Pioneer DDJ-T1
Short Description
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Description
ORDER NO.
RRV4164 DDJ-T1
DJ CONTROLLER
DDJ-T1 THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S). Model
Type
Power Requirement
DDJ-T1
SVYXJ8
AC 100 V to 240 V
DDJ-T1
UXJCB
AC 100 V to 240 V
DDJ-T1
FLPXJ
AC 100 V to 240 V
DDJ-T1
KXJ5
AC 100 V to 240 V
DDJ-T1
AXJ5
AC 100 V to 240 V
Remarks
For details, refer to "Important Check Points for good servicing". 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 2011 K-IZV FEB. 2011 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)
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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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A
[Important Check Points for Good Servicing] In this manual, procedures that must be performed during repairs are marked with the below symbol. Please be sure to confirm and follow these procedures.
1. Product safety Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by following the safety instructions described in this manual. 1 Use specified parts for repair. Use genuine parts. Be sure to use important parts for safety. 2 Do not perform modifications without proper instructions. B
Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as radio/TV interference and foreign noise. 3 Make sure the soldering of repaired locations is properly performed. When you solder while repairing, please be sure that there are no cold solder and other debris. Soldering should be finished with the proper quantity. (Refer to the example) 4 Make sure the screws are tightly fastened. Please be sure that all screws are fastened, and that there are no loose screws. 5 Make sure each connectors are correctly inserted. Please be sure that all connectors are inserted, and that there are no imperfect insertion.
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6 Make sure the wiring cables are set to their original state. Please replace the wiring and cables to the original state after repairs. In addition, be sure that there are no pinched wires, etc. 7 Make sure screws and soldering scraps do not remain inside the product. Please check that neither solder debris nor screws remain inside the product. 8 There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord. Damaged power cords may lead to fire accidents, so please be sure that there are no damages. If you find a damaged power cord, please exchange it with a suitable one. 9 There should be no spark traces or similar marks on the power plug.
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When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure connections and suitable usage. Please exchange the power cord if necessary. a Safe environment should be secured during servicing. When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries. Please pay attention to your surroundings and repair safely.
2. Adjustments To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification. Adjustments should be performed in accordance with the procedures/instructions described in this manual. E
3. Lubricants, Glues, and Replacement parts Use grease and adhesives that are equal to the specified substance. Make sure the proper amount is applied.
4. Cleaning For parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper cleaning should be performed to restore their performances.
5. Shipping mode and Shipping screws To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be installed before shipment. Please be sure to follow this method especially if it is specified in this manual.
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CONTENTS SAFETY INFORMATION ..........................................................................................................................................................2 1. SERVICE PRECAUTIONS ....................................................................................................................................................5 1.1 NOTES ON SOLDERING ...............................................................................................................................................5 1.2 SERVICE NOTICE ..........................................................................................................................................................5 2. SPECIFICATIONS .................................................................................................................................................................6 2.1 SPECIFICATIONS...........................................................................................................................................................6 2.2 PANEL FACILITIES .........................................................................................................................................................7 3. BASIC ITEMS FOR SERVICE.............................................................................................................................................13 3.1 CHECK POINTS AFTER SERVICING..........................................................................................................................13 3.2 JIGS LIST......................................................................................................................................................................13 3.3 PCB LOCATIONS .........................................................................................................................................................14 4. BLOCK DIAGRAM...............................................................................................................................................................16 4.1 OVERALL WIRING DIAGRAM......................................................................................................................................16 4.2 OVERALL BLOCK DIAGRAM .......................................................................................................................................18 4.3 POWER BLOCK DIAGRAM..........................................................................................................................................20 5. DIAGNOSIS.........................................................................................................................................................................22 5.1 POWER ON SEQUENCE .............................................................................................................................................22 5.2 TROUBLESHOOTING ..................................................................................................................................................23 5.3 VOLTAGE MONITORING ..............................................................................................................................................31 5.4 HOW TO CHECK OPERATIONS USING THE TRAKTOR SOFTWARE ......................................................................32 6. SERVICE MODE .................................................................................................................................................................36 6.1 OUTLINE OF SERVICE MODE ....................................................................................................................................36 6.2 DETAILS ON SERVICE MODE.....................................................................................................................................37 6.3 ABOUT THE DEVICE ...................................................................................................................................................40 7. DISASSEMBLY....................................................................................................................................................................41 8. EACH SETTING AND ADJUSTMENT ................................................................................................................................49 8.1 NECESSARY ITEMS TO BE NOTED ...........................................................................................................................49 8.2 CONFIRMATION OF THE VERSIONS OF THE FIRMWARE ......................................................................................49 8.3 UPDATING OF THE FIRMWARE..................................................................................................................................50 8.4 COPYING THE PROGRAM FOR THE USB CONTROLLER .......................................................................................51 8.5 JOG DIAL ROTATION LOAD ADJUSTMENT ...............................................................................................................52 9. EXPLODED VIEWS AND PARTS LIST ...............................................................................................................................54 9.1 PACKING SECTION......................................................................................................................................................54 9.2 EXTERIOR SECION .....................................................................................................................................................56 9.5 JOG SECTION..............................................................................................................................................................62 10. SCHEMATIC DIAGRAM ....................................................................................................................................................64 10.1 JACB ASSY.................................................................................................................................................................64 10.2 UCOM ASSY (1/6) ......................................................................................................................................................66 10.3 UCOM ASSY (2/6) ......................................................................................................................................................68 10.4 UCOM ASSY (3/6) ......................................................................................................................................................70 10.5 UCOM ASSY (4/6) ......................................................................................................................................................72 10.6 UCOM ASSY (5/6) ......................................................................................................................................................74 10.7 UCOM ASSY (6/6) ......................................................................................................................................................76 10.8 CDCB 1, CDCB 2, TCHB and JOGB ASSYS .............................................................................................................78 10.9 LEDB ASSY ................................................................................................................................................................80 10.10 CDJ1B ASSY ............................................................................................................................................................82 10.11 CDJ2B ASSY ............................................................................................................................................................84 10.12 DJMB ASSY..............................................................................................................................................................86 10.13 MICB ASSY...............................................................................................................................................................88 10.14 CHFD, CRFD and HPJK ASSYS ..............................................................................................................................90 10.15 USBB ASSY..............................................................................................................................................................92 10.16 VOLTAGES................................................................................................................................................................94 10.17 WAVEFORMS ...........................................................................................................................................................95 11. PCB CONNECTION DIAGRAM ......................................................................................................................................100 11.1 JACB ASSY...............................................................................................................................................................100 11.2 UCOM ASSY.............................................................................................................................................................102 11.3 CDCB 1 ASSY ..........................................................................................................................................................106 11.4 CDCB 2 ASSY ..........................................................................................................................................................107 11.5 TCHB, JOGB and LEDB ASSYS ..............................................................................................................................108 11.6 CDJ1B ASSY ............................................................................................................................................................112 11.7 CDJ2B ASSY ............................................................................................................................................................116 11.8 DJMB ASSY..............................................................................................................................................................120 11.9 CHFD and CRFD ASSYS .........................................................................................................................................124 11.10 MICB ASSY.............................................................................................................................................................128 11.11 HPJK ASSY ............................................................................................................................................................129 11.12 USBB ASSY............................................................................................................................................................130 12. PCB PARTS LIST ............................................................................................................................................................131
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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.
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1.2 SERVICE NOTICE • For checking of audio and operating elements, the DJ application (TRAKTOR) included with this product is used. TRAKTOR must be installed in your PC. For details on installation, see "5.4 HOW TO CHECK OPERATIONS USING THE TRAKTOR SOFTWARE." For connection of this product with a PC, be sure to use the supplied USB cable (registered jig tool), whose operation with this product is guaranteed. D
Voltage Monitoring This unit always monitors for power failure and will shut itself off immediately after an error is detected. All LEDs are unlit after an error is generated. After the unit shuts itself off because of an error, disconnect the AC adapter and USB cable and wait at least 1 minute before turning the unit back on. Repair the unit according to the diagnostic procedures described in “5.3 VOLTAGE MONITORING.”
Limitations when the unit is operating on USB-bus power There are some limitations in operations of this unit while it is operated on USB-bus power, as shown below. • The JOG dial indicator does not light. • Lighting of the indicators (excluding that for the JOG dial) becomes dim. • The AUX IN and MIC connectors are disabled. • The sound volume through the headphones is reduced.
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On the EEPROM on the UCOM ASSY No program has been stored in the EEPROM (IC2003) on the UCOM Assy (blank ROM) when it is supplied as a part for service. After the EEPROM is replaced, be sure to copy the program for the USB controller to it. For details, see “8.4 Copying the Program for the USB Controller.”
Replacement of the MAIN_UCOM When replacement of the MAIN_UCOM (IC701) is required, order a microcomputer dedicated for service (PEG850A8-K).
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2. SPECIFICATIONS 2.1 SPECIFICATIONS A
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AC adapter Power..................................AC 100 V to 240 V, 50 Hz/ 60 Hz Rated current.............................................................300 mA Rated output........................................................DC 5 V, 2 A General – Main Unit Power consumption (when using AC adapter)...........700 mA Power consumption (when using USB bus power)....500 mA Main unit weight.............................................4.9 kg (10.8 lb) Max. dimensions.....680 mm (W) × 95.2 mm (H) × 317.7 mm (D) (26.8 in. (W) × 3.7 in. (H) × 12.5 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 Rated output level MASTER OUT 1.................................................4.2 Vrms MASTER OUT 2.................................................2.1 Vrms Total harmonic distortion MASTER OUT 1..................................................0.006 % MASTER OUT 2..................................................0.006 % Frequency characteristic MASTER OUT 1......................................20 Hz to 20 kHz MASTER OUT 2......................................20 Hz to 20 kHz S/ N ratio (when playing on computer) MASTER OUT 1.........103 dB or greater (at rated output) MASTER OUT 2.........103 dB or greater (at rated output)
Input impedance AUX..........................................................................24 kΩ MIC..........................................................................10 kΩ Output impedance MASTER OUT 1............................................1 kΩ or less MASTER OUT 2............................................1 kΩ or less PHONES...................................................................41 Ω Input / Output terminals USB terminal B type...................................................................1 set MASTER OUT 1 output terminal TRS phone jack (Ø 6.3 mm).................................1 set MASTER OUT 2 output terminal RCA pin jacks.....................................................1 sets PHONES output terminal Stereo phone jack (Ø 6.3 mm).............................1 set Stereo mini phone jack (Ø 3.5 mm)......................1 set AUX input terminal RCA pin jack.......................................................1 sets MIC input terminal Phone jack (Ø 6.3 mm).........................................1 set • For improvement purposes, specifications and design of this unit and the included software are subject to change without notice.
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Accessories • TRAKTOR Pioneer DDJ-T1 EDITION software CD-ROM (DXX2665) • Driver software CD-ROM (DXX2666) • USB cable (DDE1140) • Operating instructions (SVYXJ8: DRB1537, DRB1563) (UXJCB: DRB1536) (FLPXJ: DRB1539) (KXJ5: DRB1541) (AXJ5: DRB1540)
• AC adapter (DWR1491)
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• Power plug (SVYXJ8: DKX1048, DKX1049) (UXJCB: DKX1047) (FLPXJ: DKX1048, DKX1049, DKX1047, DKX1050, DKX1051) (KXJ5: DKX1051) (AXJ5: DKX1052) F
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2.2 PANEL FACILITIES A
Rear panel
B
C
D
Front panel
E
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1
A
2
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Control panel
B
C
D
E
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1 Browser
B
C
D
E
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A
2
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3
4
2 Deck
B
C
D
E
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10
DDJ-T1 1
2
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B
C
3 Mixer D
E
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4
A
B
C
4 Effect
D
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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. Procedures
No.
Check points
Confirm that the customer complaint has been resolved. If the problem pointed out by the customer occurs with a specific source or operation, such as PC input, AUX/MIC input, Fader, or VOL, input that specific source then perform that specific operation for checking.
The customer complain must not be reappeared. Audio and operations must be normal.
2
Confirmation of operation of operating elements 1 Enter Service mode.
There must be no errors in operations of each button, LED, the JOG dial, and NeedleSearch.
3
Confirmation of operation of operating elements 2 Connect this unit with a PC with the DJ application (TRAKTOR) installed, via USB.
There must be no errors in operations of volume controls, faders, and rotary encoders.
