47k
VINYL
R4103
R4100 R4101
10k
R4026
REV
10k
7
47k
M_TEMPO 1.2k
R4105
SYNC R4027
C4014
V+3R3D
10k
GNDLED
R4028
USB1 STOP R4098
BLUE
GNDD
22k
CDJ_GRID7
SLR343BD2T(NP)
1.2k
0
Q4032 2SA1577(QR)
V+5LED
R4047
0
82
GRID_SCK
R4046
82 SLI-343YYW(TUV)
R4095
0.1u/16
6
Amber
Icmax 52mA
R4097
8 4.7k
56k
9 R4088 100
100
R4099
R4113
100
LSAR523UB R4059
10
100
D4037
CK
R4040
GNDLED
R4112
47 LSAR523UB
GNDD
R4111
11
Q4022
CDJ_GRID6
12
470
TC74VHC164F
R4110
NM
GND
R4057
CLR
Q4021
QD
CH
QE
13
C4005
QC
LTC124EUB Q4033
QF
D4031
PLAY/PAUSE
QB
R4058
RELOOP/EXIT
14
SLR343WBC7T(MN)
Icmax 150mA
QG
RED SLI-343U8R(HJK)-TS
7
CH
6
QH
C4026
100
QA
470p/50
100
B
WHITE
5
22k
100
VCC
Q4030 2SA1577(QR)
IC4002
12
4
A
470
3
D4034
100
R4094
R4106
56k
2
R4096
0
LSAR523UB R4087
0
Q4024
1
D4042
R4045
R4043
R4044
470p/50
C4025
CH
NM
R4049
47 LSAR523UB
LTC124EUB Q4031
CH C4007
GRID_SI
470
R4070
Q4023
22k
V+5LED
SLI-343M8G(GHJ)
GREEN
D4045
100
RED SLI-343U8R(HJK)-TS
D4029
GNDLED
Amber 180 SLI-343YYW(TUV)
GNDD
NM
1.2k
Q4028 2SA1577(QR)
R4092
NM
R4038
CDJ_GRID5
GREEN
R4054
x 213mA
R4091
R4109
56k
CDJ_GRID3
R4093
R4108
R4083
D4036
OUT R4107
D4050
CDJ_GRID2
GREEN
LTC124EUB Q4029
Q4026 2SA1577(QR)
22k
R4065
CDJ_GRID1
SLI-343M8G(GHJ)
56k
R4090
CDJ_GRID0
62
R4086
IN
D4040
NM
R4177
R4042
47 SLI-343YYW(TUV)
Amber
D4033
V+5LED
NM
Amber
47 SLI-343YYW(TUV)
R4051
1.2k
Amber
D4035
R4089
Amber 47 SLI-343YYW(TUV)
R4034
DD
D4026
NM
5 8
Q 2/3 CDJB ASSY (DWX3614)
GNDD
GNDLED
GNDLED
Q 2/3
149
A
GNDD CDJ_GRID7
CDJ_GRID6
CDJ_GRID5
CDJ_GRID4
Icmax 55mA
B
V+5LED
GNDLED
C
V+5LED
MIC
Icmax 97mA
D
Icmax 67mA
E
Icmax 100mA
GNDLED
F
1
2
3
4
10.37 CDJB ASSY (3/3) A
Signal name for PNL1 MIC_LOW MIC_HI
for PNL2 BOOTH MASTER
V+3R3D V+3R3AD
V+5LED
CN4003 VKN1248-A
Signal name
B
17
for PNL1 N.C. PWR_SW
V+3R3AD
0
MIC_LOW
for PNL2
16 0
MIC_HI
STBY_LED USB_REC
R4154
15
R4146
14
GNDAD
13 12 0
STBY_LED
11 0
R4142
USB_REC
R S
10
R4144
9
GNDD
0 CDJ_GRID5
8 0
CDJ_GRID6 CDJ_GRID7
R4140
R4139
0
0
R4141
CDJ_KEY0
CN5501 (Left) CN5701 (Right)
7 6 5
R4143
4
V+3R3D
3 0
CDJ_LED0
2 R4145
C
1
V+5LED
GNDD GNDAD
GNDLED
Signal nam
C4022
CN4001
0.1u/16
JQ
100u/16
D C4015
for PNL1 N.C. PWR_SW
R4116
NM
SA 3216
V+5LED
VKN1246-A 15 14
JOGT_SW
13
GNDF
GNDLED
0
12
JOGR_B JOGR_A
0
R4148
R4147
0
11 10
R4149
9 8
T
CN9601
7 100
J_GRID_SI
E
6
J_GRID_xG J_GRID_RCK J_GRID_SCK
R4150
100
100
R4152
R4151
100
5 4 3 R4153
F
C4024
R4138 100u/16
1
0.1u/16
NM
C4023
SA 3216 JQ
NM C4030
NM
NM
C4029 NM
C4027
C4028
2
V+3R3D
GNDD
Q 3/3 150
XDJ-RX 1
2
3
4
U
CN9801
5
6
7
8
Q 3/3 CDJB ASSY
(DWX3614)
NM C4019
0.1u/16
SA 3216 100u/16
JQ
0.1u/16
C4018
R4137
NM
SA 3216
100u/16 C4021
JQ
C4020
GNDD
R4136
V+3R3AD
V+3R3D
0
GNDAD
AD_SEL0
CN4002 VKN2097-A 39
CDJ_AD1 CDJ_AD0
N5501 (Left)
220
R4118
R4117
0
0
R4162
37 36 35
R4161
34
0
CDJ_KEY1
33
CDJ_KEY0 CDJ_KEY2 CDJ_KEY3
R4129
0
0
R4128
R4130
0
32 31 30 R4131
29
0
CDJ_LED1
CDJ_LED0
0
R4133
R4134
0
27 26
R4132
25
0 GRID_SCK
24 R4115
23
0 GRID_SI
22 R4114
21 20
0 CDJ_PAD0
19 R4124
0
0
R4127
R4122
0
0
R4126
R4123
0
0
R4125
R4155
0
JOGR_0
0
R4156
JOGR_1
R4120
0
100
R4119
R4121
0
0
R4157
R4160
0
0
R4158
for PNL2 STBY_LED USB_REC
CDJ_CUE CDJ_PAD1 STBY_LED USB_REC JOGR_B JOGR_A JOGT_SW J_GRID_SI J_GRID_xG J_GRID_RCK J_GRID_SCK
16 15 14 13
D
12 11 10 9 8 7 6 5
R4159
V+5LED
SA 3216
CN9801
4 3 2
E
0.1u/16
JQ
C4017
1
C4016
U
C
17
100u/16
for PNL1 N.C. PWR_SW
CDJ_PAD2
18
NM
CDJ_PLAY
R4135
CDJ_PAD3
M 3/4 CN3401 (Left) M 3/4 CN3402 (Right)
28
CDJ_LED2
Signal name
B
38
AD_SEL1
N5701 (Right)
A
GNDLED
F
Q 3/3 151
XDJ-RX 5
6
7
8
1
2
3
4
10.38 PNL1 ASSY A
V+5_LED
CDJ1_GRID6
V+5_LED
CDJ1_GRID7
MIC HI
MIC_HI
470p
470p C5502
GND_LED
GND_LED
C5503
VR5501
2 3
180
GND_AD
D
47k
R5509
R5510
1:4B
GND_LED
D5501 DA2J101
D5503 DA2J101
22k
V+3R3D R5511
MIC
2 3 4 5
DSH1058-A S5502
1
CDJ1_GRID5
USB1 STOP
DSG1089-A
S5501
E
1:2E CDJ1_KEY0 Q5505 LTC124EUB
GNDD
F
R 152
XDJ-RX 1
2
1
GND_AD
Q5506 LSCR523UB
2.2k CDJ1_LED0
CDJ1_GRID7
0
0.1u/16
MIC
SLI-343U8R(HJK) D5504 R5508
USB1 STOP
120
SLI-343U8R(HJK) D5502 R5504
V+3R3_AD
DCS1078-A
C
CDJ1_GRID6
M
V+3R3_AD
C5501
R5507
GNDD
MIC_LOW
56k
R5505
Q5504 LSAR523UB
22k
R5506 1.8k
56k
GNDD
LTC124EUB Q5503
22k
R5501
Q5502 LSAR523UB
R5502 1.8k
R5503
LTC124EUB Q5501
B
3
4
DC
5
6
7
8
R PNL1 ASSY
(DWX3628)
A
B
MIC LOW V+5_LED V+3R3_AD CN5501 C5504
17
V+5_LED
16
CDJ1_LED0
3
15
GND_LED
2
14
V+3R3D
13
CDJ1_KEY0
12
CDJ1_GRID7
11
CDJ1_GRID6
10
CDJ1_GRID5
VR5502
2 6
1
DCS1078-A
5
1:4B
1
4
1
GND_AD RT2 RT2 ASG1102-A
CDJ1_KEY0
GND_LED
1:2E
CDJ1_GRID7
1u/16
1:4B
CDJ1_GRID6
1:4B
CDJ1_GRID5
1:4B
C
9
GNDD
Q 3/3
8
PWR_SW
CN4003
7
N.C.
6
N.C.
R5513 220
GND_AD V+3R3_AD
1u/16
GNDD
C5508
ND_AD
CDJ1_LED0
2
5 4
V+3R3D
3
6
C5507
3
100u/16
RT1 RT1
0.1u/16 C5505
S5503
C5506
VKN1248-A
0.1u/16
5
N.C.
4
GND_AD
MIC_HI
3
MIC_HI
MIC_LOW
2
MIC_LOW
1
V+3R3_AD
D
E NOTES RS1/10SR***J CKSRYB***K +
CEAT101M
F
R 153
XDJ-RX 5
6
7
8
1
2
3
4
10.39 PNL2 ASSY A
CDJ2_GRID6
BOOTH
V+5_LED
V+3R3_AD
R5701
VR5701
BOOTH
V+5_LED
2 3
1
DCS1104-A
STBY
22k
1.8k
0.1u/16 Q5702 LSAR523UB
B
R5702
LTC124EUB Q5701
C5703
GND_AD MASTER
2.2k
D
47k
8D
R5709
R5710
CDJ2_LED0
C5701
USB STOP
120
C
470p/50
MVR_MUTE
8E
GND_AD
Q5706 LSCR523UB
SLI-343U8R(HJK) D5703 R5704
GND_LED
Q NM
C5702
470p/50
56k
R5703
GNDD
GND_LED
TRACK MARK
V+3R3D
D5704 DA2J101
22k
DSG1089-A
S5703
CDJ2_GRID5
R5711
D5701 DA2J101
USB STOP
E
DSG1089-A
S5701
CDJ2_GRID6
8D NOTES
CDJ2_KEY0
NM
Q5705 LTC124EUB
is ST RS1/ CKSR
+
GNDD F
S 154
XDJ-RX 1
2
3
4
CEAT
5
6
7
8
S
PNL2 ASSY (DWX3629)
A
MASTER LV V+3R3_AD C5707 NM C5708 0.1u/16 R5716
V+5_LED
3
MASTER VOLUME MUTE IC5701 V+
2
Q5707 NM
4 NM
NM
C5705
8E
NM
MVR_MUTE
C5704
R5714
3
DCS1104-A
GND_AD 8 7
- +
6
GND
5
NM
1
B
1
V+5_LED
C5706
NM
R5715
NM
NM R5713
STBY
R5712
NM
- +
D_AD
VR5702
2
V+3R3_AD
1. OUTPUT1 2. -INPUT1 3. +INPUT1 4. GND
8. V 7. OUTPUT2 6. -INPUT2 5. +INPUT2
NM C
GND_AD
GND_LED
V+5_LED
CN5701 100u/16
V+3R3D
0.1u/16 C5709
C5710
VKN1248-A
CDJ2_LED0
2D
CDJ2_KEY0
3F
1u/16
C5711
GND_LED
CDJ2_GRID6
2C;2E
CDJ2_GRID5
2E
USB REC
S5702
220
STBY LED
R5708 2.2k
SLI-343U8R(HJK)
MVR_MUTE
CKSRYB***K
1u/16
GND_AD V+3R3_AD
RS1/10SR***J
+
16
CDJ2_LED0
15
GND_LED
14
V+3R3D
13
CDJ2_KEY0
12
N.C.
11
CDJ2_GRID6
10
CDJ2_GRID5
9
GNDD
8
USB_REC
7
STBY_LED
6
MVR_MUTE
5
N.C.
4
GND_AD
MASTER
3
MASTER
BOOTH
2
BOOTH
1
V+3R3_AD
is STBY
C5712
NM
4C
GNDD
NOTES
V+5_LED
R5705
DSG1089-A D5705
17
CEAT101M
D
Q 3/3 CN4003
E
F
S 155
XDJ-RX 5
6
7
8
1
2
3
4
10.40 JOGT1 and JOGR1 ASSYS A
V
JOGR1 ASSY (DWX3619)
V+3R3D
1
V+3R3D
2
GNDD
3
JOGR_A
4
6
100
R9003
5 VCC
1
4
2
C9002
KE-2K18-15
0.01u/50
1u/10
C9001
GND
3 AOUT
100
B
BOUT
C9003
82
PC9001
R9002 JOGR_B
0.01u/50
JP9001 PF04PG-Q07
R9001
V+3R3D
V+3R3D GNDD
1608 R9604
SMD-OTHER 2125 1/4W
GNDD
R9601
1005
750
L9604
DCN1187-A
L9601 CTF1786-A
D9601
C9602 220p/50
RB520G-30
1005
1005
L9602
R9614
CTF1786-A
100
R9617 NM
D
GNDD
1/4W NM
VA9607
0
NM
R9651
R9618
GND_F
E
F
T V 156
XDJ-RX 1
2
3
4
GP3 R9608
1005
22k
1608 (D)
2125 1/4W
R9609
220
SMD-OTHER
1
GP0
R9602
For Floting Plate KN9602 CKF1089-A
1
NM
1608
NM
1005
GND_F
1005
1005 L9603
R9612
6
CH
10k
VA9604
750 DCN1187-A
VA9601
R9613
C
CTF1786-A
EZJZ1V80010
EZJZ1V80010
1/4W
1608
R9610
1
1005
IC9601
KN9601 CKF1089-A
0.1u/10
1005
TO JOG Plate
C9603
0
5
6
7
8
T
JOGT1 ASSY (DWX3618)
A
Note: The 1 and 2 Assys of JOGT Assy have the same circuitry, parts, and board shapes. Only printed information is different, because their part numbers and wiring numbers are different. They are handled similarly in their production management. Therefore, either 1 or 2 Assy of the respective Assys is assembled in the respective place.