4
Check the analog audio output. Connect this unit with a PC with the DJ application (TRAKTOR) installed, via USB, then play back audio
There must be no errors, such as noise, in audio signals and operations of the MASTER/HEADPHONES outputs.
Check the analog audio input. Input an audio signal via AUX/MIC. (Make the input settings, referring to “Inputting Audio from Microphones or External Equipment” in the Operating Instructions.)
Audio and operations must be normal.
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Confirmation of USB-bus Power Disconnect the AC adapter and operate the unit only on USB-bus power.
Audio and operations must be normal. (For details on limitations of USB-bus power, refer to the Operating Instructions.)
7
Check the appearance of the product.
No scratches or dirt on its appearance after receiving it for service.
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See the table below for the items to be checked regarding audio. Item to be checked regarding audio Distortion Noise Volume too low D
Volume too high Volume fluctuating Sound interrupted
3.2 JIGS LIST
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Jigs List Jig Name
Part No.
Purpose of use / Remarks
USB cable
GGP1188
for PC connection, accessory
AC adapter
DWR1491
Accessory
(Note: The power plug part is different.)
Lubricants and Glues List Name Lubricating oil
Part No.
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Remarks
GYA1001
Refer to “9.5 JOG SECTION”. 13
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3.3 PCB LOCATIONS A
Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.
D
JACB ASSY
Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.
C
CDCB 1 ASSY/CDCB 2 ASSY (DWX3210/DWX3224)
A
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CDJ2B ASSY
B
UCOM ASSY
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CDCB 1 ASSY/CDCB 2 ASSY (DWX3210/DWX3224)
H
DJMB ASSY
CDJ1B ASSY
O
USBB ASSY
B
C
MICB ASSY
K
JOGB ASSY
G F
E
L
LEDB ASSY
CHFD ASSY
M CRFD ASSY
TCHB ASSY
LEDB ASSY
G
JOGB ASSY
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HPJK ASSY
TCHB ASSY
• Bottom view D
NOTES:
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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
1..MAIN ASSY 2..UCOM ASSY 2..CDCB 1 ASSY 2..CDCB 2 ASSY
DWM2421 DWX3209 DWX3210 DWX3224
NSP
1..CDJ1 ASSY 2..CDJ1B ASSY 2..JOGB ASSY 2..TCHB ASSY 2..LEDB ASSY
DWM2422 DWS1430 DWS1432 DWS1433 DWS1434
1..CDJ2 ASSY 2..CDJ2B ASSY 2..JOGB ASSY 2..TCHB ASSY 2..LEDB ASSY
DWM2423 DWS1431 DWS1432 DWS1433 DWS1434
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NSP
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14
NSP
1..DJM1 ASSY 2..CHFD ASSY 2..CRFD ASSY 2..MICB ASSY 2..HPJK ASSY
DWM2424 DWX3212 DWX3213 DWX3215 DWX3216
NSP
1..DJM2 ASSY 2..DJMB ASSY 2..JACB ASSY 2..USBB ASSY
DWM2426 DWX3211 DWX3214 DWX3222
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B
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4. BLOCK DIAGRAM 4.1 OVERALL WIRING DIAGRAM A
A
JA4403 AKB7181-
1
AUX IN
2
3
4
5
1
2
3
MASTER2 OUT
4
3 2 1
3 2 1
JA4402 JA4404 DKN1622- DKN1622-
5
MASTER1_R OUT
MASTER1_L OUT
JA4401 AKB7181-
KM200NA7L CN4402
+
1
-
2
OP AMP
JACB ASSY (DWX3214)
V-6A V+6A GND_PA
3 4
OP AMP
AUX_IN_R GND_AA
5
+ 6
AUX_IN_L
-
GND_AA 7
DKP38972mm pitch L=360mm
+ -
OP AMP
CN4403 B2PS-VH
DKP39263.96mm pitch L=220mm
9
MASTER_R 6
8
7
6
GND_AM
GND_AM
GND_AM
5
MASTER_L
4
GND_P
2
1
3
V-6
7
C/D
V+6
DKP39202mm pitch L=210mm
AKM1279C N 2 0 0 1/CN2101 1 2
CDCB 1 ASSY/CDCB 2 ASSY (DWX3210/DWX3224)
3
CDC_INT1
CDC_INT
CDC_CS1
CDC_CS
GND_D
GND_CDC CDC_SCLK
4 5
GD_CDC
GND_D CDC_DSI
6
CDC_DSO 7
FFC DDD15451mm pitch / L=130mm/ TAPE LENGTH=8mm
C
LED_3/9 LED_4/10
19 18 17 16
LED_2/8 LED_0/6
G
LED_1/7
15 14 13 12 11
LEDB ASSY (DWS1434)
10 9 8 7 6 5 4 3 2 1
LED_3 LED_4 GND_D LED_2 LED_0 LED_1 GND_D GRID2 GRID3 GRID0 GRID1 V+5_D V+5_D GND_D JOG1_2 JOG1_1 JOG_TCH_1 V+3R3_D
23 22
4
AD_DRYWET1
9
8
10
7
6
5
4
3
2
1
1
GND_P
V-6
V+6 3
2
AUX_R_IN 4
7
7
9
6
8
5
2
4
3
5
AUX_L_IN
AD_FILTER1
8
16
10
GND_AD
9
15
11
AD_PITCH1_1
10
14
12
V+3R3_AD
11
13
13
AD_PITCH1_2
12
12
14 13
GND_AD
15 14
11
V+5_D
16 15 16
9
GRID0
18 17
8
GRID1
19 18
7
GRID2
20 19
6
GRID3
RESET IC IC106
5
GND_D
22
CERAMIC X701
10
V+5_D
17
4
JOG1_2
EEPROM IC201
3
JOG1_1
2
V+3R3_D
SW
1
2
3
4
1
+
1
CN906 VKN14241
GND_D
9
KEY_IN3
10
KEY_IN4
11
GND_D
12
GND_D
13
LED_0
14
LED_1
15
GND_D
16
LED_2
17
LED_3
18
LED_4
19
LED_5
20
HP_L
1
2
3
4
5
6
7
MUTE
8
JA4801 1 2 DKN1622- 3 1
JA4802 3 CKS4124- 2
16
HP OUT HP OUT (mini)
DDJ-T1 2
3
1
AD_4 1
2
AD_3 2
3 3
GND_AD
4
5
AD_0
AD_1 4
5
6
AD_2 6
8
7 7
GND_AD
V+3R3_AD 8
25
24
GRID3
GND_D 1
2
23
22
GRID2
GRID7 3
4
21
GRID6 5
20
18
19
GND_D
17
16
15
13
14
DJMB ASSY (DWX3211)
KM200NA9 CN4801
OP AMP
VOL INPUT LED/KEY MATR
VKN1239CN4001
+ -
6
GRID5 7
GRID1
GRID4 9
GND_D
LED_12
LED_13
GRID0 10
11
12
13
11
12
LED_14
GND_D 15
14
10 16
9
8
7
KEY_IN9
KEY_IN11
KEY_IN10
KEY_IN12 18
J
GND_AH
CN1002 VKN1300-
VKN1256CN4002
FFC DDD15431mm pitch / L=90mm/ TAPE LENGTH=7mm
GND_AH
9
24
25
V-6
19
AD_SW_B
V+6 GND_P
HP_R
HPJK ASSY (DWX3216)
1
3
DKP39232mm pitch L=610mm
GND_P
N
CN1001 VKN1429-A 2
4
5
6
7
8
9
AKM1295CN301
JOGB ASSY (DWS1432)
VOL INPUT LED/KEY MATRIX
HP OUT
23
F
17
VKN1251FFC DDD1561CN3003 1mm pitch / L=270mm/ TAPE LENGTH=8mm
6
1
20
2
5
1
3
4
4
3
5
GND_D
6
21
7
2
8
CUR_ENC1
9
1
10
V+5_D
11
CUR_ENC2
12
2
8
KEY_IN2
+ -
OP AMP
UCOM ASSY (DWX3209)
7
KEY_IN1
13
LED/KEY MATRIX
6
GND_D
14
3
5
GRID7
15
PF04PG-B05 CN3201
4
GRID6
16
TCHB ASSY (DWS1433)
3
GRID5
17
E
2
GRID4
18
22
19
52151-0310 CN3301
4
B B 1/6- B 6/6
JOG_TCH_1 20
AD_SW_A
GND_D
V+3R3_D
JOG1/2_2
JOG1/2_1
2
3
MAIN ucom M16C/65 128Pin R5F3651ENFC IC701 DYW1801-/J PEG850A8-K
17
9
GND_D
V+3R3_D
1
18
AD_EFF1_1
7
OP AMP
1
JOG_TCH_1/2
1
19
AD_EFF1_3 8
25
2
2
GND_AD 7
6
24
3
VOL INPUT LED/KEY MATRIX
21
CN6002 KM200NA4L
JH6001 51048-0300
1
USB
20
6 5
23
F
JP501
AD_EFF1_2
4
21
E
24
GND_AD
2
VKN1279CN6001
D
MASTER OUT
25
GND_D 3
5
AKM1299CN1004
AKM1293CN302
AUX IN
VKN1429-A CN905
1
3
3
CDC
CN3002
LED_5
AKM1295CN501
AKM1294CN902
VKN1256FFC DDD1543L_ENC1_1 1mm pitch / 1 L=90mm/ L_ENC1_2 TAPE LENGTH=7mm 2
CN3001 VKN1250LED_5/11
4
8
CDJ1B ASSY
H (DWS1430)
5
DKP38942mm pitch L=100mm
6
8
V+3R3_D
V+3R3_CDC
8
B
MUTE
Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.
GND_AM 1 2
CN4401 KM200NA9L
4
FFC DDD15471mm pitch / L=100mm/TAPE LENGTH=8mm,1
5
6
7
8
A AC ADAPTER
USB B TYPE
-
JA2502 DKN1237-
DC JACK RT1
-
1
2
RT2 4
3
1 3 2
JA2501 DKN1523KM200NA13L CN2501 V+5_D
-
1
V+5_D
2
GND_D
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.
3
V+4R7_STB
4
ADP_DET
5
P_SW1_ADP
6
P_SW2_USB
FET SW
V+5_D
7
GND_D2 8
USB_DP
V+5_USB
9
USB_DN
USBB ASSY (DWX3222)
O
10 11
GND_D
12
V+5_USB 13
DKP39212mm pitch L=260mm
Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management. AKM1279CN2001/CN2101 CDC_INT
CDC_INT2
CDC_CS
CDC_CS2
C/D
1 2
GND_CDC
GND_D
3
CDCB 1 ASSY/CDCB 2 ASSY (DWX3210/DWX3224)
CDC_SCLK 4
GND_CDC
GND_D CDC_DSI
5 6
CDC_DSO 7
V+3R3_D
V+3R3_CDC
B
8
V+3R3_D
L_ENC2_2 L_ENC2_1
SW
2
AD_PITCH2_1
OP AMP
ADC
+
8
LEDB ASSY (DWS1434)
7
V+5_D 15
14
16
15
17
16
18
17
6
GND_D 5
JOG2_2 4
AD_DRYWET2 GND_AD
3
JOG_TCH_2 19
18
20
19
2
V+3R3_D 1
21
AD_EFF2_3 AD_EFF2_2 AD_EFF2_1 GND_AD
VKN1279CN6001
22
JH6001 51048-0300
CN6002 KM200NA4L
23 24 25
+
CN904 VKN1242-
-
JOG_TCH_2
DAC2
-
9
13
SWITCHED OP AMP
DAC1
-
G
10
JOG2_1
GND_AD AD_FILTER2
1
12
3
+
3
USBucom TUSB3200A IC202
11
13
JOG1/2_2
EEPROM IC201
10
12
20
1
19
GRID4 18
3
LED/KEY MATRIX
D
52151-0310 CN3301
GND_D 2
OP AMP
1
4
11
2
AD_PITCH2_2
5
LED_1/7
11
3
6
9
LED_0/6
12
GND_D
7
10
14
V+3R3_AD
8
8
13
V+3R3_D
9
9
14
JOG_TCH_1/2
10
Xtail 6MHz X201
7
2
11
6
8
V+5_D
GND_AD
12
7
GRID1
V+5_D
13
LED_2/8 15
GRID0
V+5_D
14
16
LED_8
GRID3
GRID0
15
LED_4/10 17
GND_D
GRID2
GRID1
16
5
GND_D
GRID2
17
4
6
LED_7
GRID3
18
3
5
LED_3/9 18
LED_6
GND_D
19
4
LED_5/11 19
1
20
2
2
21
1
3
LED_10
GND_D
22
C
LED_11
2
LED_9
JOG2_2
23
CN3501 VKN1250-
1mm pitch / L=90mm/ TAPE LENGTH=7mm
1
JOG2_1
24
FFC DDD15451mm pitch / L=130mm/ TAPE LENGTH=8mm
3
25
VOL INPUT LED/KEY MATRIX
CN3502 VKN1256- FFC DDD1543-
1
CN903 VKN1429-A
4
CDC
GND_D
USB
CDJ2B ASSY (DWS1431)
I
JOG1/2_1
AKM1294CN901
V+3R3_D
AKM1299CN1004
8
7
6
5
4
3
2
1
13
12
9
8
11
10
7
6
5
4
3
2
1
DKP39002mm pitch L=190mm
GRID5 17
4
E
GRID6 16
5
GRID7 15
6
GND_D 14
7 8 9 10 11
KEY_IN5 KEY_IN6 KEY_IN7 KEY_IN8
13 12
TCHB ASSY (DWS1433)
11 10
GND_D 9
12
GND_D 8
13
LED_6 7
14
LED_7 5
1
PF04PG-B05 CN3201
LED_8 4
17
2
GND_D 16
3
4
6
15
LED_9 3
18
LED_10
F
2
19
LED_11 20
1
CN3503 VKN1251-
1
3
4
2
5
6
1
2
KEY_IN13
V-6 V+6 GND_P MIC_IN GND_A
CHFD ASSY (DWX3212) KM200NA3L CN4301 1
AD_CROSSF 2
V+3R3_AD 3
M
2 3 1
JA4601 DKN1614-
2
+ -
OP AMP
CRFD ASSY (DWX3213)
1
6
MIC IN
GND_AD
3
KM200NA6 CN4601
CN4202 KM200NA3L
PF03PP-C06 2mm pitch L=60mm
4
MIC_AUX_DET
5
L
E
JOGB ASSY (DWS1432)
DKP39222mm pitch L=210mm
1
2
GND_D
3
GRID3 3
4
GRID2 4
5 5
GRID1
6
GRID0
7 7
GND_D 8
6
8
GND_AD
9
AD_CROSSF 9
11
12
13
14
15
10
AD_FADER_C 10
11
AD_FADER_D
GND_AD
AD_FADER_A
AD_FADER_B 13
14
15
12
CN303 AKM1292-
1
FFC DDD15471mm pitch / L=100mm/TAPE LENGTH=8mm,15mm
2
SY 1)
MIC IN
CN1003 VKN1307-
FFC VKN1246DDD1548CN4201 mm pitch / L=85mm/TAPE LENGTH=6mm.15mm
3
VKN1239CN4001
CHFD V+3R3_AD
1
AD_4 1
2 2
AD_3
3 3
GND_AD
4
5
AD_0
AD_1 4
5
6
AD_2 6
7 7
8
V+3R3_AD
8
VOL INPUT LED/KEY MATRIX GND_AD
CN1002 VKN1300-
FFC DDD15611mm pitch / L=270mm/ TAPE LENGTH=8mm
K MICB ASSY (DWX3215)
F
17
DDJ-T1 5
6
7
8
1
2
3
4
4.2 OVERALL BLOCK DIAGRAM A
JA4402 Master1 L 3 2
A JACB ASSY
IC4405
L+ 7
5
1
2
Lch
LJA4404 Master1 R
5
IC4403
R+
3
7
5
2
1
2
9
Rch CN4401
RJA4403
Lch
Master2
CN4403
IC4404 1
3
7
5
GND_AM
IC4402 1
3
Lch
3
1
5
7
Rch
Master R
4 5
7
Rch CN4402
VR4401
B UCOM AS
IC4801 Lch
3
CN4801 3
1
N
3
3
11
7
5
10
IC506 Master DAC
Rch
I2S
3
Rch
7
3
5
5
HPJK ASSY
Lch
IC305
HP L
3
2
5
1
3
11
7
5
10
HP R
Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.
C/D
Lch
1
CN301(9Pin)
2
JA4802 Mini J ACK
IC101 DC/DC Conv.
GND_AM IC501
JA4801 HP JACK
C
5
9
6
AUX IN
Master L
IC4401
Lch
B
CN501(9Pin)
Rch JA4401
3 3
I2S
I2S Bus
3 4
CN901(8Pin) SPI Bus (CDC)
IC2001/2101 CDC
Neadle Search
Rch
3
IC304 Headphone DAC
CDCB 1 ASSY/CDCB 2 ASSY
CN2001/CN2101 CN903(25Pin)
LEDB ASSY
G
CN3502
CN3501
CN6001
JOG2_1/2_2
JOG LED
JOG LED
Grid [ 7:0]
Grid[ 3:0]
IC702 3-8 Decoder
Trim / Fader
MATRIX Circuit
Trim CN904(20Pin) Grid[7:4]
D
Key In [12:9][4:1]
IC1101 Key Buffer
Key In[8:5] Key In[13][8:5] CN6002
IC1102 Key Buffer
JH6001
LED[11:6] CN3201
J OG_TCH_2
CN3301
I2S IC301
KEY
7
LED
SW
Rch 5 1
2
CN3503
2
IC303 AUX/MIC ADC
IC302
4
MIC In 4
6
Lch CN303(6Pin)
JOGB ASSY TCHB ASSY
AUX L In
I
T
5
2
AUX R In
E
F
CDJ2B ASSY
CN302(7Pin)
E
7
CN1002(8Pin)
JOG
CN4001
CN4601 4
SW IC
VR4601
JA4601 MIC IN
SW IC
IC4601 3
1
5
7
VOL
F AUX/MIC SW
K MICB ASSY 18
J
DDJ-T1 1
2
3
4
5
6
7
8
A
JA2501
JA2502
CN2501
USB Dp/Dn
SW Circuit * V+USB5 or V+ADP5
POWER SUPPLY
10
B UCOM ASSY
9
IC202 USB_UCOM TUSB3200A 38 39 34
I2S
I2S Bus
35 44
B
POWER SUPPLY
USB Dp/Dn 7
36
USBB ASSY
ADP_DET P_SW2_USB/PSW1_ADP
IC101 DC/DC Conv.
I2S
O
CN1004(13Pin)
Master Data HP Data MIC/AUX Data BCL LRCK MCLK
8
IC201 EEPROM 5
6
Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.
I2C SDA SCL
41
1
42
2
C/D
IC203 SW
10
CDCB 1 ASSY/CDCB 2 ASSY
CN902(8Pin) SPI Bus(CDC)
Reset SPI Bus
IC2001/2101 CDC
C
G
Neadle Search
LEDB ASSY
CN2001/CN2101 I2C 32
42
CN906(20Pin) JOG_TCH_1
43
CN3002
Grid[7:4]
CN3001
Key In[ 4:1]
J OG LED
JOG LED
LED[5:0]
IC701 MAIN_UCOM DYW1801 PEG850A8-K
MATRIX Circuit
CN905(25Pin) Trim / Fader
D
CN6001
Trim
Grid[3:0] JH6001
CN6002
CN3301
CN3201
JOG1_1/1_2
I2S
23
17
IC106 Reset IC
IC303 AUX/MIC ADC
CN1003(15Pin
Key In[12:9]
LED [14:12]
Grid[7:0]
CN1001(25Pin)
CN1002(8Pin)
LED SW
H
Fault_Det Circuit Trim
KEY
CN3003
JOG
CDJ1B ASSY
Fader
F
E
TCHB ASSY JOGB ASSY
E
CN4301 CN4001
SW IC
CN4002
SW IC
L
MATRIX Circuit
SW IC
CHFD ASSY
FD SATRT SW
MATRIX Circuit
CN4202 CN2001
KEY
VOL
M
LED CRFD
J
DJMB ASSY
F
CRFD ASSY 19
DDJ-T1 5
6
7
8
1
2
3
4
4.3 POWER BLOCK DIAGRAM A
O USB CABLE
B UCOM ASSY
USBB ASSY
V+USB5
FET RELAY SW RTQ040P02 Q2522, Q2524 V+5_D
V+5_D V+5_D
V+5_D V+5_USB
AC ADAPTER
B
V+5_U
FET RELAY SW RTQ040P02 Q2523, Q2525
V+3R3_
IC102 3.3V_REG 5V→3.3V S-1200B33
V+ADP5
V+3R3_
V+4R7 _STB
V+4R7 _STB
V+5 _USB
V+5 _USB
V+4R7_STB
V+3R3_U
IC105 3.3V_REG 4.7V→3.3V S-1200B33
V+5_USB
POWER SLIDE SW ASG1100 S2502
V+3R3_
L707
IC102 3.3V_REG 5V→3.3V S-1200B33
V+5_D
V+3R3_D
C
V+5_D
IC101 D/D_CONV 5V→6V BD9851EFV
V+6
V+6 V+5_D
D
IC101 D/D_CONV 5V→-6V BD9851EFV
V+5_A
IC103 5V_REG 6V→5V S-1200B50
V-6
V+6 V-6
V+6 V-6
AUDIO AMP(MASTER) RNB4580F IC501 AUDIO AMP(HP) NJM4565MD IC305
SW AMP(AUX/MIC) NJM2121MD x2 IC301, IC302
V+6 V-6
E
F
20
V+6
V-6
V+6
V-6
V+6
V-6
V+6
V-6
OPAMP x1
OPAMP x4
K MICB ASSY
A JACB ASSY
DDJ-T1 1
2
3
4
N
5
6
7
8
A
C H V+5_D
V+5_D
G LEDB ASSY
CDJ1B ASSY
V+5_D
CDCB 1 ASSY
V+5_D
V+5_D
LED
LED
V+5_USB
USB ucom TUSB3200A IC202
V+3R3_USB
V+3R3_USB
EEPROM IC201
V+3R3_UCO
MAIN ucom DYW1801 PEG850A8-K IC701
V+3R3_AD
V+3R3_AD
V+3R3_AD
V+3R3_D
V+3R3_D
V+3R3_D
V+3R3_D
CDCB 1 ASSY/CDCB 2 ASSY
I V+5_D V+5_A
NEEDL SEARCH
CDJ1 DECK A,C
V+3R3_D
E
F
TCHB ASSY
JOGB ASSY
B
Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.
V+3R3_D
V+3R3_D
V+3R3_D
C/D
V+3R3_AD
L707
VR
G LEDB ASSY
CDJ2B ASSY
V+5_D
V+5_D
MASTER DAC AK4387ET IC506
V+5_D
C
LED
LED
HP DAC AK4387ET IC304
V+3R3_AD
V+3R3_AD
V+3R3_D
V+3R3_D
V+3R3_D
V+3R3_D
VR V+3R3_D
CDJ2 DECK B,D
V+3R3_D
AMP(MASTER) RNB4580F IC501 ADC AK5358AET IC303
DIO AMP(HP) JM4565MD IC305
NEEDL SEARCH
C/D
E
F
TCHB ASSY
JOGB ASSY
CDCB 1 ASSY/CDCB 2 ASSY
Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.
AMP(AUX/MIC) M2121MD x2 301, IC302
V+6
V-6
V+5_D
V+5_D
LED
V+3R3_AD
V+3R3_AD
VR
DJMB ASSY
E
V+3R3_AD
DJM MIXER V+3R3_AD
V+3R3_AD
CH FADER x4
OPAMP x1
N
J
V-6
V+6
SSY
D
L
HPJK ASSY
V+3R3_AD
CROSS FADER
CHFD ASSY
M CRFD ASSY 21
DDJ-T1 5
6
F
7
8
1
2
3
4
5. DIAGNOSIS 5.1 POWER ON SEQUENCE A
Power ON
Clock multiplying -> 32 MHz
Port initial setting
I2C serial initial setting • With AC adaptor and USB connection • With AC adaptor and w/o USB connection • W/O AC adaptor and with USB connection (USB-bus power)
Checking and setting of the power supply B
Yes
Has the power-supply status changed? No Yes
Power failure?
Unit stopped by power failure (All LEDs unlit)
No No
With USB connection? Yes Canceling reset of the USB Controller and the TUSB3200A
C
Opening indication
Note: The TUSB3200A is started up after loading the program from the EEROM.