V+3R3D
CN9604
14
AKM1275-A
2
100
1005 R9605
4
JOGR_A 608
GNDD
1005
5
NM
NM
VA9602
V+5LED VA9603
VA9605
EZJZ1V270RM
GNDF
13
GNDD
12
JOGT_SW
11
JOGR_B
10
JOGR_A
9
V+3R3D
8
V+5LED
7
V+5LED
6
J_GRID_SI
5
J_GRID_xG
4
J_GRID_RCK
3
J_GRID_SCK
2
GNDLED
1
GNDLED
0
5V 3.3V Converter
Q 3/3 CN4001 C
13
R9624 0
2
1A
3
1Y
4
2G
VCC 4G 4A 4Y
5
2A
6
2Y
7
14
3G 3A GND
GNDLED
GNDD
13
C9607
1G
12
0.1u/10
NM
1005
1
11
CN9602
10
CKS6634-A
9 R9622
8
3Y
R9621
100
74VHCT126AFT
R9620
1
GNDLED
2
GRID_SCK_5
3
GRID_RCK_5
4
GRID_xG_5
5
GRID_SI_5
6
V+5LED
100 R9619
100
15
5
JOG_SW(ICSPCKL)
4
DISCHARGE(ICSPDAT)
3
GND_D
2
VDD(5V)
1
MODE_SEL
NM
1005
C9601
1005
FOR DEBUG
NM
0.1u/10
CN9603
C9605
V+3R3D
100u/6.3
CEHVW101M6R3-TRB
GNDLED
C9606
100
CN9401
IC9602 R9607
NM
GND_F
D
W CN9201 X
10k
1005
1005
R9611
PIC10F206-I/OT
GP1 3
GND_F
100 R9608
GNDF
14 0
4 GP2
VDD VSS
GP3 1
2
GP0
IC9601
NM
6
5
13
15
0
R9603
1005
1005
R9612
R9623
R9615
R9616
GNDD
10k
VKN1419-A
1005
0.1u/10
1005
C9603
0
1005
100
14
9604
R9610
B CN9601
3
GNDD
V+3R3D
10V 10u
V+3R3D
1005 R9606
C9604
1
DCH1201-A
JOGR_B
GNDLED
E
GNDD
F
T 157
XDJ-RX 5
6
7
8
1
2
3
4
10.41 JOGT2 and JOGR1 ASSYS A
V
JOGR1 ASSY (DWX3619)
V+3R3D
V+3R3D
2
GNDD
3
JOGR_A
4
6
100
R9003
5 VCC
1
4
2
C9002
KE-2K18-15
0.01u/50
1u/10
C9001
GND
3 AOUT
100
B
BOUT
C9003
1
82
PC9001
R9002 JOGR_B
0.01u/50
JP9001 PF04PG-Q07
R9001
V+3R3D
V+3R3D 1608
GNDD
R9804
SMD-OTHER 2125 1/4W
GNDD
R9801
1005
750
L9804 CTF1786-A
EZJZ1V80010
L9801 CTF1786-A
D9801
C9802 220p/50
RB520G-30
1005
1005
L9802
R9814
CTF1786-A
100
1005
R9817 NM
GNDD
1/4W
D
NM
0
VA9807
NM
R9851
R9818
GND_F
E
F
U V 158
XDJ-RX 1
2
3
4
GP3 R9808
22k
1608 (D)
2125 1/4W
R9809
220
SMD-OTHER
1
GP0
R9802
For Floting Plate KN9802 CKF1089-A
1
NM
1608
NM
1005
GND_F
1005
1005 L9803
R9812
6
CH
10k
750 DCN1187-A
VA9801
R9813
C
VA9804
1/4W
EZJZ1V80010
DCN1187-A
1608
R9810
1
1005
IC9801
KN9801 CKF1089-A
0.1u/10
1005
TO JOG Plate
C9803
0
5
6
7
8
U JOGT2 ASSY (DWX3631)
A
Note: The 1 and 2 Assys of JOGT Assy have the same circuitry, parts, and board shapes. Only printed information is different, because their part numbers and wiring numbers are different. They are handled similarly in their production management. Therefore, either 1 or 2 Assy of the respective Assys is assembled in the respective place.
V+3R3D
CN9804
14
AKM1275-A
100
3
GNDD
4
JOGR_A 08
100
14
804
GNDD
GNDF
13
GNDD
12
JOGT_SW
11
JOGR_B
10
JOGR_A
9
V+3R3D
8
V+5LED
7
V+5LED
6
J_GRID_SI
5
J_GRID_xG
4
J_GRID_RCK
3
J_GRID_SCK
2
GNDLED
1
GNDLED
0
0
5
NM
NM
VA9802
V+5LED VA9803
VA9805
GNDF
14
0
3.3V 5V Converter
Q 3/3 CN4001 C
13
R9824 0
IC9802
4 5 6 7
4G 1Y 4A 2G 4Y 2A 3G 2Y 3A GND
GNDLED
13 12 11
CN9802
10
CKS6634-A
9 R9822
8
3Y
R9821
100
74VHCT126AFT
R9820
1
GNDLED
2
GRID_SCK_5
3
GRID_RCK_5
4
GRID_xG_5
5
GRID_SI_5
6
V+5LED
100 R9819
100
NM
15
5
JOG_SW(ICSPCKL)
4
DISCHARGE(ICSPDAT)
3
GND_D
2
VDD(5V)
1
MODE_SEL
NM
1005
C9801
1005
0.1u/10
CN9803
C9805
V+3R3D
100u/6.3
GNDLED
C9806
FOR DEBUG
CEHVW101M6R3-TRB
100
CN9401
3
VCC 1A
GNDD C9807
2
14
1G
0.1u/10
NM
1005
1 R9807
NM
GND_F
D
W CN9201 X
10k
1005
1005
R9811
PIC10F206-I/OT
GND_F
100
1005
15
4 GP1
VSS 3
GP0 2
1
GP2
VDD
5
GP3
6
13
EZJZ1V270RM
R9816
R9803
R9808
NM
IC9801
R9812
1005 10k
1005
R9823
R9815
1005
GNDD
R9810
VKN1419-A
1005
0.1u/10
1005
C9803
0
B
CN9801
1005 R9805
10V 10u
2
V+3R3D
C9804
V+3R3D
1005 R9806
DCH1201-A
JOGR_B
1
GNDLED
E
GNDD
F
U 159
XDJ-RX 5
6
7
8
1
2
3
4
10.42 JLED1 ASSY 1:6B
V+5LED A
IC9201 D9201
R9233 D9202
D9203 D9204 D9205 D9206 D9207
1
QB
820
R9201
2
R9202
820
3
820
R9203
4
QE
R9204
820
5
QF
820
R9205
6
QG
R9206
820
820
7 8
VCC
QC
QA
QD
SI G RCK SCK
QH1
SCLR
GND
16
C9201
15
0.1u/16
R9238 C9207 220p/50 C9208 220p/50 C9209 220p/50 C9210 220p/50
14 13 12 11
GRID_SI
6B GRID_xG
6B
820 R9245 820
GRID_RCK
6C GRID_SCK
6C
10 R9246
9
QH2 100
74VHC595FT
B
IC9202 D9208
R9207 D9209
D9210 D9211 D9212 D9213 D9214
1
QB
820
R9234
2
R9208
820
3
820
R9209
4
QE
R9210
820
5
QF
820
R9211
6
QG
R9212
820
7
820
8
VCC
QC
QA
QD
SI G RCK SCK
QH1
SCLR
GND
16
C9202
15
0.1u/16
R9239 820 R9240
C9211
14 13
1000p/50
820
12 11 10 R9247
9
QH2 100
74VHC595FT
C
IC9203 D9215
R9213 D9216
D9217 D9218 D9219 D9220 D9221
1
QB
820
R9214
2
R9235
820
3
820
R9215
4
QE
R9216
820
5
QF
820
R9217
6
QG
R9218
820
820
7 8
VCC
QC
QA
QD
SI G RCK SCK
QH1
SCLR
GND
16
C9203
15
0.1u/16
R9241 820 R9242
C9212
14 13
1000p/50
820
12 11 10 R9248
9
QH2 100
D
74VHC595FT IC9204 D9223
R9220 D9224
D9225
820
1 R9221
R9236 D9226
D9227 D9228 D9229
820
2 3
QB QC
820
R9222
4
820
5
QF
820
R9224
6
QG
R9225
820
7 8
QA
QD
R9223
820
VCC
SI
QE G RCK SCK QH1
SCLR
GND
16
C9204
15
0.1u/16
R9219 820
C9213
14 13
1000p/50
12 11 10 R9249
9
QH2 100
E
74VHC595FT IC9205 D9230
R9226 D9231
D9232
R9227
R9228 D9233
D9234 D9235 D9236
820
1
820
2 3
820
R9237
4
R9229
820
5
820
R9230
6
R9231
820
7
820
8
QB QC QD
VCC QA SI
QE G QF
RCK
QG SCK QH1
SCLR
GND QH2
F
16
C9205
15
0.1u/16
R9243 820
C9214
14 13
R9244
1000p/50
820
12 11 10 9
R9232 10k
R9250
74VHC595FT
0
W 160
XDJ-RX 1
2
3
4
5
6
7
8
W JLED1 ASSY (DWX3617)
R9238
D9237
_SI
820 R9245
D9244
_xG
820
A
Note: The 1 and 2 Assys of JLED Assy have the same circuitry, parts, and board shapes. Only printed information is different, because their part numbers and wiring numbers are different. They are handled similarly in their production management. Therefore, either 1 or 2 Assy of the respective Assys is assembled in the respective place.
_RCK
1:2A/
C9206 R9239 820 R9240
D9238
DCH1201-A
V+5LED
_SCK
CN9201
GRID_SI
3B GRID_xG
D9239
3B GRID_RCK
3B
820
B
CKS6634-A
GRID_SCK
3B
1
V+5LED
2
GRID_SI
3
GRID_xG
4
GRID_RCK
5
GRID_SCK
6
GND_LED
T
CN9602
U
CN9802
GND_LED
C
R9241
D9240
820 R9242
D9241
820
D9237,D9244, D9238,D9239, D9240,D9241, D9242,D9243 D
BLUE: FM-3528BK-470M-TRB R9219
D9222
820
OTHER:WHITE NHSW157B-A13072-TRB
E
R9243
D9242
820 R9244
D9243
820
R9250
F
0
W
GND_LED
161
XDJ-RX 5
6
7
8
1
2
3
4
10.43 JLED2 ASSY 1:6B
V+5LED A
IC9401 D9401
R9433 D9402
D9403 D9404 D9405 D9406 D9407
1
QB
820
R9401
2
R9402
820
3
820
R9403
4
QE
R9404
820
5
QF
820
R9405
6
QG
R9406
820
820
7 8
VCC
QC
QA
QD
SI G RCK SCK
QH1
SCLR
GND
16
C9401
15
0.1u/16
R9438 C9407 220p/50 C9408 220p/50 C9409 220p/50 C9410 220p/50
14 13 12 11
GRID_SI
4B GRID_xG
4B
820 R9445 820
GRID_RCK
4B GRID_SCK
4B
10 R9446
9
QH2 100
74VHC595FT
B
IC9402 D9408
R9407 D9409
D9410 D9411 D9412 D9413 D9414
1
QB
820
R9434
2
R9408
820
3
820
R9409
4
QE
R9410
820
5
QF
820
R9411
6
QG
R9412
820
7
820
8
VCC
QC
QA
QD
SI G RCK SCK
QH1
SCLR
GND
16
C9402
15
0.1u/16
R9439 820 R9440
C9411
14 13
1000p/50
820
12 11 10 R9447
9
QH2 100
74VHC595FT
C
IC9403 D9415
R9413 D9416
D9417
820 R9435
D9418 D9419 D9420 D9421
1 R9414 820
2 3
QB QC
820
R9415
4
820
5
QF
820
R9417
6
QG
R9418
820
7 8
QA
QD
R9416
820
VCC
SI
QE G RCK SCK QH1
SCLR
GND
16
C9403
15
0.1u/16
R9441 820 R9442
C9412
14 13
1000p/50
820
12 11 10 R9448
9
QH2 100
D
74VHC595FT IC9404 D9423
R9420 D9424
D9425
820 R9436
D9426 D9427 D9428 D9429
1 R9421 820
2 3
QB QC
820
R9422
4
820
5
QF
820
R9424
6
QG
R9425
820
7 8
QA
QD
R9423
820
VCC
SI
QE G RCK SCK QH1
SCLR
GND
16
C9404
15
0.1u/16
R9419 820
C9413
14 13
1000p/50
12 11 10 R9449
9
QH2 100
E
74VHC595FT IC9405 D9430
R9426 D9431
D9432 D9433 D9434 D9435 D9436
820
1 R9427
2
R9428
820
820
R9437
4
R9429
820
5
3
820
R9430
6
R9431
820
7
820
8
QB
VCC
QC
QA
QD
SI
QE G QF
RCK
QG SCK QH1
SCLR
GND QH2
F
16
C9405
15
0.1u/16
R9443 820
C9414
14 13
R9444
1000p/50
820
12 11 10 9
R9432 10k
R9450
74VHC595FT
0
X 162
XDJ-RX 1
2
3
4
5
6
7
8
X R9438
D9437
I
820 R9445
D9444
G
820
JLED2 ASSY (DWX3630)
A
Note: The 1 and 2 Assys of JLED Assy have the same circuitry, parts, and board shapes. Only printed information is different, because their part numbers and wiring numbers are different. They are handled similarly in their production management. Therefore, either 1 or 2 Assy of the respective Assys is assembled in the respective place.
CK
1:3A/
C9406 R9439 820 R9440
D9438
DCH1201-A
V+5LED
CK
CN9401
GRID_SI
1A GRID_xG
D9439
2E GRID_RCK
2E
820
B
CKS6634-A
GRID_SCK
2E
1
V+5LED
2
GRID_SI
3
GRID_xG
4
GRID_RCK
5
GRID_SCK
6
GND_LED
T
CN9602
U
CN9802
GND_LED
C
R9441
D9440
820 R9442
D9441
820
D9437,D9444, D9438,D9439, D9440,D9441, D9442,D9443 R9419
D
D9422
BLUE: FM-3528BK-470M-TRB
820
OTHER:WHITE NHSW157B-A13072-TRB E
R9443
D9442
820 R9444
D9443
820
R9450
F
0
X
GND_LED
163
XDJ-RX 5
6
7
8
1
2
3
4
3
4
10.44 POWER SUPPLY ASSY A
• NOTE FOR FUSE REPLACEMENT CAUTION - FOR CONTINUED PROTECTION AGAINST RISK OF FIRE, REPLACE WITH SAME TYPE AND RATINGS OF FUSE.
AC IN
B
C
D
E
F
Y 164
XDJ-RX 1
2
5
6
7
8
Y
POWER SUPPLY ASSY (DWR1463)
A
B
A 1/16
CN101
C
D
E
F
Y 165
XDJ-RX 5
6
7
8
1
2
3
4
10.45 VOLTAGES A
B
C
Name of voltage
Typ.
Max
V+12STB /V+12EUP /V+12E
11.40 V
12.00 V
12.60 V
MAIN Assy, MIXB Assy
1
±5%
V+12SW /V+12D
11.40 V
12.00 V
12.60 V
MAIN Assy, USBP1/USBP2 Assy
2
±5%
V+12SWA /V+12A V+4R2D
11.40 V
12.00 V
12.60 V
MAIN Assy
3
±5%
3.99 V
4.20 V
4.41 V
MAIN Assy
4
±5%
V+5R2D /V+5LED /V+5_LED
4.94 V
5.20 V
5.46 V
MAIN Assy, EXTB Assy, DPNL1 Assy, CDJB Assy, MIXB Assy, PNL1 Assy, PNL2 Assy, JOGT1/JOGT2 Assy, JLED1/JLED2 Assy, LLED Assy
5
±5%
V+15A
14.25 V
15.00 V
15.75 V
MAIN Assy, JACK1 Assy, JACK2 Assy
6
±5%
V-15A
-14.25 V
-15.00 V
-15.75 V
7
±5%
V+7R5HP V-7R5HP V+5A
7.13 V -7.13 V 4.95 V 1.334 V 1.261 V 1.334 V 1.261 V 2.85 V 2.716 V 2.910 V
7.50 V -7.50 V 5.00 V 1.375 V 1.300 V 1.375 V 1.300 V 3.00 V 2.80 V 3.00 V
7.88 V -7.88 V 5.05 V 1.416 V 1.339 V 1.416 V 1.339 V 3.15 V 2.884 V 3.090 V
MAIN Assy, JACK1 Assy, JACK2 Assy MAIN Assy MAIN Assy MAIN Assy MAIN Assy MAIN Assy MAIN Assy MAIN Assy MAIN Assy MAIN Assy MAIN Assy
8 9 a
±5% ±5% ±1% Just after startup, ±3% Normal operation, ±3% Just after startup, ±3% Normal operation, ±3% ±5% Just after startup, ±3% Normal operation, ±3%
V+3R3D
3.201 V
3.30 V
3.399 V
MAIN Assy, CDJB Assy, MIXB Assy, PNL1 Assy, PNL2 Assy, JOGT1/JOGT2 Assy, JOGR1/JOGR2 Assy, LLED Assy
f
±3%
V+3R3A V+1R5DDR
3.201 V 1.455 V
3.30 V 1.50 V
3.399 V 1.545 V
MAIN Assy MAIN Assy
g h
±3% ±3%
V+5VBUS_A1 /V+5VBUS_A2 V+18 V-6 V+9R6 LCD Backlight
4.88 V
5.14 V
5.40 V
USBP1/USBP2 Assy
i
±5%
17.10 V -5.70 V 9.12 V 9.55 V
18.00 V -6.00 V 9.60 V 10.60 V
18.90 V -6.30 V 10.08 V 11.75 V
EXTB Assy EXTB Assy EXTB Assy EXTB Assy
j k l m
±5% ±5% ±5%
V+3R3EUP /V+3R3E
3.14 V
3.30 V
3.47 V
MAIN Assy, MIXB Assy
n
±5%
V+3R3AD /V+3R3_AD
3.14 V
3.30 V
3.47 V
CDJB Assy, MIXB Assy, PNL1 Assy, PNL2 Assy, CHFB Assy, CRFD Assy
o
±5%
V+1R375SOC V+1R375CORE V+3R0VSNVS V+2R8VHIGH
D
E
Observation point
Min
Associated Assy
b c d e
Remarks
F
166
XDJ-RX 1
2
3
4
5
6
7
8
10.46 WAVEFORMS A
NOTE: The following waveforms were measured at the point of the corresponding balloon number in the schematic diagram and PCB diagram. 1
Power cord connection → EUP start up Ch1: IC3603 - pin 6 (V+12E) V: 10 V/div. H: 4 ms/div. Ch2: IC3602 - pin 2 (V+3R3E) V: 2 V/div. H: 4 ms/div. Ch3: IC3601 - pin 15 (EUP X'tal) V: 2 V/div. H: 4 ms/div. Ch4: IC3602 - pin 1 (EUP xRST) V: 2 V/div. H: 4 ms/div.