Opening indication Checking of communication with the TUSB3200A Has communication been established?
No Alarm indication of abnormal stopping of the TUSB3200A
Yes CRC check of the main flash
D
A CRC error? (FLASH NG?)
Yes Waiting for a recovery /updating request
No
A/D conversion initial setting
Note: Start the updating program on the PC.
Interruption initial setting
MIC/AUX initial setting
Needle initial setting
Serial communication initial setting
Operation mode judgment
Timer initial setting
E
Normal mode
A
Service mode (Test mode) JOG Load Measurement mode
LED luminance setting Display initial setting Headphones level setting
To normal main loop processing • Power monitoring/switching • MIC/AUX switching • Detection of change in operating elements • USB transmission (transmission of operating element data) • USB reception (reception and indication of display data)
F
22
DDJ-T1 1
2
3
4
5
6
7
8
5.2 TROUBLESHOOTING In this section, causes of failure, diagnostics points, and corrective measures can be searched for according to symptoms. Before disassembling this unit, it is recommended to infer a failure point by referring to the error code.
A
For the relationship of each power-supply system, see “4.3 POWER SUPPLY BLOCK DIAGRAM.” If software of the product is updated before performing diagnostics, check that software updating has been performed properly before proceeding to diagnostics. If software updating has not been performed properly, update the software, following the instructions in “8.3 UPDATING OF THE FIRMWARE.”
Contents [0] Prior Confirmation [1] Failure in Startup (Failure in power-on, all LEDs unlit) [2] Display (LED indicators) [3] Operations (Buttons/VRs/Sliders/NeedleSearch/JOG) [4] USB connection [5] AUDIO OUT [6] AUDIO IN [7] Basic Operation Check of the MAIN_UCOM
B
The waveform numbers and voltage confirmation-point numbers described in this section correspond to the numbers on the schematic diagrams and PCBs. Be sure to check the failure points, as well as checking for failure in their peripheral circuits.
C
[0] Prior Confirmation [0-1] Checking in Service Mode No. Cause/Symptom Point to be checked 1
–
Service Mode
Item to be checked
How to distinguish a defective point and/or corrective action After a failure point is identified, see the section referenced in this manual.
Identify a failure point.
Reference 6. SERVICE MODE
[0-2] Checking Internal Cables No. Cause/Symptom Point to be checked
1
Disconnection, breakage, or loose connection of internal cables
Cables
Item to be checked
How to distinguish a defective point and/or corrective action
Securely connect a cable if it is not connected. Check that all the cables are securely If a cable is broken, replace it. connected. Check that there is no breakage Note: If an FFC cable is disconnected, be careful of in the cables. the orientation of the contacts when reconnecting it, referring to the printed guide on the board.
Reference 4.1 OVERALL CONNECTION DIAGRAM
D
[1] Failure in Startup (Failure in power-on, all LEDs unlit) [1-1] Failure in the power system In a case where the unit does not start up, even after it is turned ON, when it is powered via the AC adapter or USB-bus power connection. No. Cause/Symptom Point to be checked
Item to be checked
How to distinguish a defective point and/or corrective action
1
Failure in the AC adapter
USBB Assy V+ADP5
Set the POWER switch to OFF. Check that the voltage of the V+ADP5 power line is in the range of 4.75–5.25 V.
If the voltage is outside the range of 4.75–5.25 V, failure in the AC adapter and its periphery may be suspected. AC adapter (DWR1491), DC jack (JA2501), FETs (Q2523, Q2525), Tra ( )
2
Failure in USBbus power
USBB Assy V+USB5
Set the POWER switch to OFF. Check that the voltage of the V+ADP5 power line is in the range of 4.75–5.25 V.
If the voltage is outside the range of 4.75–5.25 V, failure in the USB-bus power and its periphery may be suspected. Check the USB cable and USB connector.
Reference 4.3 POWER SUPPLY BLOCK DIAGRAM 10.17 WAVEFORMS AC adapter 4 4.3 POWER SUPPLY BLOCK DIAGRAM 10.17 WAVEFORMS Power bus power 1
3-1
Power failure in the MAIN_UCOM on the UCOM Assy
UCOM Assy MAIN_UCOM
Set the POWER switch to ON. If V+3R3_UCOM is abnormal (2.7 V or less) The regulator (IC105), the MAIN_UCOM (IC701), or their peripheral circuits may be defective. and V+4R7_STB is normal (4.2–5.0 V)
4.3 POWER SUPPLY BLOCK DIAGRAM
3-2
Power failure in the USB_UCOM on the UCOM Assy
UCOM Assy USB_UCOM
Set the POWER switch to ON. If V+3R3_USB is abnormal (2.7 V or less) and the V+5_USB is normal (4.5 V–5.25 V)
4.3 POWER SUPPLY BLOCK DIAGRAM
The regulator (IC102), the USB_UCOM (IC202), or their peripheral circuits may be defective.
23
DDJ-T1 5
6
7
8
E
F
1
A
2
No. Cause/Symptom Point to be checked
4-1
B
4-2
4-3 C
4-4
Power failure 1
Power failure 2 Identification of defective Assy
Power failure 3 Identification of defective Assy
Power failure 4 UCOM Assy Identification of defective Assy
UCOM Assy FAULT_DET
UCOM Assy FAULT_DET CDJB CDCB DJMB JACB HPJK MICB
UCOM Assy FAULT_DET CDJB CDCB DJMB JACB HPJK MICB
UCOM Assy FAULT_DET
3
Item to be checked Check if the voltage monitoring circuit was activated: Turn the unit ON then check the voltages shown below. V+5_D: FAULT_DET, R147 (0 Ω) :
Identify the Assy on which a voltage error was generated. Remove all cables other than the cable for CN1004 (USBB to UCOM) from the UCOM Assy. Turn the unit ON then check the V+5_D voltage. V+5_D: FAULT_DET, R147 (0 Ω):
4
How to distinguish a defective point and/or corrective action
Reference
Turn the unit ON then check the voltages shown below. V+5_D: 2 V or less (abnormal voltage), 4.5 V or higher (normal voltage) FAULT_DET, R147(0 Ω): 0 V (abnormal voltage detection), 3.3 V (normal voltage) In a case of abnormal voltage detection, see [4–2] Power failure 2. In a case of normal voltage, poor control over the microcomputer system may be suspected.
4.3 POWER SUPPLY BLOCK DIAGRAM 5.3 VOLTAGE MONITORING
Remove all cables other than the cable for CN1004 (USBB to UCOM) from the UCOM Assy. Turn the unit ON then check the V+5_D voltage. V+5_D: 4.5 V or higher (normal) FAULT_DET, R147(0 Ω): 3.3 V normal, no detection of a voltage error) In a case of normal voltage, see [4–3] Abnormal voltage detection 3. In a case of abnormal voltage detection, see [4-4] Power failure, UCOM Assy.
4.1 OVERALL CONNECTION DIAGRAM 4.3 POWER SUPPLY BLOCK
Identify the defective ASSY, by connecting each connector on the UCOM Assy, as shown below, one by one for voltage checks: CDJ1B: CN905, CN906 CDJ2B: CN903, CN904 CDCB: CN901, CN902 With all cables other than the cable for DJMB: CN1001, 1002 CN1004 (USBB to UCOM) disconnected from the UCOM_ASSY, identify the defective JACB: CN302, CN501 HPJK: CN301 Assy by connecting each connector on the MICB: CN303 UCOM Assy one by one for voltage checks. Repair the defective part of the defective Assy. If further identification of defective Assys is required, see the notes in “5.3 Voltage Monitoring” before proceeding to further diagnostics.
Deactivate the voltage monitoring circuit then check the section with improper voltage.
The voltage monitoring circuit can be deactivated by removing R147 (0 Ω) on the FAULT_DET. See the notes in “5.3 Voltage Monitoring” before proceeding to further diagnostics. To identify the section with improper voltage, check the voltage at each point on the UCOM Assy.
10.17 WAVEFORMS Abnormal voltage detection k, p
10.17 WAVEFORMS Abnormal voltage detection k, p
4.1 OVERALL CONNECTION DIAGRAM 4.3 POWER SUPPLY BLOCK 5.3 VOLTAGE MONITORING
4.3 POWER SUPPLY BLOCK 5.3 VOLTAGE MONITORING
D
[1-2] Failure in the microcomputer system No. Cause/Symptom Point to be checked
1
2 E
3
4
Power failure in the MAIN_UCOM
MAIN_UCOM Reset circuit error
MAIN_UCOM X'tal error
MAIN_UCOM startup error
How to distinguish a defective point and/or corrective action
Reference Abnormal Voltage Detection
Check if a voltage error was detected. Check the power terminal of the MAIN_UCOM (IC701).
If the detected voltage error is confirmed, check conduction between the power supply and GND. Check the power line and the parts, such as coils (beads), resistors, and capacitors. If no problem was found with the parts, power line, and conduction between the power supply and GND, the MAIN_UCOM (IC701) may be defective.
Check the Reset terminal (Pin 17) of the MAIN_UCOM (IC701). (High/Low)
In normal operation, the voltage of the Reset terminal (Pin 17) is high. If the voltage of the Reset terminal is low, check the power line, resistors, capacitors, and the Reset IC (IC106). If the voltage level remains low after the Reset IC (IC106) is replaced, the MAIN_UCOM (IC701) may be defective.
10.17 WAVEFORMS MAIN UCOM start up i
UCOM Assy
Check the oscillation waveforms of the X'tal (X701).
Check the waveforms of the X'tal (X701). If an error is found, check the power line, resistors, and capacitors. If the waveform remains abnormal after the X'tal (X701) is replaced, the MAIN_UCOM (IC701) may be defective.
10.17 WAVEFORMS MAIN UCOM start up j
UCOM Assy
After startup, check the lighting statuses of the LEDs. (For example, although some of the LEDs light properly, the unit is not started up properly.)
Refer to “[4] Error Indications” in the 6. Service Mode. If there is no corresponding error indication, reload the program via USB. If the normal status is not recovered after all above steps are performed, the MAIN_UCOM (IC701) may be defective.
UCOM Assy
UCOM Assy
Item to be checked
6. Service Mode [4] Error Indications
F
24
DDJ-T1 1
2
3
10.17 WAVEFORMS MAIN UCOM start up
4
5
6
No. Cause/Symptom Point to be checked
5
6
7
8
9
Power failure in the USB_UCOM
USB_UCOM Reset circuit error
USB_UCOM X'tal error
USB_UCOM I2C communication error
EEPROM error
UCOM Assy
UCOM Assy
UCOM Assy
UCOM Assy
UCOM Assy
7
Item to be checked
Check if a voltage error was detected. Check the power terminal of the USB_UCOM (IC202).
Check the Reset terminal (Pin 10) of the USB_UCOM (IC202). (High/Low)
8
How to distinguish a defective point and/or corrective action
Reference
If the detected voltage error is confirmed, check conduction between the power supply and GND. Check the power line and the parts, such as coils (beads), resistors, and capacitors. If no problem was found with the parts, power line, and conduction between the power supply and GND, the USB_ UCOM (IC202) may be defective. In normal operation, the voltage of the Reset terminal (Pin 10) is high. If the voltage level at the Reset terminal is low, check for abnormal voltage detection, and check the power line, resistors, and capacitors. If no problem was found with the above circuit, parts, and power line, and if the voltage level is low, the USB_UCOM (IC202) or the MAIN_UCOM (IC701) may be defective.
Abnormal Voltage Detection
A
10.17 WAVEFORMS USB UCOM start up Abnormal Voltage Detection 10.17 WAVEFORMS USB UCOM start up c
Check the oscillation waveforms of the X'tal (X201).
If an error is found, check the power line, resistors, and capacitors. If the waveform remains abnormal after the X'tal (X201) is replaced, the USB_UCOM (IC202) may be defective.
Check the I2C communication waveforms of the EEPROM (IC201) immediately after startup.
Data of the EEPROM (IC201) are loaded only during startup. 10.17 WAVEFORMS If an error is generated, check the power supply to the EEPROM, resistors, capacitors, and SW IC (IC203) on the I2C USB UCOM EEPROM communication line. If no problem is found with the power supply, communication line, and parts, the EEPROM (IC201) or USB_UCOM (IC202) may be defective.
Reload the program via USB.