5
LCD backlight (start state/DIMMER mode "3") Ch1: LCD_PWM V: 2 V/div. H: 10 ms/div. Ch2: CN8701 - pin 1 V: 5 V/div. H: 10 ms/div. Ch3: CN8701 - pin 2 V: 2 V/div. H: 10 ms/div.
8
Grid control Ch1: IC3001 - pin 8 (GRID_SCK) V: 2 V/div. H: 200 μs/div. Ch2: IC3001 - pin 1 (GRID_SI) V: 2 V/div. H: 200 μs/div. Ch3: IC3001 - pin 3 (MXR_GRID0) V: 2 V/div. H: 200 μs/div. Ch4: IC3001 - pin 12 (MXR_GRID6) V: 2 V/div. H: 200 μs/div.
11
Matrix key (at MENU button pressed) Ch1: MXR_GRID4 V: 2 V/div. H: 200 μs/div. Ch2: MXR_KEY2 V: 2 V/div. H: 200 μs/div. Ch3: S3022 (KEY) V: 2 V/div. H: 200 μs/div.
B
2
3
Power SW ON Ch1: PWR_SW V: 2 V/div. H: 4 ms/div. Ch2: TP137 (xEUPSW) V: 10 V/div. H: 4 ms/div. Ch3: TP103 (V+12D) V: 10 V/div. H: 4 ms/div. Ch4: TP106 (V+12A) V: 10 V/div. H: 4 ms/div.
6
Abnormal power detection operation start up Ch1: TP2404 (V+3R3EUP) V: 2 V/div. H: 10 ms/div. Ch2: TP137 (xEUPSW) V: 10 V/div. H: 10 ms/div. Ch3: TP103 (V+12D) V: 10 V/div. H: 10 ms/div. Ch4: TP311 (F_DET) V: 2 V/div. H: 10 ms/div.
LCD RGB operation (CLK/HD/VD) Ch1: R8843 (LCD_CLK) V: 2 V/div. H: 10 ms/div. Ch2: CN8801 - pin 30 (VSD) V: 2 V/div. H: 10 ms/div. Ch3: CN8801 - pin 31 (HSD) V: 2 V/div. H: 10 ms/div. Ch4: CN8801 - pin 34 (B7) V: 2 V/div. H: 10 ms/div.
9
Ch1: R8843 (LCD_CLK) V: 2 V/div. H: 40 ns/div. Ch2: CN8801 - pin 30 (VSD) V: 2 V/div. H: 40 ns/div. Ch3: CN8801 - pin 31 (HSD) V: 2 V/div. H: 40 ns/div. Ch4: CN8801 - pin 34 (B7) V: 2 V/div. H: 40 ns/div.
LED control 1 Ch1: IC3002 - pin 11 (LED_SCK) V: 2 V/div. H: 40 μs/div. Ch2: IC3002 - pin 12 (LED_RCK) V: 2 V/div. H: 40 μs/div. Ch3: IC3002 - pin 14 (LED_SI) V: 2 V/div. H: 40 μs/div. Ch4: IC3002 - pin 3 (MXR_LED9) V: 2 V/div. H: 40 μs/div.
Ch1: IC3002 - pin 11 (LED_SCK) V: 2 V/div. H: 4 μs/div. Ch2: IC3002 - pin 12 (LED_RCK) V: 2 V/div. H: 4 μs/div. Ch3: IC3002 - pin 14 (LED_SI) V: 2 V/div. H: 4 μs/div. Ch4: IC3002 - pin 3 (MXR_LED9) V: 2 V/div. H: 4 μs/div.
12
Microcomputers communication Ch1: EUP_SS2 V: 2 V/div. H: 100 μs/div. Ch2: EUP_SCLK V: 2 V/div. H: 100 μs/div. Ch3: EUP_MOSI V: 2 V/div. H: 100 μs/div. Ch4: EUP_MISO V: 2 V/div. H: 100 μs/div.
C
Ch1: EUP_SS2 V: 2 V/div. H: 2 μs/div. Ch2: EUP_SCLK V: 2 V/div. H: 2 μs/div. Ch3: EUP_MOSI V: 2 V/div. H: 2 μs/div. Ch4: EUP_MISO V: 2 V/div. H: 2 μs/div.
D
Over write (Hold off)
E
4
Audio mute operation Ch1: V+12EUP V: 10 V/div. H: 4 s/div. Ch2: xEUPSW V: 10 V/div. H: 4 s/div. Ch3: AUDIO_MUTE (CPU_MUTE) V: 2 V/div. H: 4 s/div. Ch4: A_MUTE (MUTE) V: 10 V/div. H: 4 s/div.
7
USB high side SW operation Ch1: V+5R14A1/V+5R14A2 V: 5 V/div. H: 1 s/div. Ch2: USBEN_A1/USBEN_A2 V: 2 V/div. H: 1 s/div. Ch3: USBOCS_A1/USBOCS_A2 V: 2 V/div. H: 1 s/div. Ch4: V+5VBUS_A1/V+5VBUS_A2 V: 5 V/div. H: 1 s/div.
10
LED control 2 (MENU (at dark lit)) Ch1: MXR_GRID4 V: 2 V/div. H: 200 μs/div. Ch2: MXR_LED9 V: 2 V/div. H: 200 μs/div. Ch3: LED Anode V: 5 V/div. H: 200 μs/div. Ch4: LED cathode V: 5 V/div. H: 200 μs/div.
Turn On
Turn Off
F
167
XDJ-RX 5
6
7
8
1
2
3
4
3
4
A
13
JOG touch signal (Touch/Untouch) Ch1: IC9601/IC9801 - pin 14 (GP2) V: 2 V/div. H: 400 ns/div. Ch2: CN9601/CN9801 - pin 12 (JOGT_SW) V: 2 V/div. H: 400 ns/div.
16
Master DAC OUT (1 kHz sinewave) Ch1: IC7001 - pin 12 (L+) V: 2 V/div. H: 1 ms/div. Ch2: IC7001 - pin 11 (L-) V: 2 V/div. H: 1 ms/div. Ch3: IC7001 - pin 10 (R+) V: 2 V/div. H: 1 ms/div. Ch4: IC7001 - pin 9 (R-) V: 2 V/div. H: 1 ms/div.
17
Audio INPUT / SW AMP selection (Line → Phono) Ch1: INPUT2 R V: 2 V/div. H: 200 ms/div. Ch2: Master OUT2 R V: 5 V/div. H: 200 ms/div. Ch3: CN5201 - pin 9 (SW_IN2) V: 2 V/div. H: 200 ms/div. Ch4: CN5201 - pin 8 (SW_SEL2) V: 2 V/div. H: 200 ms/div.
JOG Touch
B
Ch1: IC9601/IC9801 - pin 14 (GP2) V: 2 V/div. H: 400 ns/div. Ch2: CN9601/CN9801 - pin 12 (JOGT_SW) V: 2 V/div. H: 400 ns/div.
JOG Untouch
C
14
JOG rotate signal Ch1: CN9604/CN9804 - pin 4 (JOGR_A) V: 2 V/div. H: 4 ms/div. Ch2: CN9604/CN9804 - pin 1 (JOGR_B) V: 2 V/div. H: 4 ms/div.
15
A/D SW operation Ch1: IC3201 - pin 10 (AD_SEL0) V: 2 V/div. H: 1 ms/div. Ch2: IC3201 - pin 9 (AD_SEL1) V: 2 V/div. H: 1 ms/div. Ch3: IC3201 - pin 1 (TRIM1) V: 2 V/div. H: 1 ms/div. Ch4: IC3201 - pin 3 (MXR_AD0) V: 2 V/div. H: 1 ms/div.
D
E
F
TRIM1
168
XDJ-RX 1
2
5
6
7
8
A
B
C
D
E
F
169
XDJ-RX 5
6
7
8
1
2
3
4
XDJ-RX
170
A D
M CN3403
JP5901
F
CN7201
(DNP2747-D)
CN2402
3
3 23
4
15
1
F
35 CN7201 CN2402 MRST
MRST
IC1201
3 1
9 7
IC1001
1 AE
F_DET
MUTE
IC7202
KN403
6
V+7R5HPIC403
V-7R5HP
V+12A V+5A V+12D
AUD5_TXD
CN101
Q404
L406
A B C
0 1 2 3 4 5 6 7 8 9
1
J
CAUTION
IC LINKS AS MARKED.
ATTENTION
CN2401
REPLACE
P101 TYPE NO.0437.500 MFD. BY LITTELFUSE INC.
CN8401
V+5R2D
CN2
D405
1
0
49
1
REMPLACER LE IC LINK COMME INDIQUE. P101 N’UTILISER QUE LA REFERENCE 0437.500 DE CHEZ LITTELFUSE INC.
2
50 CN2401
Y
X2203
L106
CN1802
CN8001
L102
H
SECOND)
F
AUD4_TXD
AUD4_RXD
1
Q306
L1403
Q403
AUD5_RXD L405 AUD3_RXD
0
0 1 2 3
R1715 AUD_TXC
A
OTG_PWR
B
C7613
CN2404
C7432
IC7402
CN5101
C481
D7403
V+1XA
D7401
JA1601 C7431
PC
1 4
2 3
Q402
10
CN1802
L1803
IC1801
IC7003
LF [[ G ]] B30C5A3/C7
IC7004
V+15A L402
D401
20
8
IC7405
IC401
16
IC7001 16
8
X1801
IC7602
8
23
16
CN8101
IC105
12
11
1 IC7601 CN2404
R1504
X2201
DAC_MISO
X2202
OTG_CHD_N
Q308
Q7206
Q7020 CPU_MUTE
3 1
Q7019 25
AUD_TXFS IMX_MCLK
R1716
CN1802
KN401 Q1601
A C EGJ L N R B DF H K M P T
Q7022 1
V+5LED
L107
C139
1
CN2201
V+12EUP V+12SW Q103 xEUPSW
CTS CN1701 1 RTS
7
AUD3_TXD
L407
10
IC402
P101 0437.500
1
5 5
A C EGJ L N R B DF H K M P T
C7208
MAC ID
C7216
C7213 20
D403
5 V+12STB
6
1
CN101
E
2 3 2 10 8 2 3 9 4 1 2 3 4
D C B
Q401 V-1XA
DWX3590-
L401
DNP2747-D
D402
16
MAIN
6
A MAIN ASSY
SIDE A
05
A
11.1 MAIN ASSY
11. PCB CONNECTION DIAGRAM 2
1
3
4
5
6
7
8
SIDE A
The blue character is silk for services.
A
7 L1401
IC1401
IC405
D
L401
D407
KN402
V-1XA
Q402 IC405
IC1401
24 12
Q4
18
Q402 Q1601 IC401
V-15A 7
1
L1402
8
D410
IC7401 2 JA1401 1
D401
IC7402
IC7405
C7434
IC7004
D7402 1
8
B
IC7406
CN5201
D7404 C7435
CN2403
16
IC7002
C7713 IC7003
IC7401
IC7001
IC7701
IC7702
IC7002
IC1801
IC7003
C
16
IC7406 IC7004
IC7601 IC7602
IC7701
CN2403
8
IC7702 C7712
31
IC105
C
S2001 S2002 1 CN1601
D Q103
14 13 16
IC1001 Q1751 Q1752
CN8301
Q404 P101
CN1801
10
1
CN1801
Q403 Q1702
IC402
IC602
Q7019
I CN8201
AUD4_RXD IC1501
OTG_OC R1503
V+1R375SOC
AU X
D1751 Q1701
14 56
25
L608
IC10
IC602 L607
28 42
L1804
9 7 V+3R3A
L601
MVREF V+3R3D
V+2R8VHIGH
V+1R5DDR 11
L602
L603 L101
MRST
C115
V+4R2D
3 1
IC1301
A C EGJ L N R B DF H K M P T
IC1201
G
D601 V+3R0VSNVS
Q1752 Q1702
D1752 Q1751
V+1R375CORE
S2003 L604
L606
11 12
CN1801
SIDE A(SECOND 48
X2201
R2036 R2041 R2046 L605 R2031 L1501
24
OTG_PWR
R1504
DAC_MISO
IC1501
17 4
Q7022 Q7020 Q306 IC1301 IC1201
Q7206 Q308
E
IC7202
IC102
IC102
MVREF
15
NOTE FOR PCB DIAGRAMS : 1. The parts mounted on this PCB include all necessary parts for several destinations. For further information for respective destinations, be sure to check with the schematic diagram.
2. View point of PCB diagrams. Connector
Capacitor
F SIDE A
P.C.Board
Chip Part
SIDE B
171
XDJ-RX 5
6
A
7
8
2
3
4
XDJ-RX
A SIDE B(FIRST)
Q310 Q307 Q303
LF CN1801
Q7202-Q7205
Q305
CN1801
R2026
BT_MODE1 R2029 R2027 R2028
R1414 T_MODE0
1 2 3 4 5 6 7 8 9
A B C
C7707
Q7002 Q7001
Q7002 Q7001
R1422
1
172 F IC2401
Q309
Q301 Q302 IC7201
E
Q304 IC1551
D IC2201 IC2202 C7722 Q7008
Q7004
C
Q7004
C7702
Q7007
CN2403
Q7003
C7004 Q7010
C7709
C7706
C7446
C7723 C7422
C7007
C7060
Q7003
C7436
Q7006
Q7006 C7419
IC404 F1401
F1402
Q7005 Q7009
Q7005 Q7009
B
C7438
L403
C482
0-
A MAIN ASSY
A
SIDE B 2
1
3
4
5
6
7
8
XDJ-RX
173
A F
CN7201 Q307
SIDE B
Q309
Q301
IC7201
D7202 Q302
C7202
Q7201 D7201
Q305
Q7205
Q7202 Q7204
Q7203
C462
D406
D404
D7003
C459 L408
D7002
Q304
C7223
16
8
C7065
(DNP2747-D) Q303
C7224
Q310
IC2401
CN2402
E
CN101
C142 IC1551
CN2401
L2405
C123
L2403
L2404
L2402
L2401
IC2203
R1422
IC2201
D BT_M
D1001 R1414 IC2202
BT_MODE0
CN1802
0
1
0 1 2 3 0
C
0 1 2 3 4 5 6 7 8 9
A B C
1
Q700 Q7001
CN1802
Q7004
C7602
C7618 C7610
Q7003
D7602
D7601
C7014
CN2404
C7066
C7060
C7437
Q7006 IC404
C7601
VA1601
C7619
L1601
D409 C7609 Q7005 Q C7457 VA1602
B
C7433 D408 L403
C7445 C7418 L404
DNP2747-D
MAIN
DWX3590-
A
SIDE B 6
5
7
8
1
2
3
4
11.2 JACK1, JACK2, HPJB and MICT ASSYS SIDE A A
C JACK2 ASS
B JACK1 ASSY S5101
JA5001
C5129
J5020
V-15A V+15A_MIC
J5140 V-15A_IN1
J5153
C5026
C5025
C5209
23
GNDD
J5411
22
CN5101 J5144
CN5101
J5408 V-15A_IN J5 GND
DWX3615JACK1 J5155 GNDA_MIC
GNDA_MIC
CN5001
J5150 GNDA_MIC
V-15A J5152 C5230
J5007 J5149
1
CN2404
GNDA_MIC
6
GNDA_MIC
J5154 GNDA_MIC
J5418
J5001 GNDA_MIC C5021 C5024
C
J5141 GNDA_MIC
C5130 J5148
J5145
2
J5147 J5013
A
1
J5138
J5135
J5009 GNDA_IN1
C5015
GNDA_MIC V+15A_MIC J5004
C5109
J5143 V+15A_IN1
JA5002
J5156 J5008
V-15A_IN1
C5110 C5111
GNDA_MICF J5157
GNDA_MICF
GNDA_IN1
JA5101
S5201
J5017
C5108
B
GNDA_MIC
(DNP2757-E)
CN5001
C5229
J54 V+15A_I J54 GNDA
D
D HPJB ASSY
CN5081
1 JP5901
CN7201
6
J5906 J5901 J5905
VR5 0 8 1 MIC1
1
6
VR5 0 8 2 MIC2
CN5081
DWX3623MICT J5081
JA5902
E
A
C5910 KN5902
E
J5904
JA5901
J5902
J5903
JP5901
[[ G ]] C7
LF
DWX3633HPJB
J5907
C5909
(DNP2755-D)
MICT ASSY (DNP2757-E)
F
B C D E 174
XDJ-RX 1
2
3
4
5
6
7
8
SIDE A A
17
JACK2 ASSY
17
C5209
S5201
JA5201
B
JA5303
C5306
C5305
C5302 J5453
C5304 J5439
C5421
31
A
R5345
R5342
R5331
R5330
R5332
IC5301
IC5302
J5407
J5429
J5457
V+15AO
J5431 J5428 V+15A_M1
J5419
DWX3616JACK2
J5414
C5315
1
17
C5329
J5422
C5322
30
GNDA_OUTM
2
J5433 GNDA_IN2 CN5201
J5406 V-15AO J5451
V+15A_BOOTH
J5427
J5413 GNDA_OUTB J5404 J5440 V+15AO J5450
J5454 V-15A_BOOTH
J5443
J5420 GNDA_OUTB V-15A_BOOTH
R5329
J5447
J5409
J5423 V+15A_BOOTH
J5402
J5405
V-15A_BOOTH
J5437
C
C5330
C5328 C5327
J5455 GNDA_OUTB
J5401
C5432
J5445
J5432
J5442
J5410 V+15A_IN2 J5446 GNDA_IN2
J5426 J5452 GNDA_OUTM
GNDD
J5435
C5229
J5438
C5307
GNDA_OUTB
C5420
J5421 V+15A_BOOTH
C5433
J5430
J5444
C5419
J5436
J5403
V-15A_IN
J5415 V+15A_IN
J5441 V+15A_IN
C5418
R5307
C5308
J5434
R5308
J5416
J5412
R5310
J5424
R5346
C5431
R5309
C5430
C5428
J5458 GNDA_OUTB
JA5302 C5303
C5301
C5429
V-15A_IN J5459 GNDA_IN2
JA5301
JA5402
R5341
JA5401
J5456 GNDA_OUTM
C5210
J5408
C5230
GNDD
J5418
J5449 V+15A_IN
C5211
C5208
PC
V-15A_M1 GNDA_OUTM J5448
D
(DNP2757-E)
CN5201
CN2403 IC5301
IC5302
E
F
C 175
XDJ-RX 5
6
7
8
1
2
3
4
SIDE B A
C JACK2 ASSY C5232 C5231
DWX3616JACK2 B
[[ G ]] C7
R5203
R5447
D5405 D5404
R5227
D5403 D5402
P5301
ADD SOLDER
R5311
Q5305
Q5311 R5347
D5302
R5354 R5353
R5355
R5449 R5448 Q5411 Q5410 R5434 R5433
R5357 R5312
C5339
Q5312 R5348
Q5412
R5206
R5214
IC5201
C5202 C5213 R5217 R5220 C5224
IC5202 R5446
R5351 R5305
C5334
C5336
C5335
L5306
C5333
R5450
R5435
C5338 R5306 C5341 R5350
R520 R520 R5 C520 R5218 R5221 C5215 C5225
C5206 R5208
R5226 R5356 R5349 C5340 P5302
C5207
C5205
R5202
D5301
D5304
VA5203
C5204 D5305 D5306
R5204
ADD SOLDER
R52
R5205
ADD SOLDER
LF
D5303
C5201 VA5202
Q5409 R5441 R5432
R5444
C5237
C5238
R5445 Q5306 R5443
R5303
Q5302 Q5301
R5304 R5343
R5336
Q5310
R5335
R5429
R5340
Q5307
Q5309
C
R5427 R5423 Q5406
R5302
R5338 R5344
Q5415
C5337 Q5416
R5334 R5425 Q5408
C5323 R5322
C5326 R5328
C5325 R5326
R5325
R5420 C5409 C5405
C5324 R5324
R5323
R5321 C5313 C5318
C5311
C5309
C5319
R5318
R5314
C5316
C5314 R5315 C5310 R5316
R5317
R5313 C5317 R5327 C5321 R5319 C5312 R5320 R5337 etc.GNDA_OUTM C5332 31.MASTER1_R_COLD 30.MASTER1_R_HOT 28.MASTER1_L_COLD 26.MASTER1_L_HOT 15-17.GNDA_OUTB C5331 24.MASTER2_R 14.BOOTH_L 6.V+15A_IN2 5.GNDA_IN2 22.MASTER2_L 13.GNDA_OUTB 4.INPUT2_R 20.V+15AO 12.V-15AO 9.SW_IN2 8.SW_SEL2 2,3.GNDA_IN2 19.GNDA_OUTB 11.GNDD 1.INPUT2_L 18.BOOTH_R 10.A_MUTE 7.V-15A_IN2
D
C5234
C5235
R5426 R5437 R5430
R5422 Q5405 R5222
C5422 R5404 C5410 R5419 C5407 C5403 C5415 R5415 C5411 Q5402
R5223 R5421 C5406 Q5201 C5402 R5410 C5435
R5402
C5228
Q5401 R5405
C5417 R5417
C5320
R5440
R5428
Q5308
R5333
R5442 R5439 Q5414
Q5413
R5301
IC5401
Q5304
Q5303
R5412
R5411 C5414 R5414 R5403
Q5404 C5413
C5227 R5438
R5409 C5401
R5413
R5401
R5424 C5423 Q5407 R5431 R5408 C5412 R5418 IC5402 C5408 C5404 Q5403 R5339 C5416 R5406 R5416 R5407 0
1
0 1 2 3 1
0 1 2 3 4 5 6 7 8 9
C5434 R5436
D5401
30 A B C
R5224
R5225
2 1
31
0
(DNP2757-E)
CN5201
Q5303 Q5309
Q5301 Q5307 Q5310
Q5304
Q5302 Q5308
Q5311
Q5404
E
Q5312 Q5412 Q5411 Q5410 Q5306 Q5416 Q5415 Q5414 Q5408 Q5402 Q5406 IC5402 IC5401 Q5407 Q5403
Q5409 Q5413 Q5405
IC5201
IC5202
Q5201 Q5401
F
C 176
XDJ-RX 1
2
3
4
5
6
7
8
SIDE B A
B JACK1 ASSY C5031 C5032
15,17-19. GNDA_IN1 14.V-15A
C5238 1
C5141 C5140 R5108 R5110
D5005
R5121
[[ G ]] C7
C5008 R5012 L5004 C5012 R5016
R5003
C5014 R5034 R5017
IC5102 R5122
C5102 R5118 C5115 C5125
1.MIC1 etc.GNDA_MIC
D5004
C5007 D5001
D5002
R5010 R5014 R5019
R5001 C5003 L5002 R5009 L5003 Q5002 C5011
IC5001
C5127
C5016
R5037
R5021 R5022 C5128 R5024 C5020 C5017
6.GNDA_MIC 5.MIC2_IN 4.MIC2 3.GNDA_MIC 2.MIC1 1.MIC1_IN
Q5001 R5018 R5015
R5023 C5019 C5023 C5018 R5020
C5022
R5026
R5035 R5036
R5025 R5125
R5124
B
C5004
L5001
R5033 C5040
R5115
C5142
12.V+15A 10.MIC2
VA5001
VA5101
C5105 C5107 C5101
C5143 R5120 ADD SOL DER
2
C5237
IC5101
VA5002
R5030 R5031 R5032
D5003
CN5101
IC5202
C5036 C5033 C5035 C5034
6
20.INPUT1_R 16.INPUT1_L
23
R5207 R5209 R5215 C5203 R5218 R5221 C5215 C5225
C5106
C5013
7
23.SW_IN1 22.SW_SEL1 R5130 21.GNDD R5123 R5106
ADD SOLDER
Q5101
R5227
C5039 C5038 C5037 C5002
R5102 R5105 R5131
R5117 C5124
R5205
R5109 R5114
C5113
R5201
R5002
R5103 R5104 R5101
C5201 VA5202
22
03
C5030 C5001
VA5102 C5104
ADD SOLDER
ADD SOLDER C5103
C
R5028
R5027
1
LF
DWX3615- JACK1
28
(DNP2757-E)
CN5001 27
Q5101
IC5101
IC5102
IC5001
Q5002 Q5001
224
D
D HPJB ASSY
CN5081
C5083 C5084
DWX3633HPJB
1
R5903 Q5901
C5082 C5081
1.A_MUTE 1
LF
R5081
R5907
GNDA_MIC
GNDA_HP
6
R5902 R5913 R5911 R5901
L5902
R5910 R5909 R5904
R5908 L5903
E
2,4,6.GNDA_HP 5.HP_L 3.HP_R
Q5902
(DNP2755-D)
MICT ASSY
R5912
E
C5904 C5902
C5901 C5903
C5906
R5905 R5906
C5908 VA5902 GNDA_HP ADD SOLDER
C5907 C5905 VA5901
GNDA_HP
[[ G ]]
6
R5082
JP5901
C7 MICT DWX3623-
6.GNDA_MIC 5.MIC2_IN 4.MIC2
IC5202
3.GNDA_MIC 2.MIC1 1.MIC1_IN
(DNP2757-E)
(DNP2757-E)
Q5901 Q5902
F
B C D E 177
XDJ-RX 5
6
7
8
1
2
3
4
11.3 USB1, USB2, USBP1 and USBP2 ASSYS SIDE A A
F
USB1 ASSY
A
H USBP1 ASSY
CN8001
CN1802
CN8102
G
CN8101
R8003
VA8003 VA8002
R8102
C8107
R8104
L
C8101
L F [[ G ]] B30C5A3/C7
CN8002 (SIDE B)
V+12D
C8003
USBP1 DWX3636-
L
R8109
R8005
C8001
V+5VBUS_A1
CN8101
C8103
1
VA8004 VA8001
18
6
1
V+5VBUS_A1
L8001
DWX3620- USB1 (DNP2758-D)
4
R8008
R8009
LF [[ G ]] B30C5A3/C7
CN8102
1
R8004
C8002
R8001
B
JA8001 4
C8113
R8002
C (DNP2758-D)
18 7
7
SIDE B IC8102 Q8101
IC8101 (DNP2758-D)
D
DWX3636USBP1
C8114
R8118
1
LF
4
R8120
1
C8108 C8102
R8110
R8006
C8104 IC8102
R8116
4
L
5
R8108 R8107 R8119 R8115 R8113 C8110
1
CN8001
CN8002 Q8101
USB1 ASSY
H USBP1 ASSY
R8101 R8105 R8112 R8114
USB1 DWX3620-
A
F
R8111 R8103 C8111 C8112 R8117 R8106
L8101
F
CN1802
C8105
IC8101 C8106
CN8001
LF
C8116
E
C8109
C8115
CN8002
(DNP2758-D)
CN8102 (SIDE A)
CN8101
F H 178
XDJ-RX 1
2
3
4
G
5
6
7
8
SIDE A A
02
G USB2 ASSY
A CN8201
CN1801
I
CN8302
CN8301
USBP2 ASSY
4
1 CN8302
B C8316
R8203
DWX3621USB2
R8307
R8319
(DNP2758-D)
CN8202 (SIDE B)
18
6
V+5VBUS_A2
C8306
[[ G ]] L F B30C5A3/C7 C8302
R8202
C8312
L8201
R8320
VA8204
R8204
R8205
R
R8201 R8209 VA8202
1
VA8201 C8201 C8203
CN8301
VA8203
C8202
LF
[[ G ]] B30C5A3/C7
1
R8208
4 JA8201
V+12D
V+5VBUS_A2
R DWX3637USBP2
(DNP2758-D)
C 8-D)
18 7
7
SIDE B IC8301 Q8301
IC8302
8-D)
R8308 IC8302
E
R8317
R8318
Q8301
C8308
LF
R8311 R8316
R8309
C8311 C8310 R8302
C8313
USBP2
DWX3637-
C8304 R8301 R8303 R8310 R8312 R8314 R8305
C8307 R8306
C8314 C8315
5
C8303
1
IC8301
LF CN8201
C8305
CN8202
R
R8206
C8309
(DNP2758-D)
L8301
CN8202
(DNP2758-D) R8313
R8304 R8315
D
4
1
USB2
DWX36211
4
C8301
G USB2 ASSY
CN8301
CN8201
A
CN8302 (SIDE A)
I
CN1801
USBP2 ASSY F
G I 179
XDJ-RX 5
6
7
8
1
2
3
4
11.4 EXTB, DPNL! And DPNL2 ASSYS SIDE A A
J
V-6
C8609
C8618 V+9R6 R8607 R8606
R8621 C8625 R8622 R8620 R8619 CO R8602 C8604 C8602 C8601
IC8601
B
C8613
R8616
R8611 R8610 R8615 R8609 C8614 C8616
EXTB ASSY
C8603
R
R8618
C88 C C8825 L880
D8601 V+18
C8623
5
CN8403
C8
CN5801
D8701
C8721
R8710
C8710 C8611
C8711
C8612
L8602
Q8601
C8608
C8615
C8617
R8711 R8608
R8613
C8720
5
R8601
TIME MODE
R8704
C8702
C8703 V+5R2D R8703
R8702
R8707
DWX3635DPNL2
PC
C8701
C8704
R8701
[[ G ]] C7
R8705 R8706 Q8702
C8706 R8709 R8708
LF S5801
C8714
C8705
14
A
R8901
IC8701
DWX3622EXTB
QUANTAIZE
28
L8701
S5803
C8707
C8709
R8852 R8841 R8851 R8840 R8850 R8839 R8849 R8838 R8848 R8837 R8847 R8836 R8846 R8835
5 22
C8712 R8714 L8702 R8712 R8713
DECK SELECT
D
CN8701
WHITE
S5802
C8715
1
2
L8703 C8708
5
R8716 C8717 R8715 C8716
4
BLACK
D8604
C8713
1 CN8403
C8610
R8605 C8620 R8603 R8604 C8607 D8603 C8606 C8622 D8602 C8605 R8614 R8612 C8718 C8619 C8719
CN5801
CN8701
TFT LCD
C
C8624
L8826 R8617 L8824 C8621 L8822 L8820 L8818 L8816
L8601
Q8701
[[ G ]] B30C5A3/C7 L F
E (DNP2757-E)
L
5
DPNL2 ASSY
IC8601 Q8601
IC8701 Q8702
Q8701
F
J L 180
XDJ-RX 1
2
3
4
5
6
7
8
SIDE A A
TFT LCD 15 19 20
CN8402
L8808 R8864 C8850 L8807 R8863 C8853 L8806 R8862 C8852 C8835 C8837 C8834
CN8402
D5605
11
R8415 C8413 R8406
D5607 J5607 USB1 S5603
D5606
J5606 MIDI
L8401
64
IC8401
R8410 C8410 R8408 R8407
48
C8408
D8401
16
R8413 C8411
R8429
C8409
C8402 C8403
L8402