If no problem is found with the communication waveform in 8.4 COPYING THE [8] above, reload the program via USB. PROGRAM FOR THE If reloading is successfully performed, the USB_UCOM USB CONTROLLER (IC202) may be defective. If reloading fails, the EEPROM (IC201) may be defective.
B
10.17 WAVEFORMS USB UCOM start up d
C
[2] Display (LED indicators) [2-1] Any one of the LEDs does not light. No. Cause/Symptom Point to be checked 1
Defective LED
Item to be checked
Check the connections of the LED then LERelated point check the forward voltage (approx. 2.2 V) between both ends of the LED.
How to distinguish a defective point and/or corrective action If the forward voltage is abnormal, the LED may be defective.
Reference LED waveform 10.SCHEMATIC DIAGRAM D
[2-2] Several LEDs do not light. No. Cause/Symptom Point to be checked
Item to be checked
How to distinguish a defective point and/or corrective action
Reference
1
Signal errors
UCOM Assy CDJ1B CDJ2B DJMB
Check for any loose connections between the MAIN_UCOM (IC701) and the LEDs. Check also that the control signal for the LEDs is output.
If the control signal is not output, check the mounting status of the MAIN_UCOM (IC701). If it is properly mounted, then the IC701 itself may be defective.
Basic Operation Check of the MAIN_UCOM
2
Defective LEDs
Related point
Check the forward voltage (approx. 2.2 V) between both ends of the LEDs.
If the forward voltage is abnormal, the LEDs may be defective.
LED waveform 10.SCHEMATIC DIAGRAM
3
Defective transistors
Related point
Check the transistors.
The transistors may be defective.
10.SCHEMATIC DIAGRAM E
[3] Operations (Buttons/VRs/Sliders/NeedleSearch/JOG) Operation of all buttons, variable controls, and the JOG dial can be confirmed in Service mode.
[3-1] The push buttons are disabled. No. Cause/Symptom Point to be checked
Item to be checked
1
Loose connection or defective switches
Related point
Check for any loose connections on the signal line from the switch to GRID_IC (IC702), KEY_BUFFER (IC1101, 1102), and main microcomputer (IC701).
2
Defective MAIN_ UCOM (IC701)
UCOM Assy
If the symptom persists after the above corrections.
How to distinguish a defective point and/or corrective action
Reference
If other SWs connected to the same signal line function properly and if the connections are properly made, the SW may be defective.
Each Signal Levels
Go to [7-1] Basic Operation Check of the Microcomputer.
Basic Operation Check of the MAIN_UCOM
25
DDJ-T1 5
6
7
8
F
1
A
2
4
[3-2] Rotary selector not controllable No. Cause/Symptom Point to be checked
B
3
1
Defective AUTO_LOOP of the CDJ1
CDJ1 Assy
2
Defective AUTO_LOOP of the CDJ2
CDJ2 Assy
3
Defective DJM BROWSE
4
Defective MAIN_UCOM (IC701)
Item to be checked Check that the signal lines (L_ENC1_1/ L_ENC1_2) are normal during rotation of the rotary selector. L_ENC1_1: CN3002-1 pin L_ENC1_2: CN3002-2 pin Check that the signal lines (L_ENC2_1/ L_ENC2_2) are normal during rotation of the rotary selector. L_ENC2_1: CN3502-6 pin L_ENC2_2: CN3502-5 pin
How to distinguish a defective point and/or corrective action
Reference
If the signals are not normal, check the connections of the signal lines. If the connections are properly made, the rotary selector (S3030) may be defective. Replace it.
Each Signal Levels
If the signals are not normal, check the connections of the signal lines. If the connections are properly made, the rotary selector (S3527) may be defective. Replace it.
Each Signal Levels
DJMB Assy
Check that the signal lines (CUR_ENC1/ CUR_ENC2) are normal during rotation of the rotary selector. CUR_ENC1: CN4002-21 pin CUR_ENC2: CN4002-22 pin
If the signals are not normal, check the connections of the signal lines. If the connections are properly made, the rotary selector (S4027) may be defective. Replace it.
Each Signal Levels
UCOM Assy
If the symptom persists after the above corrections.
Check the mounting status of the MAIN_UCOM (IC701). If it is properly mounted, then the IC701 itself may be defective.
Basic Operation Check of the MAIN_UCOM
[3-3] VRs or sliders not controllable The variable controls on the CDJ1 and CDJ2 Assys or the sliders on the CHFD and CRFD ASSYs are not controllable. No. Cause/Symptom Point to be checked C
1
Loose connection
CDJ1/CDJ2 Assy CHFD Assy CRFD Assy
Item to be checked Check for any loose connections on the signal line from the MAIN_UCOM (IC701) to each variable control or slider.
VRs: Check the signal level. 2
Defective sliders or VRs
CDJ1/CDJ2 Assy CHFD Assy CRFD Assy
Tempo slider: Check the levels of the ADCT and ADIN signals. CHFD, CRFD: Check the signal level.
D
3
Defective MAIN_UCOM (IC701)
UCOM Assy
If the symptom persists after the above corrections.
How to distinguish a defective point and/or corrective action If any connection on the signal line is improper, resolder the parts.
Reference —
VRs: If the voltage of the signal from a VR (Pin 2) does not change between 3.3 V and 0 V, that VR may be defective. Tempo slider: If the value of the voltage of the ADCT signal (Pin 4) is other than 1.65 V, or if the voltage of the ADIN signal (Pin 2) does not change between 3.3 V and 0 V, the tempo slider may be defective. CHFD, CRFD: If the voltage of the signal from the CHFD or CRFD (Pin 2) does not change between 3.3 V and 0 V, the slider may be defective.
Each Signal Levels
Basic Operation Check of the MAIN_UCOM
Check the mounting status of the MAIN_UCOM (IC701). If it is properly mounted, then the IC701 itself may be defective.
VRs on the DJMB ASSY not controllable.
E
DJMB Assy
Check for any loose connections on the signal line from each VR to Analog SW_IC (IC4001, IC4002, IC4003) and the main microcomputer (IC701). Signal line: AD_0–4, AD_SW_A, AD_SW_B
If any connection on the signal line is improper, resolder the parts.
Defective VRs
DJMB Assy
VRs: Check the signal level.
VRs: If the voltage of the signal from a VR (Pin 2) does not change between 3.3 V and 0 V, that VR may be defective.
Each Signal Levels
Defective MAIN_UCOM (IC701)
UCOM Assy
If the symptom persists after the above corrections.
Check the mounting statuses of the MAIN_UCOM (IC701) and the Analog SW_IC (IC4001, IC4002, IC4003). If they are properly mounted, then the IC701, IC4001, IC4002, or IC4003 may be defective.
Basic Operation Check of the MAIN_UCOM
4
Loose connection
5
6
—
[3-4] NeedleSearch error No. Cause/Symptom Point to be checked
Item to be checked
How to distinguish a defective point and/or corrective action
1
CDC IC Error/ Needlepad disabled (Incl. steps 4 and 5 of [4] Error indications in the 6. Service Mode)
UCOM/CDCB Assy
Check the communication waveform between the needlepad and the MAIN_ UCOM (IC701).
If the waveform is not proper, check the communication line, resistors, and capacitors. Check also that the cables between the boards and their connections are proper. If the normal status is not recovered after all above steps are performed, the CDC IC or the MAIN_UCOM (IC701) may be defective.
2
Only some of the commands from the needlepad are recognized.
UCOM/CDCB Assy
Check that no foreign matter is between the Needlepad board and the cabinet.
If the Needlepad operates improperly although there is no foreign matter between the Needlepad board and the cabinet, check [2] above.
F
26
10.17 WAVEFORMS CDC IC control 1/2
DDJ-T1 1
2
3
Reference
4
5
6
7
8
A
[3-5] Abnormalities regarding the JOG dial After the JOG Assy is disassembled then reassembled, be sure to check that the load value for the JOG dial is within the specified range. Refer to the "8.5 JOG DIAL ROTATION LOAD ADJUSTMENT".)
Turning of the JOG dial is not detected. No. Cause/Symptom Point to be checked
Item to be checked
How to distinguish a defective point and/or corrective action
1
Defective JOGB photo interrupter
UCOM Assy CDJ1ssy /CDJ2 Assy LEDB Assy JOGB Assy
Check the waveforms on the JOG1_1, JOG1_2, JOG2_1, and JOG2_2 signal lines. If any waveform cannot be recognized, connection JOG1_1: CN905-2 pin of that signal line may be loose or the photo JOG1_2: CN905-3 pin interrupter (PC3201) may be defective. JOG2_1: CN905-24 pin JOG2_2: CN905-23 pin
2
Defective MAIN_UCOM (IC701)
UCOM Assy
If the symptom persists after the above corrections.
Check the mounting status of the MAIN_UCOM (IC701). If it is properly mounted, then the IC701 itself may be defective.
Reference
10.17 WAVEFORMS
Basic Operation Check of the MAIN_UCOM
B
Pressing on the JOG dial cannot be detected. No. Cause/Symptom Point to be checked
Item to be checked
How to distinguish a defective point and/or corrective action
Reference Each Signal Levels
3
Defective TCHB photo interrupter
UCOM Assy CDJ1 Assy /CDJ2 Assy TCHB Assy JOGB Assy
Check the signal level of the JOG_TCH1/2 (Pins 46/47 of IC701) when the JOG dial is pressed.
If the signal level of the JOG_TCH1/2 (Pins 46/47 of IC701) does not become L when the dial is pressed and H when the dial is released (not pressed,) loose connection of the signal line or a defective photo interrupter (IC3301) may be suspected.
4
Defective MAIN_UCOM (IC701)
UCOM Assy
If the symptom persists after the above corrections.
Check the mounting status of the MAIN_UCOM (IC701) and SW IC (IC702). If they are properly mounted, then the IC701 or IC702 may be defective.
—
How to distinguish a defective point and/or corrective action
Reference
10.17 WAVEFORMS JOG rotation operation W C
Noise is heard when the JOG dial is turned. No. Cause/Symptom Point to be checked
5
Defective gear Defective JOG DIAL B
Item to be checked
There may be any scratches on the gear or some foreign matter between the gears.
If there are any scratches, replace the scratched gear with a new one. If there is any foreign matter, remove it then replace the gears with new ones. Gears to be replaced: Load gear, Encoder gear, JOG shaft
—
There may be any scratches or some foreign matter on the JOG DIAL B or the Roller B Assy.
If there are any scratches, replace the scratched gear with a new one. If any foreign matter is attached, remove it.
—
JOG Assy
D
The JOG dial turns too freely. (The load value for the JOG dial is outside the specified range.) No. Cause/Symptom Point to be checked
6
Improper adjustment or assembly of the JOG dial
JOG Assy
Item to be checked
Check that the load value for the JOG dial is within the specified range, referring to “Measuring method” in “8.5 JOG Dial Rotation Load Adjustment.”
How to distinguish a defective point and/or corrective action
Reference
If it is outside the specified range, adjust the position of the Adjust Plate to change the load value for the JOG dial, referring to “Load adjustment method” in “8.5 JOG Dial Rotation Load Adjustment.”
8.5 JOG Dial Rotation Load Adjustment.
During the above adjustment, if the upper-limit adjustment position of the Adjust Plate is reached, oil may have been spattered on the Adjust Plate. Replace the washer, load gear, and cam plate with new ones, then reassemble.
8.5 JOG Dial Rotation Load Adjustment. E
Resistance to turning the JOG dial is too strong. (The load value for the JOG dial is outside the specified range. No. Cause/Symptom Point to be checked
7
Improper adjustment of the JOG dial or defective washer, gear, or cam plate
JOG Assy
Item to be checked
Check that the load value for the JOG dial is within the specified range, referring to “Measuring method” in “8.5 JOG Dial Rotation Load Adjustment.”
How to distinguish a defective point and/or corrective action If it is outside the specified range, adjust the position of the Adjust Plate to change the load value for the JOG dial, referring to “Load adjustment method” in “8.5 JOG Dial Rotation Load Adjustment.”
Reference 8.5 JOG Dial Rotation Load Adjustment.
During the above adjustment, if the lower-limit 8.5 JOG Dial adjustment position of the Adjust Plate is reached, Rotation Load shavings from the worn-out washer may have increased the friction. Replace the washer, load gear, Adjustment. and cam plate with new ones, then reassemble. F
27
DDJ-T1 5
6
7
8
1
A
2
3
4
[4] USB connection [4-1] The unit cannot be recognized by the PC when connected to the PC via USB connection. Check the following, with a Windows/MAC PC connected via the USB port of the unit, using the supplied USB cable: No. Cause/Symptom Point to be checked 1
2
Failure in startup
Defective USB_UCOM
UCOM/USBB Assy
UCOM/USBB Assy
Item to be checked Check the lighting statuses of the LEDs during startup.
Check the communication waveforms of the USB DP/DN lines.
B
How to distinguish a defective point and/or corrective action
Reference
If no LED lights, see [1] Failure in Startup.
[1] Failure in Startup
If the unit is connected to a PC via the USB cable, communication will be performed through the USB DP/DN lines. If communication cannot be performed, check the USB cable, connectors, internal cables, resistors, capacitors, and filters. If nothing is wrong with them, check the items listed in “Failure in the microcomputer system” and “USB UCOM startup error.”
Failure in the microcomputer system USB_UCOM startup error 10.17 WAVEFORMS USB DP/DN (1),(2) t, u
[5] AUDIO OUT [5-1] No signal is output from the MASTER connectors No. Cause/Symptom Point to be checked
C
Item to be checked
How to distinguish a defective point and/or corrective action
Reference
—
1
—
MASTER1/2
Identify the connector(s) that do(es) not output signals.
Check if no signal is output from both MASTER 1 and 2 or either of them. • If neither MASTER 1 nor 2 connector outputs, go to [2]. • If only the MASTER 1 connector does not output, go to [7]. • If only the MASTER 2 connector does not output, go to [8].
2
—
UCOM Assy
Check the audio signal, using Pins 5 and 9 of the CN501 on the UCOM Assy.
If no audio signal is output, loose connection or defective parts in the UCOM Assy may be suspected. 10.4 UCOM ASSY (3/6) • If an audio signal is output, go to [7] or [8]. • If an audio signal is not output, go to [3].
3
—
UCOM Assy
Check that an audio signal is output from DAC (IC506).
• If an audio signal is output, go to [5]. • If an audio signal is not output, go to [4].
UCOM Assy
Check the digital input signals to DAC (IC506). • DAC_RST • MCLK • BCLK • LRCK • MASTER_DATA
UCOM Assy
Check that the MUTE signal level is L (muting canceled).
D
4
Loose connection /defective parts
5
Loose connection /defective parts
10.4 UCOM ASSY (3/6)
If any of the signals is not input, check the soldering status of DAC (IC506). If the level of DAC_RST is L, check the connections 10.4 UCOM of the MAIN_UCOM (IC701). If nothing is wrong with ASSY (3/6) the connec-tions, then the MAIN_UCOM (IC701) itself may be defective. 10.17 WAVEFORMS DAC reset cancel If other signals are not input, check the connections DAC I2S (1),(2) of the USB_UCOM (IC202). If nothing is wrong with the connections, then the USB_UCOM (IC202) itself may be defective. If the MUTE signal level is L (muting canceled,) check the connections between the DAC and CN501. If nothing is wrong with the connections, soldering of the OP amp (IC501) or the OP amp itself may be defective. If the MUTE signal level is H, go to [6].
10.17 WAVEFORMS Output MUTE cancel #
UCOM Assy
Check that the A_MUTE signal level is L (muting canceled).
If the A_MUTE signal level is L (muting canceled,) check that the signal logics for Q583/Q505/Q506/ Q581/Q582 are the same as those described in the schematic diagrams. If any of the signal logic is not the same, repair the defective point.
If the audio signal is interrupted at the periphery of the OP amp (IC4403/IC4405), check the soldering status of the OP amp. If it is properly soldered, then the OP amp itself may be defective.
10.1 JACB ASSY
If the audio signal is interrupted at the periphery of the OP amp (IC4404), check the soldering status of the OP amp. If it is properly soldered, then the OP amp itself may be defective.
10.1 JACB ASSY
E
6
Loose connection /defective parts
7
Loose connection /defective parts
JACB Assy
Identify the point where the audio signal is interrupted on the line from CN4401 to the jacks (JA4402/JA4404).
8
Loose connection /defective parts
JACB Assy
Identify the point where the audio signal is interrupted on the line from CN4401 to the jacks (JA4403).
F
28
10.4 UCOM ASSY (3/6)
10.17 WAVEFORMS If the A_MUTE signal level is not L (muting canceled), Output MUTE cancel " the soldering status of the MAIN_UCOM (IC701) or the MAIN_UCOM itself may be defective.
DDJ-T1 1
10.4 UCOM ASSY (3/6)
2
3
4
5
6
7
8
A
[5-2] No signal is output from the HP connector No. Cause/Symptom Point to be checked
Item to be checked
How to distinguish a defective point and/or corrective action
Reference
1
—
UCOM Assy
Check the audio signal, using Pins 3 and 5 of the CN301 on the UCOM Assy.
If no audio signal is output, loose connection or defective parts in the UCOM Assy may be suspected. • If an audio signal is output, go to [5]. • If an audio signal is not output, go to [2].
10.3 UCOM ASSY (2/6)
2
—
UCOM Assy
Check that the audio signal is output from DAC (IC304).
• If an audio signal is output, go to [4]. • If an audio signal is not output, go to [3].
10.3 UCOM ASSY (2/6)
3
Loose connection /defective parts
UCOM Assy
Check the digital input signals to DAC (IC304). • DAC_RST (IC304-5 pin) • HP_DATA (IC304-3 pin)
For DAC_RST, check the soldering status of DAC (IC304). If the HP_DATA signal is not input, check the connections of the USB_UCOM (IC202). If nothing is wrong with the connections, then the USB_UCOM (IC202) itself may be defective.
10.3 UCOM ASSY (2/6)
If the audio signal is interrupted at the periphery of the OP amp (IC305), soldering of the OP amp or the OP amp itself may be defective.
10.3 UCOM ASSY (2/6)
If the audio signal is interrupted at the periphery of 10.14 HPJK the OP amp (IC4801), soldering of the OP amp or the ASSY OP amp itself may be defective.
4
Loose connection /defective parts
UCOM Assy
Identify the point where the audio signal is interrupted on the line from DAC (IC304) to the CN301.
5
Loose connection /defective parts
HPJK Assy
Identify the point where the audio signal is interrupted on the line from CN4801 to the JA4801.
B
[6] AUDIO IN [6-1] The input signal to AUX/MIC is not output. No. Cause/Symptom Point to be checked 0
Prior confirmation of input TRAKTOR setting AC adaptor connection
Item to be checked
How to distinguish a defective point and/or corrective action
Reference
AUX/MIC
Check that the TRAKTOR input setting is properly made. Check that the AC adaptor is properly connected. (When USB-bus power is used, the signal input to AUX/MIC is not available.)
Identify the connector(s) whose input signal(s) is(are) not output.
Check if the signal can be input neither AUX nor MIC or either of them. • If neither of them can receive signals, go to [2]. • If only the AUX connector cannot receive signals, go to [7]. • If only the MIC connector cannot receive signals, go to [8].
10.3 UCOM ASSY (2/6)
10.3 UCOM ASSY (2/6)
1
—
AUX/MIC
2
Loose connection /defective parts
UCOM Assy
Check that the audio signal is input to the ADC (IC303).
• If an audio signal is output, go to [3]. • If an audio signal is not output, go to [5]. If the level of ADC_RST is L, check the connections of the MAIN_UCOM (IC701). If nothing is wrong with the connections, then the MAIN_UCOM (IC701) itself may be defective. If the MIC_AUX_DATA signal is not input, check the connections. If nothing is wrong with the connections, then the ADC (IC303) may be defective.
10.3 UCOM ASSY (2/6)
3
Loose connection /defective parts
UCOM Assy
Check the digital input signals to ADC (IC303). • ADC_RST (IC303-13 pin) • MIC_AUX_DATA (IC303-1,2 pins)
4
Loose connection /defective parts
UCOM Assy
Check the connections of the USB_UCOM (IC202).
If nothing is wrong with the connections, then soldering of the USB_UCOM (IC202) or the USB_UCOM itself may be defective.
5
Loose connection /defective parts
UCOM Assy
Check that the AIN_MUTE signal level is L (muting canceled).
If it is not L (muting canceled,) check Q509. If the symptom persists, soldering of the MAIN_UCOM (IC701) or the MAIN_UCOM itself is defective.
6
Loose connection /defective parts
UCOM Assy
Check the connections between the SW AMP (IC301/IC302) and ADC (IC303) of the MAIN.
If the connections are properly made, soldering of the SW AMP (IC301/IC302) or the SW AMP itself is defective.
JACB Assy
If a signal is input, go to [9]. If a signal is not input, identify the point where the audio Check that an audio signal is input to Pins 4 signal is interrupted on the line from the AUX terminal (JA4401) to the CN4402. and 6 of the CN4402. If an audio signal is interrupted at the periphery of the OP amp (IC4401/IC4402), soldering of the OP amp or the OP amp itself may be defective.
10.13 MICB ASSY
10.3 UCOM ASSY (2/6)
7
Loose connection /defective parts
C
Operating Instructions
10.17 WAVEFORMS ADC reset cncel Z ADC I2S(1),(2),(3) , 10.2 UCOM ASSY (1/6) 10.4 UCOM ASSY (3/6) 10.17 WAVEFORMS Input MUTE cancel $
10.3 UCOM ASSY (2/6)
E
10.1 JACB ASSY
8
Loose connection /defective parts
MICB Assy
Check that an audio signal is input to Pin 4 of the CN4601.
If a signal is input, go to [9]. If a signal is not input, identify the point where the audio signal is interrupted on the line from the MIC terminal (JA4601) to the CN4601. If an audio signal is interrupted at the periphery of the OP amp (IC4601), soldering of the OP amp or the OP amp itself may be defective.
9
Loose connection /defective parts
UCOM Assy
Check the connections between CN302 (AUX)/CN303 (MIC) and SW AMP (IC301 /IC302).
If the connection is improperly made, correct it.
UCOM Assy
Check AUX_MIC_SEL. • When AUX is selected: “H” • When MIC is selected: “L”
10.3 UCOM If it is not, check Q301. If the symptom persists, ASSY (2/6) soldering of the MAIN_UCOM (IC701) or the MAIN_ 10.17 WAVEFORMS UCOM itself is defective. MIC,AUX No. )
10
Loose connection /defective parts
F
29
DDJ-T1 5
6
D
7
8
1
A
2
3
4
[7] Basic Operation Check of the MAIN_UCOM Note: First, check if the voltage at each section is OK. No. Cause/Symptom Point to be checked
1
2 B
UCOM Assy GRID Operation Check (No operation with keys, VRs, UCOM Assy sliders, or LEDs) Assy corresponding to each key
3
UCOM Assy KEY Buffer operation (key input disabled) UCOM Assy Assy corresponding to each key
4
Item to be checked
How to distinguish a defective point and/or corrective action
Check the power to and the input/output waveforms of the GRID IC (IC702)
Check the output waveform of the GRID IC (IC702), with the FFC cable of the UCOM Assy disconnected.
If the waveform returns to normal, the PCB Assy that is connected with the UCOM Assy via the FFC cable 10.17 WAVEFORMS may be defective. GRID control 1, If the waveform does not return to normal, the GRID GRID control 2 IC (IC702) may be defective.
Check the power supply to the KEY Buffer ICs (IC1101 and 1102) and the input/output waveforms when a key is pressed.
If the input waveform appears but the output waveform does not when a corresponding key is pressed, the KEY Buffer ICs (IC1101 and 1102) may be defective. If the input waveform does not appear when a corresponding key is pressed, check item [4].
No operation button is effective. 10.17 WAVEFORMS KEY operation 1,2
Check the connection of the FFC cable. Check also the key input circuit of the PCB Assy connected.
If the key input circuit of the board connected is normal, the KEY Buffer ICs (IC1101 and 1102) may be defective.
10.7 UCOM ASSY (6/6)
10.17 WAVEFORMS GRID control 1, GRID control 2
C
D
E
F
30
DDJ-T1 1
Reference
If the waveform is not proper, check the GRID line and the parts, such as resistors and capacitors. If the output waveform is not proper, check item [2]. If nothing is wrong with the parts, the GRID IC (IC702) or the MAIN_UCOM (IC701) may be defective.
2
3
4
5
6
7
8
5.3 VOLTAGE MONITORING The MAIN_UCOM of this unit always monitors for power failure of the unit and will shut the unit off immediately after an error is detected.