R8426 R8430 R8427 R8431 R8428
R8423 R8424 R8425
R8422
R8845 R8844 R8842 R8834 R8833 R8832 R8831
R8843 L8422
R8866
C8863 C8862 R8867
L8810 R8865 R8418 R8419 R8420 R8421
R8852 R8841 R8851 R8840 R8850 R8839 R8849 R8838 R8848 R8837 R8847 R8836 R8846 R8835
J5604
C8401
D
S5602
D5604
D5603
R8401 R8403 R8405 R8402 R8404
V+3R3D
rekordbox
[[ G ]] C7 LF
S5601
CN8401 D5602
50
2
C
10
R8414 R8412 R8411 R8409
11
D5608
C8438
32
R8417 R8416
J5603
10
J5602
10
USB2 S5604
J5609
C
IC8803
J5601
A
20
J5605
10
C8857
CN5601
C8856 IC8802
20
C5605
20
IC8801
CN5601 2
A
C8855
R8901
VCOM
J5608
R8601
C8838 L8805
C8822
D8604
C8843 C8841
B
1
L8826 R8617 L8824 C8621 L8822 L8820 L8818 L8816 L8814 L8812
C8623
1
CN8801
L8809
C8830 C8828 C8825 L8802
01
L8811
618
L8813
L8825 L8823 L8821
60 L8819 L8817 L8815
C8602 C8601
DOWN
R8897 C8832
C8624
C8840 C8842 L8804
C8609
R8621 C8625 R8622 R8620 R8619 CONTACT R8602 SIDE C8604
C8836
6
1
CN8801
6
R8432 R8433
21
V+5R2D D5601
F
49
1
DWX3634- DPNL1 5
5
CN8401
15
A
IC8801
IC8802
E
(DNP2757-E)
(DNP2758-D)
K DPNL1 ASSY
CN2401
IC8803 IC8401
F
J K 181
XDJ-RX 5
6
7
8
R5606 R5618 Q5602
Q5605
R5619 R5624 R5623 R5620 R5608 R5607 R5622
R5621
GND_LED
R5628
C5603 R5603 R5635
CN8402
V+5_LED
V+5_LED
C8801
C5602 R5627
DWX3634- DPNL1 Q5603 Q5601
R5617 R5605 R5615
C5601 Q5604
C5604
2.LED_RB GND_LED1.V+5_LED
R5609 R5625
R5601 Q5606
R5613 R5614 R5616
Q5611 Q5610 Q5612 Q5607 Q5608 Q5609 Q5604 Q5605 Q5601 Q5606 Q5603 Q5602
182
2 C8404 C8406 C8407 C8405
(DNP2757-E)
DPNL1 ASSY
3 C8426 C8425 C8424
C8428
C8430 C8429
C8421
C8420 C8419
C8878
C8875
C8874
C8871
C8870
C8867
C8866
C8864
R8895
R8894
R8893
C8877
C8873 C8876
C8869 C8872 R8896
C8868
C8865
C8861
C8860
R8829
C8417
EXTB DWX3622-
CN8401
Q8801
J K
XDJ-RX
4
R8889
C8422
C8418
LF
C8824
C8826
C8851 R8858 C8847 C8848 R8859 C8854 C8849 R8861 C8844 C8846 R8860 C8831 C8829 C8827
R8830
R8856
R8855
R8854
R8857 R8853
3
R8900
C8423
C8427
C8414
C8415 C8416
L8404
R8812
C8431
R8817
C8412
R8828 R8827 R8825 C8859
Q8801 R8892
R8891
C8839
C8845
EXTB ASSY
C8432
CN5601
C8858
R8823
C8435
R8890
C8434
C8833
C8811
R8826 R8824
R8801
2
C8433
1
L8803
C8437 C8436
C5606
2
B
L8403
R5604
GND_LED
11
C8814 C8813 C8812 C8815 C8804 C8803 C8802 C8805 R8816 R8815 R8814 R8813 R8806 R8805 R8804 R8803 R8802
Q5609
10
J
R8807 R8808 R8809 R8810 R8811 C8806 R8818 R8819 R8820 R8821 R8822 C8816 C8807 C8808 C8809 C8810 C8817 C8818 C8819 C8820
R8903
R5629 Q5607
11.GNDD 10.KEY_MIDI 9.KEY_USB1 8.KEY_RB 7.KEY_USB2 R5602 6.GND_LED V+5_LED
R5626
R5630 5.LED_USB2 R5610 4.LED_USB1 3.LED_MIDI Q5610
1 Q5612 R5633
F Q5608
R5611
K R5632
E R5631 R5634
D R5636 R5612
C
Q5611
GNDD
1 4
A
SIDE B
CN8801
L8801
C8823
C8821
5
6
7
8
SIDE B
C8826
C8824
A
L8801
B
R8898
C8823 C8821
CN8403
R8899
4
1
5
CN5801
2
A B C
1
0
0 1 2 3 4 5 6 7 8 9
CN8701
1
1.GNDD 2.DECK_SELECT 3.TIME_MODE 4.QUANTIZE 5.GNDD
0
0 1 2 3
C
C5802 R5802
R8900
R8718 R8717
D
F
C5803 R5803 C5801 R5801
DPNL2 DWX3635-
R8902
E (DNP2757-E)
(DNP2758-D)
L
DPNL2 ASSY
F
J L 183
XDJ-RX 5
6
7
8
1
2
3
4
11.5 MIXB, CRFB, CHF1 and LLED ASSYS SIDE A
M MIXB ASSY
D3007
D3003
D3009
D3016
D3017
J3110
A
D3002
S3019
INFO
S3016
BROWSE S3013
INFO J3218
VR3201 J3169
J3001
TRIM1
J3154
J3073
J3018
S3003 INPUT1 S3005
S3008
J3097
J3111 VR3204 HI1
BACK
VR3207 D3004
J3221
BROWSE
J3071
J3204
J3129
MID1
J3170
D3019 J3020
J3266
D3011 J3163
J3059
J3133
J3023
J3257
LOAD2
LOAD1
J3205
NOISE S3014
J3093 J3090
D3010
J3007
J3081
J3246 J3245
1 J3033
J3014
J3047
J3104
J3206 J3013
J3175 J3233
J3181
J3213
J3264 19
J3088
J3145
J3234
J3174 J3068
J3207 J3272
J3146
J3238
J3176 J3249 J3162 J3087
J3149
J3147
J3057
J3164 J3056
J3009
J3269
J3312 J3094
J3053
J3182
J3275
FILTER1
J3035
J3274
C3403
VR3212
J3054
HP MIX
J3026
J3082
J3212
VR3203
J3134
J3199
J3008
J3080
J3190
J3089
J3034
J3173
J3224
J3304
J3261 2
J3236
C3405
J3214
DWX3624-
J3046
J3148
O CHF1 ASSY
J3270
J3191
J3247
Q
D
J3225 J3271
D3029
J3180
(DNP2756-E)
S3007 J3063
J3025
FILTER
1
CN4002 (RIGHT)
1 3 CHFBCN3601
CN3601
S3023
S3004
J3062
D3018
CRUSH
VR3601
J3258
J3223
J3294
J3027
S3020
J3024
LOW1
J3098
J3045
VR3210
J3060
J3153
GATE S3017
J3168
C
J3128
J3278
J3202
J3041
J3293 J3252
J3279
J3115
J3132
J3099
S3002
J3078
J3243 J3268 J3256
J3185
J3172
J3017
J3006
J3167
J3022
J3189
J3157
DWX3624-
J3019
J3311 J3021
O CHF1 ASSY
J
J3242
J3005
B
TAG TRACK
J3179 J3065 J3070 J3166
J3066 J3036
J3251
39 38
L3602
E
C3639
J3125
J3108 J3299
J3215 J3184
J3151
J3016
J3092
J3298 C3602
J3262 J3263
D3006
J3232
J3237
J3107
J3235
J3196
VR3206 HP VOL
J3161
J3052 J3106
J3091 C3642
J3109
J3216
J3186
J3126
X3601
J3067
C3401
J3015
J3195
J3183
J3150
J3300
J3165
CN3401
CN3401
J3055 J3105 J3037
J3297
C3604
S3011
J3040 J3200
J3072
D3015
CN3601
F
HP CUE1
JP3201
2
J31 1
S3018 35
HP CUE2
CN3403
3 JP32
1
VR3601
(DNP2756-E)
A
CN2401
CN3403
JP3201
M O 184
XDJ-RX 1
2
3
J3032
J3277 34
S3015
X.FADER SEL
C3414
1 3 CHFBCN3601
J310 J3127
4
5
D3017
D3026
7
8
SIDE A
D3028
19
D3016
6
CN3501
J3201 S3019
S3022
INFO
D3501
MENU
8 1
LF
D3503 D3502 R3508
R3507
VR3202 TRIM2
R3509
R3519
4
CN3501
A
V+3R3D
D3512
D3511 R3520
S3010
J3095 J3018
R3521
INPUT2
R3534
D3520
V+5LED
D3521
D3519 J3239
DWX3613MIXB
J3265
J3111 VR3205 TAG TRACK
PC
J3085
HI2
J3044
R3536 R3543 R3541 D3522
J3160
R3510 D3504
J3116
J3198
J3128
J3278
J3131
J3041
J3019
J3202
B
R3514 D3506
S3006
R3525 D3513
S3009
J3002
D3515 R3529
D3517
R3527
J3203
J3253 J3219
< BEAT
BEAT >
R3546
J3254
D3525
J3079
J3221
VR3208
D3527 R3550 R3548
D3529
J3244 D3001 J3112 J3303
J3003
J3076
R3511 D3505
J3240
J3267
J3020
R3565 D3535
R3563
MID2
D3019
D3533
R3561 D3531
J3075
J3187
LOAD2
J3130
D3507 R3513
S3012
R3515 D3509
TAP
J3255 J3113
J3155
R3526 J3220
D3516
C
D3514 R3528
J3096
J3246
D3524
D3508
J3039
J3117
J3170
R3512
J3074
J3069
SE
D3523
R3542
J3217
GND_LED
S3008
R3535
CONTACT SIDE UP 1
D3510
R3530
D3518
R3551
D3530
J3081
S3007 J3063
J3060
J3042 VR3211
R3547
LOW2
D3526
D3528 R3549
1
2
CN3404
S3201 J3043
J3225
J3222 J3191
J3307
CN3404
J3271 J3026
J3009 J3174
J3171
J3308 J3309
J3004
D3532
18
19
J3047
DWX3638- LLED
J3188
J3156
FILTER2
[[ G ]] B30C5A3/C7
1
J3061 VR3213
R3566 D3536
D3534
J3241
J3068 J3264
R3564
R3562
J3206
(DNP2758-D)
C3407 J3114
P
J3207
J3227 J3137
J3136
J3100
39
38
JP3203
1 JP3202
JP3202
S3021
(DNP2755-D)
Q
4
J3102
J3142
1
2 C3411
J3141
4
CN3801
1
3
CN3402
J3028 J3031
C3416
FX ON/OFF
J3194
N CRFB ASSY CRFD DWX3626-
J3032
J3193
J3211
J3030
J3276 J3103
E
D3030
J3038
J3296
D3025
J3152
J3140
J3123
J3086
J3230
J3101
LEVEL/DEPTH
C3604
1 JP3203
CN4002 (LEFT)
CN3402 J3260
C3409
J3295 J3048 VR3209
J3124
J3011
J3122
J3144
J3226
J3143
J3250
J3050
J3248
J3302
J3209
J3159
J3084 J3208
J3125
J3016
C3602
J3119
J3118 J3083
J3177
J3138
J3229 J3135
J3301 J3232
J3106 J3237 08
LLED ASSY D
S3001
J3139
J3161
J3052
J3228
J3029
J3058
J3064 J3273
J3051
C3601
J3179
J3010
J3210
J3259
J3120
J3012
J3192
J3176 J3249
J3121
J3197
J3049
J3077
J3082
S3202
J3158
J3272
VR3801
J3175
(DNP2755-D)
CN3801
M N P 185
XDJ-RX 5
6
7
8
F
24
4 C3009 C3242 C3241 R3088
R3076
20.EUP_REQ 22.EUP_RDY
14.EUP_RESET 16.AUDIO_MUTE 18.PWR_ON
5,6.V+12E 7,8.V+3R3D 9,10.V+3R3E
GNDD
GNDD
1,2.GND_LED 3,4.V+5_LED
R3043
V+3R3_AD
2
1
V+3R3D
GND_LED
C3412
C3410
GND_AD
GND_AD
GND_AD
V+3R3D
V+5_LED
V+3R3_AD
GNDD
GND_AD
CN3402
R3099
V+3R3_AD
24.EUP_WRITE 26.EUP_MISO 28.EUP_MOSI 30.EUP_SCLK 32.EUP_SS2 33.EUP_CONT 34.FAULT_DET 35.QUANTIZE etc.GNDD
3.GND_AD 2.CHFD2_AD 1.V+3R3_AD
V+3R3_AD
1
D3024
R3653
GNDD
C3228
R3629 R3608 R3607
R3616 R3615
R3098
R3606
GND_AD V+3R3_AD
V+5_LED
GND_AD
C3408 GND_LED
V+3R3_AD
GND_LED
V+3R3D
GNDD
R3404
39
R3086
V+5_LED
R3639
R3635
38
R3626 R3631 R3005 R3632 C3004 R3628 C3003 R3004
R3637
V+3R3D V+3R3D
R3057
4
V+3R3_AD
3 D3204
R3612 R3620
R3617
V+3R3_AD R3613
R3619 R3614 C3609
R3605 C3608
GNDD
4.GND_AD 3.GND_AD 2.CRFD_AD 1.V+3R3_AD
1 D3203
C3240
D3023
R3094 R3627
R3625 GNDDR3604 R3602 GND_AD 3605
629
R3611
C3610
C3606 C3645 C3650 C3651 C3611
C3613
C3620 C3622 C3623 C3624
C3607 C3616 C3617 C3619 R3642 R3644 R3646
Q3027
R3641
1
V+3R3D C3603
4
JP3203
L3601
JP3202
2 2
C3802
660 GND_AD
(DNP2755-D)
VA3801
C3659
ADD SOLDER
BEND
659
3
XDJ-RX [[ G ]] LF C7
DWX3626- CRFD
0
2
M N P (DNP2755-D) 4.GND_AD 3.GND_AD 2.CRFD_AD 1.V+3R3_AD
ADD SOLDER
BEND
GNDD 8
1
186 CN3801 F VA3803
VA3802 C3801
N CRFB ASSY E
11
C3235 GNDD
R3085
C3238 R3212 R3056
C3233
R3213
Q3026
R3214
Q3025 18
R3216
R3210
R3055
19
R3215
GNDD
GND_AD
1.V+3R3_AD 2.AD_SEL0 3.AD_SEL1 4.CDJ2_AD1 5.CDJ2_AD0 6.GND_AD
V+3R3D 1
2
GNDD
CN3404
GND_AD
GND_AD
C3231 R3202 R3201 R3209 R3203 R3208 R3204 R3207 R3205 R3206
C3230
V+5_LED R3097
GND_LED
V+3R3_AD
V+3R3_AD
Q3005 C3008
R3555
R3531
R3539
Q3509 R3524
R3577
R3538
R3522 R3523
R3537
Q3503
Q3519
R3560
R3501 R3503
R3579 R3580 R3581 R3582 R3559
Q3501
R3593 C3510 R3572
R3540
C3502 R3544
R3504
C3501
Q3507
R3517
R3516
A B C
0
D3040 R3045
CN3501
0 1 2 3 4 5 6 7 8 9
R3532
D3022
D3027
1
R3533
GNDD
R3556
R3558
R3573
V+3R3_AD
R3014
V+5_LED
29.JOG2_ENC_B 30.JOG2_ENC_A
R3010
D3014 C3224
GNDD
L F [[ G ]] C7
R3001
1
0 1 2 3
D3037
R3044
C3507 C3509 R3592
R3587
R3028
GND_AD GNDD
R3016
D3008
35.JOG2_LED_SCK 36,37.GND_LED 38,39.V+5_LED etc.NC GND_AD
DWX3613MIXB
V+3R3D
GND_LED
C3221
001
3006
0
Q3002 R3007
R3576
GND_AD
C3207
R3087 C3205 IC3202
C3209 C3217
R3015 V+3R3D Q3006 GNDD
R3574
Q3014
R3575
R3031
C3227
C3215
V+3R3D
LF Q3506 Q3515
D3021
R3502 R3505
Q3502
R3035
R3557
etc.GNDD R3211 18.LLED_SI C3236 GND_LED 16.LED_xG 14.LED_RCK V+5_LED 12.LED_SCK 10,11.V+5_LED GND_AD 8,9.GND_LED 6,7.V+3R3D 2.GRID_SCK V+3R3_AD 1.GRID_SI
V+3R3_AD
V+3R3_AD
GND_AD
D3020
C3203 C3213 C3211
7.CDJ2_KEY1 8.CDJ2_KEY0 9.CDJ2_KEY2 10.CDJ2_KEY3 12.CDJ2_LED1 13.CDJ2_LED2 14.CDJ2_LED0 16.GRID_SCK 18.GRID_SI 19.V+3R3D 20.GNDD 21.CDJ2_PAD0 22.CDJ2_PAD3 23.CDJ2_PLAY 24.CDJ2_PAD2 25.CDJ2_CUE 26.CDJ2_PAD1 27.STBY_LED 28.USB_REC
GND_AD
Q3016 R3032 R3037
Q3011 Q3012 R3026 R3027
31.JOG2_TCH 32.JOG2_LED_SI 33.JOG_LED_xG 34.JOG_LED_RCK
V+5_LED GND_LED
R3567 Q3516
R3003
Q3523 R3554 Q3524 R3506 R3571 Q3504
8
IC3502
C3503 7
R3648 R3649 R3650
LLED ASSY Q3517 Q3522 Q3521 R3568
Q3523
R3552
Q3518
Q3504 Q3509 R3588
R3518
C3506 C3505
R3591 C3508
R3578 R3586 R3585 R3584 R3583 Q3505
R3034
P
D
(DNP2758-D)
DWX3638LLED Q3517
R3553
Q3522
R3569
Q3521
C
Q3520 R3570
Q3520 Q3518 Q3516 Q3506 Q3524
B
IC3502 Q3501 Q3515 Q3519
R3545 16 C3504