A
Content to be monitored Any power failure generated inside the Power block on the UCOM_ASSY, such as voltage drop and voltage rise. Power to be monitored: V+5_D, V+5_A, V+6, V-6, V+3R3_D, V+3R3_UCOM Microcomputer Detection terminal and its terminal voltage TP103 (F-DET, TP terminal) or IC701 (MAIN_UCOM) 23-pin FAULT_DET terminal Normal: 3.3 V Abnormal: 0 V B
Timing of monitoring start 400 msec after the unit is turned ON Timing upon judgment as a failure 50 msec after an error is detected LED indication when an error is generated All LEDs are unlit after an error is generated. With other models, the Standby LED flashes to notify of a power failure. However, this does not apply to this model, because a Standby LED is not provided with it. Restoration method After the unit shuts itself off because of an error, after completing diagnosis, disconnect the AC adapter and USB cable and wait at least 1 minute before turning the unit back on.
C
Diagnostic procedure Disconnect the AC adapter and USB cable. Remove R147 from the UCOM Assy. Note: This step will disable power monitoring. Reconnect the AC adapter and USB cable. As the unit is turned on in a normal way, check each voltage in this state. Note: Because power will be forcibly supplied even if any voltage is abnormal, if abnormal voltage continues, the defective point may produce heat, which may be dangerous. Therefore, during diagnosis, be sure to disconnect the AC adapter and USB cable several seconds after they are connected so that forcible powering will not continue. 5 If the voltage of any power IC is abnormal, the circuit that uses that power or the power IC itself may be defective. 6 Repair the defective part then check that the voltage of the repaired part becomes normal. 7 Return R147 to its original position on the UCOM Assy. Note: This step will enable power monitoring. 1 2 3 4
D
E
F
31
DDJ-T1 5
6
7
8
1
2
3
4
5.4 HOW TO CHECK OPERATIONS USING THE TRAKTOR SOFTWARE A
Operation check of the volume controls, faders, and rotary encoders must be performed with the TRAKTOR software. The TRAKTOR software is also required for checking the analog audio input/output. For operation check using the TRAKTOR software, proceed as follows:
[Preparations] Make preparations, as indicated below, on the PC before performing an operation check of the DDJ-T1. 1. Installation of TRAKTOR PIONEER DDJ-T1 EDITION (for Windows) 2. Installation of the Driver Software (for Windows) 3. Standard use setting of TRAKTOR 4. Import tracks to TRAKTOR. B
Use TRAKTOR in Demo mode ("Run Demo"). A PC with the following specifications is required for operation of TRAKTOR:
C
1. Installation of TRAKTOR PIONEER DDJ-T1 EDITION (for Windows) The compressed installer file for "TRAKTOR PIONEER DDJ-T1 EDITION" will be posted on the Niis Web site: Folder names: Traktor Installer Win.zip (for Windows) and Traktor Installer Mac.mpkg.zip (for Macintosh) Download the necessary zip folder from Niis then unzip it. D
[Installation Procedures] Double-click on "Traktor Setup PC.exe" (unzipped file) to display the Setup screen. Click on [Next] to proceed. After the Setup screen is started, click on "Next" to proceed. When the "License Agreement" screen is displayed, check the "I accept . . ." checkbox then click on "Next." On other screens, basically proceed to the next screen by clicking on "Next" without doing anything. When installation is finished, click on "Finish." The three icons are displayed on the desktop. This completes installation of TRAKTOR PIONEER DDJ-T1 EDITION.
2. Installation of the Driver Software (for Windows) E
F
The driver software for this product is posted on the Pioneer Web site. Download it, as required. This driver software is an Audio Stream Input Output (ASIO) driver for Windows. The DDJ-T1 can play audio without this driver installed if you select "PIONEER DDJ-T1(DirectSound)" for "Audio Device" in Audio Setup (mentioned later) for TRAKTOR. However, this driver provides an advantage in audio-data transmission delay (latency time) over the standard Windows audio driver. In addition, when this driver is installed, the DDJ-1 Version Display Utility is installed, as well. With this utility installed, you can confirm the versions of the driver software and DDJ-T1 firmware. (Without this utility installed, the version of the DDJ-T1 firmware cannot be confirmed.) Therefore, be sure to install this driver software. [Installation Procedures] Double-click on "Pioneer_DDJ_Driver_XXXXX.exe" (downloaded file). Select “I agree” then click on “Install.” After installation is finished, click on “Close.” This completes driver software installation. *For details on the installation method, refer to the Operating Instructions. 32
DDJ-T1 1
2
3
4
5
6
7
8
A
3. Standard use setting of TRAKTOR Double-click on the “Traktor” icon on the desktop.
B
Select “Pioneer” on the pulldown menu for the manufacturer and “DDJ-T1” for the model then click on “Next.”
Click on “Run Demo.”
C
D
Select “No Timecode Control” then click on “Next.”
Click on “Next.”
E
Click on “Finish” to complete operation of the Setup Wizard.
Select “Yes” then click on “Next.”
F
33
DDJ-T1 5
6
7
8
1
A
2
3
4
After the TRAKTOR screen is displayed, select “File” then “Preference.”
B
C
Select Input Routing then set “Input Channel D,” as shown in the figure above. Click on “Close” to exit the Preference menu.
Select “Pioneer DDJ ASIO” in “Audio Setup.”
D
After “4D Int. Mixer” is selected for the deck layout, the screen layout will be changed to that shown in the figure above. The external inputs (AUX/MIC) will be assigned to Deck D. Click on the triangular symbol beneath D to display the pulldown menu then select “Audio Through.” This enables control of the external inputs on Deck D.
E
This completes the basic settings. The settings will be stored and continue to be effective after the next startup. Notes: • The usable time for the demo version is limited to 30 minutes. (After activation [license registration] of this software, the usage time limitation will be canceled.) If 30 minutes have elapsed with the demo running, terminate the demo version of TRAKTOR. You can restart and use the demo version as many times as you wish. • On the normal version of TRAKTOR PIONEER DDJ-T1 EDITION, the external inputs (AUX/MIC) are assigned to Deck D, but on the demo version they are assigned to Deck A. This is why “Input Channel D” must be set for the Input Routing setting.
After selecting “Output Routing,” select “Internal” then set the Monitor and Master settings, as shown in the figure above.
F
34
DDJ-T1 1
2
3
4
5
6
7
8
A
4. Import tracks to TRAKTOR Drag and drop music files or folders containing music files into “Track Collection” of the “TREE” area of TRAKTOR, using Explorer or Finder.
[Connection Examples]
B
C
[Checking Track Playback] 1. While holding the TREE button pressed, turn the rotary selector to select a folder. 2. Turn the rotary selector without holding the TREE or FAVORITES button pressed to select a track. 3. Press the LOAD button of the deck into which you wish to load the selected track, to load it. 4. Press the PLAY/PAUSE button to start playback of the track.
[Checking Analog Audio Output] • Via MASTER OUT 1. Adjust the audio input level, by turning the GAIN control of each deck. 2. Adjust the audio output level with the channel fader of each deck. 3. Select the decks whose audio signals are to be output with the crossfader, as indicated below. Leftmost position: Audio from Deck A or C is to be output. Center position: Mixed audio of all decks is to be output. Rightmost position: Audio from Deck B or D is to be output. 4. Turn the MAIN VOL control. Audio will be output from the MASTER 1 and 2 connectors.
D
• Via the headphone 1. Connect the headphones to the PHONES connector. 2. Press the headphones CUE button of the deck you wish to monitor. 3. Turn the HEADPHONES MIX control, as indicated below. Turning counterclockwise: The volume from the deck whose headphones CUE button is pressed will be relatively increased. Center position: The volume from the deck whose headphones CUE button is pressed and that via the MASTER OUT 1 and 2 connectors will become the same. Turning clockwise: The volume via the MASTER OUT 1 and 2 connectors will be relatively increased. 4. Turn the HEADPHONES VOL control to output audio from the deck whose headphones CUE button is pressed.
E
[Checking Analog Audio Input] 1. Connect an external device or a microphone to the AUX IN or MIC connector, respectively. 2. With TRAKTOR, assign the audio of the external device to a desired deck. 3. Click on the b symbol beneath the assigned deck to display the pulldown menu then select "Audio Through." 4. On the TRAKTOR screen and via the audio output, check if the connected audio signal is input. Note: With the initial setting of TRAKTOR Pioneer DDJ-T1 EDITION, the audio signal from an external device connected via the AUX IN or MIC connector is input to Deck D. However, with the initial setting of Demo mode, which is used for servicing, it is assigned to Deck A. 35
DDJ-T1 5
6
F
7
8
1
A
2
3
4
[Operation Check of Each Operating Element] Operation check of the following operating elements cannot be performed in Service mode. Connect the unit with a PC then check that the TRACTOR software operates properly, using each operating element. Operating Element
FILTER CONTROL
Fader
TEMPO FADER A to D CROSS FADER AUTO LOOP CONTROL
Rotary encoder
B
DECK
Volume
MIXER
FX
GAIN CONTROL A to D DRY/WET CONTROL EQ HI A to D EFFECT 1 to 3 CONTROL EQ MID A to D MAIN VOL HEADPHONE MIX HEADPHONE VOL
C
6. SERVICE MODE 6.1 OUTLINE OF SERVICE MODE The following test modes are prepared for this machine. D
1 Check of operator input and a display function. It is the mode which checks each input and display function of buttons, JOG dials, encoders, slide switches and needle pads. 2 Quality judging of JOG dial load. It is the mode which judges the quality of the load when rotating JOG dial. 3 Error display. Error detection and its display method of a device are shown.
E
4 Firmware update. Explanation of the method of firmware update. Refer to the "8.3 UPDATING OF THE FIRMWARE."
F
36
DDJ-T1 1
2
3
4
5
6
7
8
6.2 DETAILS ON SERVICE MODE A
[1] Check of operator input and a display function. When it spends a power supply while pushing a FUNCTION button and a IN (IN ADJUST) button of left deck simultaneously, enters into this mode. (Please continue pushing until an opening display is completed.) In this mode, the input of each buttons, JOGs, slide switches, needle pads are correct, and it can check that a display can also be performed correctly. In addition, display of a button is turned on only while pushing the button. In addition, neither volume nor an encoder can be checked only by the controller. Please check the display which connects with TRAKTOR and corresponds in the usual mode. Part
FX1/FX2
DECK A/C DECK B/D
MIXER
Operator
Device
LED Display
DECK A DECK C DECK B DECK D ADVANCED/CHAINED DRY/WET ON/OFF DRY/WET CONTROL
BUTTON BUTTON ROTARY VOLUME
DECK A DECK C DECK B DECK D ADVANCED→CHAINDE→OFF→ (Cyclic) DRY/WET *
SELECT/BACK 1 SELECT/BACK 2 SELECT/BACK 3 EFFECT 1 ON/OFF EFFECT 2 ON/OFF EFFECT 3 ON/OFF EFFECT 1 CONTROL EFFECT 2 CONTROL EFFECT 3 CONTROL FUNCTION NEEDLE SEARCH FILTER ON/OFF FILTER CONTROL IN OUT ACTIVE MOVE/CUE MODE/DELETE HOT CUE 1/SIZE← HOT CUE 2/SIZE→ HOT CUE 3/BWD HOT CUE 4/FWD AUTO LOOP CONTROL AUTO LOOP PUSH SHIFT KEY LOCK TEMPO RANGE CUE PLAY/PAUSE TEMPO JOG ROTATION JOG TOUCH LOAD A LOAD B LOAD C LOAD D TREE FAVORITES/REC
BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME BUTTON PAD BUTTON ROTARY VOLUME BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON ENCODER ENCODER BUTTON BUTTON BUTTON BUTTON BUTTON SLIDE VOLUME DIAL DIAL BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON
EFFECT 1 EFFECT 2 EFFECT 3 EFFECT 1 EFFECT 2 EFFECT 3 * * * FUNCTION JOG LED ROTATION FILTER * IN OUT ACTIVE MOVE→CUE→OFF→ (Cyclic) MODE/DELETE HOT CUE 1/SIZE← HOT CUE 2/SIZE→ HOT CUE 3/BWD HOT CUE 4/FWD * IN OUT KEY LOCK FILTER CUE PLAY/PAUSE * JOG LED ROTATION JOG LED ALL ON FX 1 A FX 1 B FX 1 C FX 1 D HEADPHONE CUE A HEADPHONE CUE B
B
C
D
E
F
37
DDJ-T1 5
6
7
8
1
A
Part
2
Operator
MIXER
BROWSE CONTROL BROWSE PUSH GAIN CONTROL A GAIN CONTROL B GAIN CONTROL C GAIN CONTROL D EQ HI A EQ HI B EQ HI C EQ HI D EQ MID A EQ MID B EQ MID C EQ MID D EQ LOW A EQ LOW B EQ LOW C EQ LOW D MAIN VOL HEADPHONE MIX HEADPHONE VOL FX 1 A FX 1 B
B
C
FX 1 C FX 1 D FX 2 A FX 2 B FX 2 C FX 2 D HEADPHONE CUE A HEADPHONE CUE B HEADPHONE CUE C HEADPHONE CUE D SYNC A SYNC B SYNC C SYNC D MASTER A MASTER B MASTER C MASTER D FADER A FADER B FADER C FADER D CH FADER START A
D
E
CH FADER START B CH FADER START C CH FADER START D CROSS FADER
3
Device
4
LED Display
ENCODER ENCODER ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME ROTARY VOLUME BUTTON
JOG LED ROTATION A/B ALL LED BRIGHT→DARK→OFF→ (Cyclic) * * * * * * * * * * * * * * * * * * * FX 1 A
BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON BUTTON SLIDE VOLUME SLIDE VOLUME SLIDE VOLUME SLIDE VOLUME
FX 1 B FX 1 C FX 1 D FX 2 A FX 2 B FX 2 C FX 2 D HEADPHONE CUE A HEADPHONE CUE B HEADPHONE CUE C HEADPHONE CUE D SYNC A SYNC B SYNC C SYNC D MASTER A MASTER B MASTER C MASTER D * * * *
SLIDE SWITCH SLIDE SWITCH SLIDE SWITCH SLIDE SWITCH SLIDE VOLUME
FX 2 A FX 2 B FX 2 C FX 2 D *
Note: It cannot check only by the controller. Please connect with TRAKTOR, use it and check a related display in the usual mode. F
38
DDJ-T1 1
2
3
4
5
6
7
8
A
[2] Quality judging of JOG dial load. When it spends a power supply while pushing a FUNCTION button and a ACTIVE button of left deck simultaneously, enters into this mode. (Please continue pushing until an opening display is completed. ) It is the mode which judges the load (light/heavy) when rotating JOG dial .