R3590 R3589
Q3503 Q3502 Q3507 Q3505 IC3501
14
IC3501
A
1
SIDE B
11 10 2
1
10 1
3
4
5
6
7
187
M O 12
1 1
CN3601 F
3.GND_AD 2.CHFD1_AD 1.V+3R3_AD
34
1
3
2 D3202
V+3R3E
D3201
C3413
V+3R3E
V+3R3_AD
C3415 1
35
R3401 R3411R3402 R3405
R3698
R3645
C3666
V+3R3D
R36 GNDDR3604 R3602 GND_AD
R3612 R3620
R3613
GNDD
GND_AD
38
39
C3612
C3621 R3640 R3647
C3625
GND_AD
[[ G ]] C7
GNDD
DWX3624CHFB
GND_LED
V+5_LED
C3637
R3657 C3631 R3609 R3655 CNVSS
C3632 C3634
0 0
5
C3609
R36 C3608
2
R3660 GND_AD
R3677
R3659 C3659
V+3
R3641 GNDD
R3085
GNDD
GNDD
V+3R3_AD
V+5_LED
GNDD
GND_LED
R3662
R3676
C3615
GNDD
V+3R3_AD
1 V+3R3D
GND_AD
GNDD
GNDD
CN3401
GND_AD
3
V+3R3_AD
R361
V+3R3_AD
R3693
C36
C3606 C3645 C3650 C3651 C3611
C3620 C3622 C3623 C3624
IC3601 R3603 R3670 R3686 R3672 R3664
R3683
C3646 R3692 C3627
R3691
R3666
R3688 R3689
R3648 R3649 R3650
V+3R3_AD
GNDD
19
C3006 GNDD
R3070
GND_AD
V+3R3_AD
R3083
1
GND_AD
GND_LED
GND_AD
GND_AD
V+3R3_AD IC3002 R3100
DWX3624CHFB
GND_LED
V+5_LED
GND_AD
D3020
C
C3
[[ G ]] C7
Q3016 R3032
R3025 R3028
C3226
R3019
Q3008
R3020
R3037 R3031
Q3014 Q3011
GND_AD
R3002 GND_LED
Q3012 R3026
C
C
R3027
GND_AD
GND_AD
GND_AD
R3003
GNDD
V+3R3_AD
V+3R3_AD
C3002
C3001
IC3201
GND_AD
14
C3223
V+3R3_AD
GND_LED
V+3R3_AD
R3095 R3096
R3053 R3049
Q3010
R3050 R3102 Q3024
R3054
R3009
GND_LED R3052
V+5_LED
R3089
GNDD
D3008
C3201 C3202
C3
C3214
V+3R3_AD
7
R3080
D3203
C3239
GNDD V+3R3D GNDD V+3R3E C3603
IC3603
L3601 IC3602 C3636 V+3R3E
R3643
C3618 C3644
R3675
C3648
R3041
R3072 R3082 R3069
R3073 R3074 R3075 V+3R3D R3408
GND_AD
V+3R3D
D3012
V+3R3D
Q3023
R3017 R3018
R3013 Q3004
R3008 Q3003
V+5_LED
Q3029 R3090 GNDD Q3028
C3210 C3212 C3219 C3218 C3216
R3077 R3078 R3079
C3206 C3204 C3208
IC3001 GND_AD
GNDD
R3058 R3059 R3060 R3061
GND_AD
Q3029 Q3003
R3062 V+3R3D C3005 C3011 R3063
C3010
C3607 C3616 C3617 C3619 R3642 R3644 R3646
C3629
C3647
R3661 R3634 R3687 R3684
R3667 R3680 R3679 R3678
GNDD
R3046
R3042 Q3019
C3229
R3030 Q3018
C3016 C3013 C3014 C3015
R3407 R3406
R3409 GNDD
R3024
C3667 C3668
R3071
Q3020 D3041
D3038
R3036 Q3015 R3029
GNDD Q3013 R3040 Q3017
R3039 R3038 R3101 D3035 Q3009
C3613
R3674
C3222
R3663 R3610 R3695 R3694
R3682 V+3R3_AD
C3404 C3406
GND_LED V+5_LED
C3660 R3658 R3622 R3656 R3621
C3237
C3234 C3232
C
Q3008 Q3004 Q3010 Q3024
Q3028 V+3R3D
_ 30.EUP_SCLK 32.EUP_SS2 33.EUP_CONT 34.FAULT_DET 35.QUANTIZE etc.GNDD
R3699
C3640
Q3022
RESET R3690 R3403
GNDD Q3021
Q3601
R3697 V+3R3E
C3638
R3665
V+3R3E
D3601
R3652 C3626 R3630 R3633 R3654 R3601 C3614 C3628 R3651
R3696
C3605
L3603 C3643
C3225
C3402
C3633 C3635 R3668
R3669
C3630
0 8
Q3021
Q3027
D Q3025 Q3026 Q3019 Q3015 Q3017 Q3018 Q3013 Q3009 Q3005 IC3202 Q3016 Q3007 Q3023
LF
Q3011 Q3014 Q3006 Q3012
8
etc.NC 38,39.V+5_LED 36,37.GND_LED 35.JOG1_LED_SCK 34.JOG_LED_RCK 33.JOG_LED_xG 32.JOG1_LED_SI 31.JOG1_TCH 30.JOG1_ENC_A 29.JOG1_ENC_B 28.PWR_SW 26.CDJ1_PAD1 25.CDJ1_CUE 24.CDJ1_PAD2 23.CDJ1_PLAY 22.CDJ1_PAD3 21.CDJ1_PAD0 20.GNDD 19.V+3R3D 18.GRID_SI 16.GRID_SCK 14.CDJ1_LED0 13.CDJ1_LED2 12.CDJ1_LED1 10.CDJ1_KEY3 9.CDJ1_KEY2 8.CDJ1_KEY0 7.CDJ1_KEY1 6.GND_AD 5.CDJ1_AD0 4.CDJ1_AD1 3.AD_SEL1 2.AD_SEL0 1.V+3R3_AD
V+3R3_AD
D3036
R3033 R3051
R3412
GNDD R3410
R3021 D3033
C3641 GNDD R3700
CN3403
R3047
1 23
3.GND_AD 1.V+3R3_AD
IC3603
E
LF
CN3601
3.GND_AD
Q3020
2.CRFD_AD 1.V+3R3_AD
9 IC3002
10
Q3007 D3032
0 0 1
8
XDJ-RX 5 JP3201
(DNP2756-E) 2.CRFD_AD
Q3022 R3048
24
2 GNDD
1 2
IC3061
O CHF1 ASSY 9 (DNP2756-E)
IC3201
O CHF1 ASSY
IC3001
B Q3001 Q3030 Q3002
Q3031
G
V+3R3D
D3013
C3220
D3021
Q3030 Q3001 D3005
R3091
GNDD
R3001 R3006
R3092
V+5_LED
GND_LED Q3031
Q3002 R3007
R3093
D3031 D3034
R3011
D3037
R3023
R3034
R3022
1
M MIXB ASSY
R3012
10 11
A
SIDE B
15 6
5
7
8
1
2
3
4
11.6 CDJB, PNL1 and PNL2 ASSYS SIDE A
Q CDJB ASSY
A
CN4003
DWX3614CDJB
D4036
J4026 J4015
CN4003 Reloop/Exit
CALL>
J4007
S4015
J4160
mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. - When ordering resistors, first convert resistance values into code form as shown in the following examples. Ex.1 When there are 2 effective digits (any digit apart from 0), such as 560 ohm and 47 k ohm (tolerance is shown by J = 5%, and K = 10%). -
560 Ω 47 kΩ 0.5 Ω 1Ω
→ → → →
56 × 101 → 561 ................................................................... RD1/4PU 5 473 ................................................................... RD1/4PU 4 47 × 103 → R50 ................................................................................................. RN2H R 5 1R0 ................................................................................................. RS1P 1 R
A
6 1 J 7 3 J 0 K 0 K
Ex.2 When there are 3 effective digits (such as in high precision metal film resistors). 5.62 kΩ →
Mark No. Description
562 × 101 →
5621 ................................................................. RN1/4PC 5 6 2 1 F
Part No.
>
LIST OF ASSEMBLIES NSP
NSP
NSP
NSP
>
Mark No. Description
1..EXTA ASSY 2..JLED1 ASSY 2..JOGT1 ASSY 2..USB1 ASSY 2..USB2 ASSY
DWM2548 DWX3617 DWX3618 DWX3620 DWX3621
2..EXTB ASSY 2..JLED2 ASSY 2..JOGT2 ASSY 2..USBP1 ASSY 2..USBP2 ASSY
DWX3622 DWX3630 DWX3631 DWX3636 DWX3637
2..LLED ASSY 2..HLD1 ASSY 2..HLD2 ASSY
DWX3638 DWX3645 DWX3646
1..CDJA ASSY 2..CDJB ASSY 2..JOGR1 ASSY 2..CHF1 ASSY 2..HLD3 ASSY
DWM2549 DWX3614 DWX3619 DWX3624 DWX3647
1..MIXA ASSY 2..MIXB ASSY 2..MICT ASSY 2..CRFB ASSY
DWM2550 DWX3613 DWX3623 DWX3626
1..TRMA ASSY 2..JACK1 ASSY 2..JACK2 ASSY 2..PNL1 ASSY 2..PNL2 ASSY
DWM2551 DWX3615 DWX3616 DWX3628 DWX3629
2..HPJB ASSY 2..DPNL1 ASSY 2..DPNL2 ASSY
DWX3633 DWX3634 DWX3635
1..MAIN ASSY
DWX3590
1..POWER SUPPLY ASSY
DWR1463
IC 602 IC 1001
Part No.
B
MMPF0100F0AEP MCIMX6U6AVM08AC
IC 1201,1301 IC 1401 NSP IC 1501 Note (∗): first release IC 1551
K4B1G1646G-BCK0 LAN8720A-CP DYW1864 (∗) H337S3959
IC IC IC IC IC
1801 2201 2202 2203 7001
USB2512B-AEZG-TR TC7SZU04FUS1 TC7WHU04FK TC7SZ08FUS1 AK4382AVT
IC IC IC IC Q
7002-7004,7702 7201,7701 7202,7401,7402,7601 7405,7406,7602 103,1701,1702
NJM4580MD AK4387ET NJM4565MD AK5358AET LTC024EEB
Q Q Q Q Q
301-305,307,309 306,308 310 401 402
LSAR523UB LSC4081UB LTC124EUB RSR020P05 RTQ045N03
Q Q Q Q Q
403,404 1601 7001,7002 7003-7010 7019,7020
RSQ030P03 RT3T22M LTA114EUB INC2002AC1 LSCR523UB
Q Q Q Q D
7022 7201,7206 7202,7204 7203,7205 401-405
LSAR523UB IMX25 2SD1767 2SB1189 DB2J41100
D D D D
409,410 601 7201,7202 7401-7404,7601,7602
RB501VM-40 RB160M-60 DA2J101 DAN217UM
C
D
E
MISCELLANEOUS Mark No. Description
A MAIN ASSY
Part No.
L L L L L
101 SMD SPL INDUCTOR 106 INDUCTOR 401,402,405 POWER INDUCTOR 403,404 CHIP SOLID INDUCTOR 406 POWER INDUCTOR
CTH1524 CTH1253 ATH7011 XTL3010 ATH7011
BD9328EFJ BD9851EFV NJM2886DL3-05
L 407,408 CHIP SOLID INDUCTOR L 601-608 SMD SPL INDUCTOR L 1501 INDUCTOR
XTL3010 CTH1530 CTF1629
SEMICONDUCTORS > > >
IC 102,105 IC 401,402 IC 403
F
197
XDJ-RX 5
6
7
8
1
2
Mark No. Description
A
B
>
Part No.
L 1601 INDUCTOR F 1401 EMI FILTER
CTF1713 CCG1352
F 1402 EMI FILTER JA 1401 RJ45 CONNECTOR JA 1601 USB CONNECTOR KN 401-403 WRAPPING TERMINAL X 1801,2203 RESONATOR (24 MHz)
DTL1106 AKN7115 DKN1237 CKF1089 CSS1808
X 2201 RESONATOR (32.768 kHz) X 2202 CRYSTAL(22.579 2MHz) CN 101 XH CONNECTOR (6P) CN 1801,1802 CONNECTOR CN 2401 FFC/FPC CONNECTOR
CSS1807 DSS1202 DKN1599 AKM1282 DKP3953
CN 2402 CN 2403 CN 2404 CN 7201 P 101
VKN1439 VKN1435 VKN1427 AKM1277 DEK1120
35P CONNECTOR 31P CONNECTOR 23P CONNECTOR CONNECTOR PROTECTOR (0.500 A)
VA 1601,1602 SMD VARISTOR
3
Mark No. Description
EZJZ0V80010
RESISTORS
C
R R R R R
101,103,423,424 113,114 115 117 128,411,413
RS1/4SA0R0J RS1/16SS1502D RS1/16SS8201D RS1/4SA561J RS1/10SR220J
R R R R R
129,402,406,418 130 131 133 135,412,436
RS1/10SR1002D RS1/10SR4702D RS1/10SR8200D RS1/10SR683J RS1/10SR472J
R R R R R
307,7070-7073 308,440 311,316 312,317,1809,1816 313,318,321
RS1/10SR223J RS1/10SR103J RS1/10SR333J RS1/10SR473J RS1/10SR332J
R R R R R
319 323 324 325,450,607,615 401,410,425
RS1/10SR562J RS1/10SR272J RS1/10SR682J RS1/10SR0R0J RS1/10SR1502D
R R R R R
403,414,427,438 404,417,428,441 405 407,421,7714,7715 415,439
RS1/10SR3002D RS1/10SR6802D RS1/10SR1503D RS1/10SR5101D RS1/10SR105J
R R R R R
416,7038-7045 420 422 426,434,443 429
RS1/10SR6201D RS1/10SR1203D RS1/10SR2002D RS1/10SR1002D RS1/10SR5102D
R R R R R
430,7054-7061,7710 433 435,437,7205,7709 444 446,448,449,456
RS1/10SR5601D RS1/10SR123J RS1/10SR100J RS1/10SR6202D RS1/4SA0R0J
R R R R R
447 451-454,1810,1820 457,606,623-628 605,617 609,610,1801,1802
RS1/10SR3001D RS1/8SQ0R0J RS1/4SA0R0J RS1/16SS1002F RS1/10SR470J
D
E
F
198
4
Part No.
R R R R R
611,614 618,633,634,1007 631,632,7243,7254 1008,1205,1302 1203,1204,7217,7218
RS1/16SS6802F RS1/10SR0R0J RS1/4SA0R0J RS1/16SS2400F RS1/10SR102J
R R R R R
1206,1303 1414,1422 1443 1444 1445-1448
RS1/16SS1000D RAB4CQ680J RS1/16SS1002D RS1/16SS1501F RS1/10SR49R9F
R R R R R
1449-1456,1551,1615 1503,1504 1622-1624,1821,1822 1715,1716 1818
RS1/10SR0R0J RAB4CQ220J RS1/10SR0R0J RAB4CQ470J RS1/16SS1202F
R R R R R
1824,1826 1825,1827,1828,1830 2026-2029 2031,2036,2041,2046 2209,2212,7017,7094
RS1/8SQ0R0J RS1/10SR0R0J RAB4CQ472J RAB4CQ103J RS1/10SR0R0J
R R R R R
7009,7010,7421-7424 7011,7012 7013,7014 7015,7016 7018,7019,7028,7029
RS1/10SR1001D RS1/10SR1202D RN1/16SE2702D RS1/10SR1500D RS1/10SR513J
R R R R R
7020-7027,7215,7216 7030-7037,7046-7053 7062-7069,7074-7081 7082-7085 7086-7089
RS1/10SR6801D RN1/16SE6802D RS1/8SQ1800F RS1/10SR223J RS1/8SQ2200F
R R R R R
7090-7093 7095,7122,7127,7129 7130,7135,7248-7250 7207,7208 7209,7210,7401-7404
RS1/10SR1002D RS1/10SR0R0J RS1/10SR0R0J RS1/10SR104J RS1/10SR3301D
R R R R R
7211,7212,7417-7420 7213,7214 7224,7228 7405-7408 7427,7428,7445-7448
RS1/10SR4701D RS1/10SR2201D RS1/8SQ680J RS1/10SR3601D RS1/10SR0R0J
R R R R R
7453-7456,7609,7610 7601,7602 7603,7604 7605,7606 7607,7608
RS1/10SR0R0J RS1/10SR1003D RS1/10SR3900D RN1/16SE1001D RS1/10SR2200D
R R R R R
7614,7620-7623 7711 7712,7713,7716,7717 7718,7719 7752-7754
RS1/10SR0R0J RS1/10SR5601D RN1/16SE7502D RS1/10SR4701D RS1/10SR0R0J
Other Resistors
RS1/16SS###J
CAPACITORS C C C C C
101,120 102,422,426 103,121 104,301-303,305 106,304,307,421
C 108,408,413,439
CFHXSP104J16 CCG1236 CFHXSQ103J16 CKSSYB104K16 CKSRYB104K25 DCH1263
XDJ-RX 1
2
3
4
5
Mark No. Description
6
Part No.
C C C C
109,419,451 111,130,306 114,610,1021,1208 115
CKSSYB682K25 CKSRYB104K16 DCH1201 ACH7275
C C C C C
116,613,1039,1207 117,1406,1703-1708 118,458,461,1502 119,479,480,7008 123,142
CKSSYB104K10 CKSSYB103K16 CCSSCH102J50 CKSSYB102K50 CCH1680
C C C C C
124,143 128,129,134 131,7227,7704 132,133,7405-7408 135
CFHXSQ472J16 CCG1221 CCSRCH102J50 CKSRYB104K50 CKSRYB222K50
C C C C C
139,7437 140 308-311,627,629 401,411,415,416 403,423
CCH1565 CKSSYB103K25 CKSRYB104K16 CKSRYB105K16 CCSSCH271J50
C C C C C
405 410 414,445 424,473,474,7005 432,442,446,447
CKSSYB332K50 CCSSCH221J50 CKSYB105K16 CKSRYB104K25 CKSRYB105K16
C C C C C
435 441 444 452,455,606,609 453,457
CKSSYB472K50 CCSSCH561J50 DCH1263 CKSSYB104K16 CCG1192
C C C C C
456,460,604,607 459,462,481,482 463 466 475,476
CKSRYB105K10 CEVW101M25 CKSRYB334K10 CCG1218 CKSQYB105K25
C C C C C
477,478 602,612,614,617 605,615,635,643 608 611,624,1209,1210
CKSRYB103K50 CKSQYB475K10 CKSRYB474K10 CKSRYB224K16 CKSRYB105K10
C C C C C
616,618,620,621 619,622,623,626 625,634,637,7001 628,630-633,636 638,639,641,642
CKSSYB104K16 CKSQYB475K10 CKSSYB104K16 DCH1256 DCH1256
C C C C C
640,644-648 649-652,1001,1010 1002-1009,1011-1013 1014,1018,1027,1033 1015-1017,1019,1020
CKSQYB475K10 DCH1256 CKSSYB224K6R3 DCH1256 CKSSYB224K6R3
C C C C C
1022-1026,1028-1032 1034-1038,1040,1042 1041,1043,1047,1049 1044-1046,1048 1050-1054,1201-1206
CKSSYB224K6R3 CKSSYB224K6R3 DCH1256 CKSSYB224K6R3 CKSSYB224K6R3
C C C C C
1211,1212,1307,1402 1213-1218,1301-1306 1308,1401,1403,1601 1309-1314,1501 1404,1812,1813
CKSSYB104K10 CKSSYB224K6R3 DCH1201 CKSSYB224K6R3 CKSRYB105K10
7
Mark No. Description
8
Part No.
C C C C C
1405 1407 1408,1409,1551,1602 1414 1503,1816,1817
CKSSYB471K50 CKSQYB475K6R3 CKSSYB104K10 CKSRYB223K50 CCSSCH102J50
C C C C C
1552 1603,1604,2001,2002 1701,1702,1803,1805 1801,7203 1802
CKSSYB222K50 CCSSCH470J50 CKSSYB104K10 CKSSYB103K16 DCH1201
C C C C C
1804 1806,1808-1811,1815 1807,2202 1814 2201,2203,2209,7009
CCG1201 CKSSYB104K10 CCSSCH120J50 CCSSCH150J50 CKSSYB104K10
C C C C C
2204,2205,2207 2206,2208 2402-2407,7204 7004,7007,7060,7066 7006,7033,7036,7603
CCSSCH100D50 CCSSCH5R0C50 CCSSCH102J50 DCH1341 CKSRYB104K25
C C C C C
7014 7017-7020 7021-7024 7025-7032 7201,7205,7429,7430
CCH2090 CCSRCH821J50 CCSRCH221J50 CCSRCH200J50 CKSSYB104K10
C C C C C
7202,7702 7206 7208,7213,7216,7223 7209,7210 7214,7215
CEVW220M6R3 CKSRYB104K16 CEVW101M16 CCSRCH331J50 CCSRCH101J50
C C C C C
7220,7447,7448,7617 7224,7431-7435,7709 7228,7705 7418,7419,7422,7457 7436
CKSSYB104K16 CEVW101M16 CKSRYB103K25 CEVW101M25 CEVW470M16
C C C C C
7438 7439-7442,7608,7612 7445,7446,7613 7601,7602,7609,7610 7604,7720,7721
DCH1242 CKSSYB104K10 CEVW470M6R3 CEVW220M16 CKSRYB104K25
C C C C C
7614,7703,7708 7618,7619,7706,7707 7701 7712,7713,7722,7723 7714,7715
CKSSYB104K10 CEVW101M25 CKSSYB104K16 CEVW470M25 CCSRCH471J50
C 7718,7719
6
B
C
D
CCSRCH180J50
E
B JACK1 ASSY SEMICONDUCTORS IC IC Q Q D
5001 5101,5102 5001,5002 5101 5001-5004
D 5005
NJM4580MD NJM2121MD 2SK209 RT1N241M UDZS15 DZ2S180C F
MISCELLANEOUS L 5001,5002 INDUCTOR L 5003,5004 INDUCTOR
CTF1389 CTF1630
199
XDJ-RX 5
A
7
8
1
Mark No. Description
2
3
Part No.
JA 5001 CANON CONNECTOR JA 5002 6.5 DIA JACK JA 5101 JACK
DKB1108 DKN1653 XKB3062
S 5101 SLIDE SWITCH CN 5001 PLUG (6P) CN 5101 23P CONNECTOR VA 5001,5002,5101,5102 VARISTORS 1002 MIC SHIELD
DSH1025 KM200NA6 VKN1254 EZJZ1V270RM DNF1849
Mark No. Description Q Q D D
A
1003-1005 PHONE SHIELD 1006 SHIELD CASE/MIC 1007 SHIELD CASE/PH1
DNF1875 DNH3200 DNH3196
C
R R R R R
5001-5003 5009,5010,5024 5012,5023 5014,5019 5015,5018
RN1/16SE2200D RN1/16SE1002D RN1/16SE3301D RN1/16SE6801D RN1/16SE1501D
R R R R R
5016 5017 5020 5021 5022
RN1/16SE8200D RN1/16SE9101D RS1/10SR1500D RN1/16SE1003D RS1/10SR1201D
R R R R R
5025,5026,5106,5108 5101,5102 5104,5105 5109,5110 5114,5115
RS1/10SR1003D RS1/10SR2701D RS1/10SR1000D RS1/10SR9102D RS1/10SR5100D
R 5117,5118 R 5120,5121 Other Resistors
D
E
CCSRCH221J50 CCSRCH561J50 CKSRYB103K50 CKSRYB471K50 CCSRCH471J50
C C C C C
5013 5015,5025,5026,5108 5017,5113,5115 5018 5021,5024
CCSRCH222J50 CEAT101M16 CCSRCH331J50 CKSRYB331K50 CEAT101M25
C C C C C
5022,5023,5031-5033 5035,5037 5036,5038-5040,5127 5101,5102 5104-5107,5141
CKSRYB104K25 CCSRCH221J50 CKSRYB104K25 ACE7125 CCSRCH102J50
C C C C C
5109 5110,5111 5124,5125 5128,5140,5142,5143 5129,5130
CEAT101M16 CEAL101M16 DCG1049 CKSRYB104K25 CEAL101M25
CTF1389 XKB3062 DKB1093 DKB1103 DKN1653
S 5201 SLIDE SWITCH CN 5201 31P CONNECTOR P 5301,5302 PROTECTOR (1 A) VA 5202,5203 VARISTORS 1001 CANON SHIELD
DSH1025 VKN1262 AEK1073 EZJZ1V270RM DNF1789 DNF1875 DNH3206
RESISTORS
CAPACITORS 5001,5002,5030,5034 5003,5004 5007,5008,5016,5103 5011 5012,5014,5019,5020
2SK209 INC2002AC1 DZ2S180C DA2J101
L 5306 INDUCTOR JA 5201 JACK JA 5301,5302 CANON CONNECTOR JA 5303 JACK JA 5401,5402 6.5 DIA JACK
1003-1005 PHONE SHIELD 1008 SHIELD CASE
RS1/10SR2703D RS1/10SR2202D RS1/10SR###J
C C C C C
Part No.
MISCELLANEOUS
RESISTORS B
5405-5408 5409-5416 5301-5304,5402-5405 5401
4
R R R R R
5202,5203 5204,5205 5206,5207 5208,5209 5214,5215
RS1/10SR2701D RS1/10SR1000D RS1/10SR1003D RS1/10SR9102D RS1/10SR5100D
R R R R R
5217,5218 5220,5221 5307-5310 5313-5320 5321-5328
RS1/10SR2703D RS1/10SR2202D RD1/2VM100J RS1/10SR5601D RN1/16SE6801D
R R R R R
5329-5332 5333-5336 5341,5342,5345,5346 5349,5350 5402-5409
RD1/2VM221J RS1/10SR2201D RD1/2VM330J RS1/10SR1500D RS1/10SR3301D
R 5414-5421 R 5422-5425 R 5426-5429 R 5440,5441,5444,5445 Other Resistors
RN1/16SE1102D RS1/4SA221J RS1/10SR1001D RS1/4SA560J RS1/10SR###J
CAPACITORS
C JACK2 ASSY
C C C C C
5201 5202,5203 5204-5207,5232 5208,5209,5307,5308 5210,5211
CKSRYB103K50 ACE7125 CCSRCH102J50 CEAT101M16 CEAL101M16
C C C C C
5213,5215 5224,5225 5227,5228,5231,5234 5229,5230 5235,5237,5238,5331
CCSRCH331J50 DCG1049 CKSRYB104K25 CEAL101M25 CKSRYB104K25
C C C C C
5301-5304 5305,5306,5428-5431 5313,5314,5320,5321 5315,5322,5432,5433 5323-5326,5340,5341
DCE1018 DCE1017 CCSRCH101J50 CEHAZL101M25 CCSRCH101J50
C C C C C
5327-5330 5332,5434,5435 5333-5336 5337 5402-5405
ACH1480 CKSRYB104K25 CCSRCH222J50 CKSQYB105K25 CCSRCH471J50
SEMICONDUCTORS IC IC IC Q Q
F
5201,5202 5301,5302 5401,5402 5201 5301-5312,5401-5404
NJM2121MD NJM4580D NJM4580MD RT1N241M INC2002AC1
200
XDJ-RX 1
2
3
4
5
Mark No. Description C 5406-5409,5414-5417 C 5418-5421
6
Part No.
Mark No. Description CAPACITORS
CCSRCH330J50 CEAT101M16
D HPJB ASSY
C 8201 C 8203
Part No. CKSSYB103K16 CCSSCH102J50
A
SEMICONDUCTORS INC2002AC1
IC 8101 IC 8102 Q 8101
MISCELLANEOUS
BD9328EFJ TPS2557DRB RN1903
L 5902,5903 INDUCTOR JA 5901 HEADPHONE JACK JA 5902 STEREO MINI JACK KN 5902 SCREW PLATE JP 5901 CONNECTOR ASS'Y
CTF1629 DKN1622 XKN3017 VNE1948 PF06PG-S42
VA 5901,5902 VARISTORS
EZJZ1V270RM
RESISTORS
RS1/4SA101J RS1/10SR###J
R R R R R
CKSRYB104K50 CKSRYB103K50 DCH1344
R 8119 R 8120 Other Resistors
MISCELLANEOUS L 8101 INDUCTOR CN 8101 CONNECTOR CN 8102 CONNECTOR
RESISTORS R 5901-5904,5909,5910 Other Resistors
8
H USBP1 ASSY
SEMICONDUCTORS Q 5901,5902
7
8107 8111 8115 8116 8118
CTH1253 AKM1292 AKM1290
B
RS1/16SS8202F RS1/10SR4702D RS1/10SR1100D RS1/16SS2001F RS1/10SR1002D
CAPACITORS C 5901-5904 C 5907,5908 C 5909,5910
CAPACITORS
E MICT ASSY MISCELLANEOUS
CN 5081 PLUG (6P)
RS1/16SS101J RS1/16SS103J RS1/10SR###J
KM200NA6
C
C C C C C
8101,8103 8102,8104 8105,8106,8109,8110 8107 8108
CCH1565 CKSSYB104K10 CCG1221 CEVW331M6R3 DCH1201
C C C C
8111 8113,8114 8115 8116
CKSRYB103K50 CKSRYB104K50 CKSRYB104K16 CCSRCH102J50
RESISTORS VR 5081,5082 ROTARY VR
DCS1071
F USB1 ASSY MISCELLANEOUS
L 8001 INDUCTOR JA 8001 USB JACK CN 8001 CONNECTOR CN 8002 CONNECTOR VA 8001-8004 SMD VARISTOR
CTF1713 DKN1658 AKM1276 AKM1275 EZJZ1V80010
I USBP2 ASSY
D
SEMICONDUCTORS IC 8301 IC 8302 Q 8301
BD9328EFJ TPS2557DRB RN1903
RESISTORS R 8001-8003 Other Resistors
RS1/10SR0R0J RS1/8SQ###J
MISCELLANEOUS L 8301 INDUCTOR CN 8301 CONNECTOR CN 8302 CONNECTOR
CAPACITORS C 8001 C 8003
CKSSYB103K16 CCSSCH102J50
RESISTORS R R R R R
G USB2 ASSY MISCELLANEOUS
L 8201 COIL JA 8201 USB JACK CN 8201 CONNECTOR CN 8202 CONNECTOR VA 8201-8204 SMD VARISTOR
CTH1253 AKM1292 AKM1290
ATH7015 DKN1658 AKM1276 AKM1275 EZJZ1V80010
8305 8309 8313 8314 8316
E
RS1/16SS8202F RS1/10SR4702D RS1/10SR1100D RS1/16SS2001F RS1/10SR1002D
R 8317 R 8318 Other Resistors
RS1/16SS101J RS1/16SS103J RS1/10SR###J
CAPACITORS C C C C C
RESISTORS R 8201-8203 Other Resistors
RS1/10SR0R0J RS1/8SQ###J
8301,8303 8302,8316 8304,8305,8308,8309 8306 8307
CKSSYB104K10 CCH1565 CCG1221 CEVW331M6R3 DCH1201
201
XDJ-RX 5
6
F
7
8
1
Mark No. Description C C C C
A
8310 8312,8313 8314 8315
2
3
Part No.
Mark No. Description
CKSRYB103K50 CKSRYB104K50 CKSRYB104K16 CCSRCH102J50
J EXTB ASSY SEMICONDUCTORS
B
RS1/16SS56R0D RS1/16SS1800D
R 8823 R 8825 R 8889-8897 R 8898-8903 Other Resistors
RS1/16SS1001D RS1/16SS8200D RS1/10SR0R0J RS1/10SR1R0J RS1/16SS###J
CAPACITORS
8401 8601 8701 8801-8803 8601
BU90R104 R1290K103A BD81A04EFV-M TC74LCX541FK 2SA1577
C C C C C
8401 8403,8405,8406,8409 8404,8407,8408,8412 8410 8411,8414,8416,8620
DCH1201 CKSSYB103K16 CKSSYB104K10 CKSRYB225K6R3 CKSSYB103K16
Q Q D D D
8701 8702 8601-8603 8604 8701
LTC024EEB LTA024EEB DB3S308F0 DB2J41100 RB060M-30
C C C C C
8413,8415,8704,8706 8602,8618,8625,8823 8603 8604,8614,8844 8606,8607
CKSSYB104K10 CKSSYB102K50 CKSRYB105K16 CKSSYB105K6R3 CKSQYB105K25
C C C C C
8608 8610,8841 8611,8612 8613,8622,8812-8814 8616
CKSQYB475K6R3 CKSRYB104K50 CKSQYB474K25 CKSSYB104K16 CKSSYB224K6R3
C C C C C
8617,8811 8619 8621,8712 8623,8624,8702,8708 8701
CKSYB475K16 CKSSYB561K50 CKSSYB332K50 CCG1236 CKSRYB224K16
C C C C C
8705,8707 8709 8710,8711,8713,8714 8715,8718,8719 8815,8816
CCH2090 CCG1218 CCG1236 CCG1254 CKSRYB105K10
C C C C C
8817-8819,8828 8820 8824,8833 8825 8827,8839,8840
CKSSYB104K10 DCH1246 CCG1236 CCG1234 CKSSYB104K16
C C C C C
8830,8831 8834 8835 8837 8838
CKSSYB102K50 CKSQYB225K16 CKSSYB103K25 CCG1201 CKSQYB334K50
L L L L L
8401,8805 CHIP BEEDS FILTER 8402 CHIP BEEDS FILTER 8403,8404 CHIP SOLID INDUCTOR 8422,8806,8807 CHIP BEADS 8602 CHOKE COIL
BTX1042 BTX1047 XTL3010 VTL1126 CTH1426
L L L L L
8702 INDUCTOR 8703 POWER INDUCTOR 8801 INDUCTOR 8802,8804 CHIP INDUCTOR (10 U) 8803 INDUCTOR
CTF1545 ATH7068 CTF1635 DTL1105 LCTAW101J2520
C
L 8809-8826 CHIP BEADS CN 8401 FFC/FPC CONNECTOR CN 8402 11P CONNECTOR CN 8403 5P CONNECTOR CN 8701 CONNECTOR
VTL1126 DKP3953 VKN1415 VKN1374 CKS4428
CN 8801 FFC/FPC CONNECTOR
CKS6646
RESISTORS
E
Part No.
R 8820 R 8821
IC IC IC IC Q
MISCELLANEOUS
D
4
R R R R R
8401-8405 8603 8604 8605 8610,8616
RS1/16SS1000D RS1/16SS3603D RS1/16SS6802D RS1/16SS3901D RS1/16SS1502D
R R R R R
8612 8613 8615 8618,8829,8865-8867 8619
RS1/16SS1103D RS1/16SS1002D RS1/16SS8201D RS1/10SR0R0J RS1/16SS3303D
R R R R R
8620 8621 8709 8712 8713
RS1/16SS5601D RS1/16SS3902D RS1/16SS5100F RS1/16SS3302D RS1/16SS2202D
R R R R R
8717 8718 8801,8815 8803,8819 8807,8816
RS1/16SS1203D RS1/16SS1602D RS1/16SS39R0D RS1/16SS47R0D RS1/16SS75R0F
R 8813,8817 R 8814 R 8818,8822
RS1/16SS1300D RS1/16SS51R0D RS1/16SS82R0D
C 8845-8849,8851,8854 C 8855-8857
CCSSCH102J50 CKSSYB104K16
K DPNL1 ASSY SEMICONDUCTORS Q Q Q D D
5601,5603,5604,5606 5602,5605,5608,5611 5607,5609,5610,5612 5601,5602 5603,5604
D 5605-5608
F
LSAR523UB LTC123JUB LSAR523UB SLR343WBC7T SLI-343YYW SLI-343M8G
MISCELLANEOUS
202
S 5601-5604 TACT SWITCH CN 5601 11P CONNECTOR
DSG1089 VKN1242
XDJ-RX 1
2
3
4
5
Mark No. Description RESISTORS All Resistors
6
Part No.
Mark No. Description JP 3201,3203 CONNECTOR ASSY JP 3202 CONNECTOR ASS'Y
RS1/10SR###J
CEAT101M16 CKSRYB104K16
L DPNL2 ASSY MISCELLANEOUS
S 5801-5803 TACT SWITCH CN 5801 5P CONNECTOR
8
Part No. PF03PG-Q07 PF04PG-Q05 A
RESISTORS
CAPACITORS C 5605 C 5606
7
DSG1089 VKN1236
VR 3201,3202,3206 ROTARY VR VR 3203-3205,3207-3211 ROTARY VR VR 3212,3213 ROTARY VR R 3697 R 3698
DCS1104 DCS1078 DCS1126 RS1/4SA1R0J RS1/10SR3301D
R 3699 R 3700 Other Resistors
RS1/10SR3302D RS1/10SR2202D RS1/10SR###J
CAPACITORS
RESISTORS All Resistors
RS1/10SR###J
C C C C C
3005,3006,3208,3209 3010,3011 3013-3016,3641 3201-3207,3214-3219 3220-3231,3236-3240
CKSRYB104K16 CCSRCH471J50 CCSRCH221J50 CKSRYB471K50 CKSRYB104K16
M MIXB ASSY SEMICONDUCTORS IC IC IC IC IC
3001 3002 3201,3202 3601 3602
TC74VHC164F TC74VHC595F TC74HC4052AF DYW1857 S-80927CNMC-G8X
C C C C C
3401,3403,3405,3407 3402,3404,3406,3408 3409,3411,3414,3416 3410,3412,3413,3415 3601,3602
CEJQ101M16 CKSRYB104K16 CEJQ101M16 CKSRYB104K16 CEJQ470M16
IC Q Q Q Q
3603 3001,3005,3011,3017 3002,3006,3012,3022 3003,3004,3007-3010 3013-3016,3019,3020
NJM2392M LTC124EUB 2SA1577 LSAR523UB LSAR523UB
C C C C C
3604,3639,3642 3605,3612,3625,3629 3606-3611,3613 3614,3627,3646,3647 3615-3617,3619,3620
CEJQ101M16 CKSRYB104K16 CKSRYB471K50 CCSRCH470J50 CKSRYB471K50
Q Q Q Q Q
3018,3029 3021,3025-3028,3030 3023,3024 3031 3601
ISA1602AM1 LTC124EUB 2SC4154-11 2SA1577 RT1N431M
C C C C C
3621,3637 3622-3624,3628,3630 3631 3632-3635,3645,3648 3636
CKSRYB103K16 CKSRYB471K50 CKSRYB104K16 CKSRYB471K50 CKSRYB222K50
D D D D D
3001-3003,3007,3009 3004,3010,3018,3029 3005,3008,3012-3014 3006,3015,3025,3030 3011,3019
SLI-343M8G SLR343BD2T DA2J101 SLI-343YYW SLR343WBC7T
C C C C C
3638 3640 3643,3644 3650,3651,3659,3660 3666
DCH1165 CCSRCH560J50 DCH1201 CKSRYB471K50 CKSRYB471K50
D D D D D
3016,3017,3026,3028 3020-3024,3027 3031-3038,3040,3041 3201-3204 3601
SLI-343M8G DA2J101 DA2J101 DA2J101 EP05Q06
3601 3602 3603 3001 3002
CHIP COIL RAD SPL INDUCTOR INDUCTOR 12MM GS ENCODER ENCODER SW
S S S S S
3003,3010 SLIDE SWITCH 3004-3009,3013-3020 TACT SWITCH 3011 SLIDE SWITCH 3012,3021 TACT SWITCH 3022,3023 TACT SWITCH
D
N CRFB ASSY MISCELLANEOUS
CN 3801 L-PLUG (4P)
LCTAW330J2520 DTH1212 CTF1629 DSX1064 DSX1080
VR 3801 VARIABLE RESISTOR
KM200NA4L
DCV1023 E
CAPACITORS C 3801 C 3802
CKSRYB104K50 CKSRYB103K50
DSH1066 DSG1089 DSH1058 DSG1079 DSG1089
O CHF1 ASSY
S 3201 ROTARY SWITCH S 3202 ROTARY SWITCH X 3601 CERAMIC RESONATOR CN 3401,3402 39P CONNECTOR CN 3403 35P CONNECTOR
DSG1098 DSG1131 DSS1147 VKN2097 VKN2025
RESISTORS
CN 3404 19P CONNECTOR
VKN1250
MISCELLANEOUS
CN 3601 L-PLUG (3P)
VR 3601 SLIDE VR
KM200NA3L
DCV1027 F
203
XDJ-RX 5
C
RESISTORS
MISCELLANEOUS L L L S S
B
6
7
8
1
Mark No. Description
P LLED ASSY
A
2
3
Part No.
Mark No. Description
SEMICONDUCTORS
B
IC IC Q Q Q
3501 3502 3501,3506,3515 3502,3505 3503,3504,3507,3509
74VHC164FT 74VHC595FT RN1903 LTC124EUB 2SA1577
Q Q D D D
3516-3518,3520-3524 3519 3501-3503 3504,3506,3508 3505,3507,3509
LSCR523UB 2SA1577 SML-D12V8W SML-D12Y8W SML-D12M8W(NP)
D 3510-3512,3519-3524 D 3513-3518,3525-3536
SML-D12Y8W SML-D12M8W(NP)
4
Part No.
CN 4001 15P CONNECTOR
VKN1246
CN 4002 39P CONNECTOR CN 4003 17P CONNECTOR VA 4001-4007 VARISTORS
VKN2097 VKN1248 EZJZ1V270RM
RESISTORS VR 4001 ROTARY VR VR 4002 SLIDE VR R 4017 Other Resistors
DCS1104 DCV1033 RS1/4SA0R0J RS1/10SR###J
CAPACITORS C C C C C
4003,4004 4006,4011,4014,4017 4008-4010 4015,4016,4018,4020 4019,4021,4022,4024
CKSRYB392K50 CKSRYB104K16 CKSRYB471K50 CEJQ101M16 CKSRYB104K16
MISCELLANEOUS CN 3501 CONNECTOR
CKS5854
C 4023 C 4025,4026
CEJQ101M16 CCSRCH471J50
RESISTORS R R R R R
3503,3505,3517,3523 3506,3524,3560 3531-3533,3537-3540 3544,3572,3578-3586 3545,3587
R 3559 R 3588-3591 R 3592,3593 Other Resistors
C
RS1/16SS103J RS1/16SS563J RS1/16SS101J RS1/16SS101J RS1/16SS472J
R PNL1 ASSY SEMICONDUCTORS Q Q Q D D
RS1/16SS103J RS1/16SS101J RS1/16SS0R0J RS1/10SR###J
5501,5503,5505 5502,5504 5506 5501,5503 5502,5504
LTC124EUB LSAR523UB LSCR523UB DA2J101 SLI-343U8R
MISCELLANEOUS CAPACITORS C C C C
3501,3502 3503 3504-3506 3507,3508
S 5501 S 5502 S 5503 CN 5501
CKSSYB104K16 CCSSCH102J50 CCSSCH221J50 CCSSCH471J16
TACT SWITCH SLIDE SWITCH PUSH SW 17P CONNECTOR
DSG1089 DSH1058 ASG1102 VKN1248
RESISTORS D
VR 5501,5502 ROTARY VR Other Resistors
Q CDJB ASSY SEMICONDUCTORS
CAPACITORS
IC IC Q Q Q
4001 4002 4001-4004,4006,4008 4005,4007,4009,4011 4010,4012,4027,4029
TC74HC4052AF TC74VHC164F LTC124EUB 2SA1577 LTC124EUB
Q Q Q Q Q
4013-4024,4037,4039 4025,4034,4035 4026,4028,4030,4032 4031,4033 4041,4043-4045,4047
LSAR523UB 2SC4154-11 2SA1577 LTC124EUB LSAR523UB
D D D D D
4001-4022 4023-4025,4027,4030 4026,4031,4033,4035 4028,4032,4037-4039 4029,4034,4043
DA2J101 SLI-343M8G SLI-343YYW SLR343BD2T SLI-343U8R
D D D D
4036 4040,4041,4045 4042 4044,4046-4049,4053
SLI-343YYW SLI-343M8G SLR343WBC7T SLR343BD2T
C C C C
Q Q Q D D
5701,5705 5702 5706 5701,5704 5703,5705
LTC124EUB LSAR523UB LSCR523UB DA2J101 SLI-343U8R
MISCELLANEOUS S 5701-5703 TACT SWITCH CN 5701 17P CONNECTOR
DSG1089 VKN1248
RESISTORS VR 5701,5702 ROTARY VR Other Resistors
DCS1104 RS1/10SR###J
CAPACITORS
AKF7002 DSG1089 DSG1079 DSG1117
204
CKSRYB471K50 CKSRYB104K16 CEAT101M16 CKSRYB105K16
SEMICONDUCTORS
MISCELLANEOUS KN 4001 EARTH TERMINAL S 4001-4016,4018,4028 TACT SWITCH S 4017,4023-4025 TACT SWITCH S 4019-4022,4026,4027 TACT SWITCH
5501,5502 5503,5504,5506 5505 5507,5508
S PNL2 ASSY
E
F
DCS1078 RS1/10SR###J
C 5701,5702 C 5703,5708,5710 C 5709
CKSRYB471K50 CKSRYB104K16 CEAT101M16
XDJ-RX 1
2
3
4
5
Mark No. Description C 5711,5712
6
Part No.
7
Mark No. Description
8
Part No.
CKSRYB105K16
RESISTORS All Resistors
T
JOGT1 ASSY PIC10F206-I/OT 74VHCT126AFT RB520G-30
MISCELLANEOUS L 9601,9602,9604 INDUCTOR KN 9601,9602 WRAPPING TERMINAL CN 9601 15P CONNECTOR CN 9602 FFC/FPC CONNECTOR CN 9604 CONNECTOR
A
CAPACITORS
SEMICONDUCTORS IC 9601 IC 9602 D 9601
RS1/10SR###J
CTF1786 CKF1089 VKN1419 CKS6634 AKM1275
C 9001 C 9002,9003
CKSRYB105K10 CKSRYB103K50
W JLED1 ASSY SEMICONDUCTORS IC 9201-9205 D 9201-9236 D 9237-9244
74VHC595FT NHSW157B-A13072 FM-3528BK-470M B
MISCELLANEOUS VA 9601,9604 SMD VARISTOR VA 9605 VARISTORS
EZJZ1V80010 EZJZ1V270RM
CN 9201 FFC/FPC CONNECTOR
RESISTORS
RESISTORS R 9601,9613 R 9602 R 9604,9623,9624,9651 R 9609 Other Resistors
DCN1187 RS1/10SR221J RS1/10SR0R0J RS1/10SR2202D RS1/16SS###J
R 9250 Other Resistors
9602 9603,9605,9607 9604 9606
CCSRCH221J50 CKSSYB104K10 DCH1201 CEHVW101M6R3
RS1/8SQ0R0J RS1/16SS###J
CAPACITORS C C C C
CAPACITORS C C C C
CKS6634
9201-9205 9206 9207-9210 9211-9214
CKSRYB104K16 DCH1201 CCSSCH221J50 CCSSCH102J50 C
X JLED2 ASSY SEMICONDUCTORS IC 9401-9405 D 9401-9436 D 9437-9444
U JOGT2 ASSY SEMICONDUCTORS IC 9801 IC 9802 D 9801
PIC10F206-I/OT 74VHCT126AFT RB520G-30
MISCELLANEOUS CN 9401 FFC/FPC CONNECTOR
CKS6634
RESISTORS
MISCELLANEOUS L 9801,9802,9804 INDUCTOR KN 9801,9802 WRAPPING TERMINAL CN 9801 15P CONNECTOR CN 9802 FFC/FPC CONNECTOR CN 9804 CONNECTOR
CTF1786 CKF1089 VKN1419 CKS6634 AKM1275
VA 9801,9804 SMD VARISTOR VA 9805 VARISTORS
EZJZ1V80010 EZJZ1V270RM
RESISTORS R 9801,9813 R 9802 R 9804,9823,9824,9851 R 9809 Other Resistors
74VHC595FT NHSW157B-A13072 FM-3528BK-470M
DCN1187 RS1/10SR221J RS1/10SR0R0J RS1/10SR2202D RS1/16SS###J
R 9450 Other Resistors
D
RS1/8SQ0R0J RS1/16SS###J
CAPACITORS C C C C
9401-9405 9406 9407-9410 9411-9414
CKSRYB104K16 DCH1201 CCSSCH221J50 CCSSCH102J50
Y SW POWER SUPPLY There is no service parts.
E
CAPACITORS C C C C
9802 9803,9805,9807 9804 9806
CCSRCH221J50 CKSSYB104K10 DCH1201 CEHVW101M6R3
V JOGR1 ASSY
F
MISCELLANEOUS
JP 9001 CONNECTOR ASS'Y PC 9001 PHOTO INTERRUPTER
PF04PG-Q07 KE-2K18-15
205
XDJ-RX 5
6
7
8
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