It goes into this mode, when JOG dial was turned with sufficient vigor, the following top speed and rotation fall time are measured and top speed becomes more than 7 times, rotation fall time is evaluated, and it judges whether it goes into the range of regular, and a result is displayed on LED. The rotation direction, right rotation and left rotation, either is OK. TOP SPEED : Top speed (let the time of turning one rotation in 1.8 second be 1 time speed) ROTATION FALL TIME : Time taken for rotation to fall to 1.5 times speed from 3 times speed
B
It is necessary to make it rotate top speed to 7.0 or more times to measure the rotation fall time required. Not more than 7.0 times faster, it is made to blink 3 times and warns of JOG illuminations. 4 times displays the number of times of measurement on L ED. The 1st end HOT CUE 1 ( SIZE ) lighting The 3rd end HOT CUE 3 ( BWD ) lighting C
After measurement finishes 4 times, an average is taken, and rotation fall time judges whether it goes into the range of regular, and displays a result on LED. Regulation value is 100 ± 40 [msec]. OK LOOP ACTIVE lighting NG (Light) LOOP OUT lighting NG (Heavy) LOOP IN lighting Measurement is performed although the number of times is not displayed 5th henceforth. Each time, an average is taken and a result is displayed on LED. D
E
F
39
DDJ-T1 5
6
7
8
1
A
2
3
4
[3] Error display When abnormalities are detected during the time of carrying out power supply ON, or operation, it displays by LED. Abnormalities
LED/Display
Note
All LED put out the light.
When abnormalities are detected by the state of DC power supply and USB bus power supply, it will be in this state. Opening display is not performed, either, when abnormalities are detected at the time of starting.
2
Abnormalities in FLASH ROM of MAIN microcomputer
Left deck/IN (IN ADJUST) Lighting
When update goes wrong and FLASH-ROM is not written correctly, it will be in this state. Even in this case, update can be performed succeedingly. However, "3" is displayed while it can be communicating neither with the case where USB cable is not connected, nor USB controller, correctly also at this time.
3
Aabnormalities of USB controller
Left deck/OUT (OUT ADJUST) Blinks in a cycle of 0.5 seconds.
When the time when it cannot communicate with USB controller correctly although USB cable is connected at the time of starting, and controllers are abnormalities, it will be in this state.
4
Abnormalities of the needle pad controller of the left deck
Right deck/IN (IN ADJUST) Blinks in a cycle of 0.5 seconds.
5
Abnormalities of the needle pad controller of the right deck
Right deck/OUT (OUT ADJUST) Blinks in a cycle of 0.5 seconds.
1
Abnormalities of a power supply
B
When the time when it cannot communicate with a needle pad controller correctly, and controllers are abnormalities, it will be in this state. However, this display is performed at the time of "[1] Check of operator input and a display function." It will be used in usual use, with a needle pad not operating.
C
[4] Firmware update Refer to the "8.3 UPDATING OF THE FIRMWARE."
D
6.3 ABOUT THE DEVICE Device Name
Function
Part No.
Ref No.
Assy
MAIN UCOM
Main microcomputer, All operating elements/LED control
DYW1801 PEG850A8-K
USB UCOM
USB control, audio control
TUSB3200A
IC202
UCOM Assy
AD7147ACPZ500RL7
IC2001 IC2101
CDCB 1 Assy CDCB 2 Assy
CDC
Needle search control
IC701
UCOM Assy
E
F
40
DDJ-T1 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
C
F
D
E
F
C
B
A
A
C
B
B
G
D
A
Dial Knob S (DAA1264) ×2
B
Slide Knob (Metal) (DNK5876) ×2
C
Rotary Knob L (Gray) (DAA1267) ×10
White Gray
E
F
Dial Knob (DAA1259) ×1
White
Gray
Rotary Knob S (Black) (DAA1262) ×7
D
Gray
Rotary Knob L (Black) (DAA1261) ×12
G
Black
Slider Knob 1 (DAC2684) ×5
Slider Knob 2 (DAC2685) ×5
Slider Knob Stopper (DNK5888) ×5 E
White
Slider Knob 2
White
White
Black Black
Slider Knob 1 Black
Slider Knob Stopper
Gray
F
41
DDJ-T1 5
6
7
8
1
A
2
3
4
Disassembly [1] Chassis Section
B
[1-1] Volumes and knobs (1) Remove the two dial knobs S. (2) Remove the 10 rotary knobs L (Gray). (3) Remove the 12 rotary knobs L (Black). (4) Remove the one dial knob. (5) Remove the seven rotary knobs S (Black). (6) Remove the two slide knobs (Metal). (7) Remove the five silider knobs 2, five slider knobs 1, five slider knob stoppers. (See below.) The reference of the direction
Stopper (front direction)
2
5
×5
1
3
×7
×12
4 1
2
×5
6 7
Side on which the line reaches the bottom
7
×4
6 Stopper (right direction)
C
• Disassembly of the slider knob 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. D
1 Find the side on which the line reaches the bottom.
2 Insert a pair of tweezers etc. beneath the line then push the slider knob 2 upward. To protect the panel from being scratched, use protective material.
3 Remove the slider knob 2.
Slider knob 2 Slider knob 2
*: During reassembly, fully push down Slider knob 2 until it is dented into Slider knob 1.
E
Tweezers 4 Remove the slider knob 1.
Protective material
5 Remove the slider knob stopper.
Slider knob 1 Slider knob stopper
F
42
DDJ-T1 1
2
3
4
5
6
7
8
A
[1-2] Chassis section (1) Reverse the product. (2) Remove the four screws. (PMB30P080FTB) (3) Remove the two foots.
3 2
×2
Foot
3 2
×2
B
Foot
C
• Bottom view
(4) Remove the six screws. (BPZ30P080FNI) (5) Remove the 14 screws. (BBZ30P060FTC) (6) Remove the chassis A.
4
×3
D
Chassis A
5 6
×14
Screw tightening order The other screws are random order.
A or B
4
×3
A or B E
• Bottom view F
43
DDJ-T1 5
6
7
8
1
A
2
3
4
[2] Mixer and Fader Section [2-1] UCOM Assy (1) Release the clamper. (2) Disconnect the seven flexible cables and eight connectors. (CN4403, CN301 - CN303, CN501, CN901 - CN906, CN1001 - CN1004) (3) Remove the four screws. (BBZ30P060FTC) (4) Remove the UCOM Assy.
4 2 2
×2
2
×2
2 B
Screw tightening order The other screws are random order.
2
JACB Assy
3
×3
×4
×2
2 ×4 UCOM Assy
CN4403
2 1 UCOM Assy
A
B
C
• Bottom view
D
[2-2] Mixer and fader section (1) Remove the two screws. (BPZ30P080FNI) (2) Remove the FFC guard M. (3) Remove the 20 screws. (BPZ30P080FNI) (4) Remove the three cord clampers. (5) Remove the mixer and fader section.
2 1
×2
5 3
×20
4 FFC guard M
4
4
Mixer and fader section
E
F
• Bottom view
44
DDJ-T1 1
2
3
4
5
6
7
8
A
[2-3] CRFD, CHFD and DJMB Assemblies (1) Remove the four Caps/FDR. (2) Remove the 19 nut and 19 washers. (3) Remove the eight screws. (PMH20P040FTC) (4) Remove the two screws. (IMZ30P040FTC) (5) Remove the VR stay L.
5 2
1
×4 Cap/FDR
4
3
×8
×19
×2 B
VR stay L
C
DJMB Assy
CRFD Assy
CHFD Assy
D
Clamper styling
JACB Assy CDCB 2 Assy
CN501 CN4403
CN301
E CN901
CN2101
Clamper UCOM Assy
CN302
F
45
DDJ-T1 5
6
7
8
1
A
2
3
4
[3] Deck Section [3-1] MICB, HPJK, USBB and JACB Assemblies Release the jumper wires, as required. • MICB Assy (1) Remove the two screws. (BPZ30P080FNI) (2) Remove the MICB Assy. (3) Remove the slide SW packing (B).
B
USBB Assy
10
9
HPJK Assy
4
×2
×2
16
• HPJK Assy (4) Remove the two screws. (BPZ30P080FNI) (5) Remove the HPJK Assy. • USBB Assy (6) Remove the one screw and remove the cord hook. (BBZ30P060FTB) (7) Remove the one screw. (BBZ30P060FTB) (8) Remove the one screw. (DBA1340) (9) Remove the two screws. (BPZ30P080FNI) (10) Remove the USBB Assy.
C
5
JACB Assy
15 ×2
MICB Assy
2 3 1
6 7
8
• JACB Assy (11) Remove the two nuts. (NKX2FTC) (12) Remove the phone spacer. (13) Remove the one screw. (BBZ30P060FTB) (14) Remove the two screws. (BPZ30P080FTB) (15) Remove the two screws. (BPZ30P080FNI) (16) Remove the JACB Assy.
Raer
14 13 12 11 ×2 • Bottom view
D
Screw tightening order
A
B
B
MICB Assy
HPJK Assy
E
A B
F
46
DDJ-T1 1
2
A
3
4
×2
5
6
7
A
[3-2] CDJ1B and CDJ2B Assy • CDJ1B Assy (1) Disconnect the three flexible cables and one connector. (CN902, CN905, CN906, CN6001) (2) Remove the three screws. (BPZ30P080FNI) (3) Remove the FFC guard 1. (4) Remove the 24 screws. (BPZ30P080FNI) (5) Remove the CDJ1B Assy. • CDJ2B Assy (6) Disconnect the three flexible cables and one connector. (CN901, CN903, CN904, CN6001) (7) Remove the three screws. (BPZ30P080FNI) (8) Remove the FFC guard 1. (9) Remove the 24 screws. (BPZ30P080FNI) (10) Remove the two cord clampers. (11) Remove the CDJ2B Assy.
8
8
7
×3
FFC guard 1 FFC guard 1
11
9
3 2
×3
×24
5 10
4
10
×24
CDJ2B Assy
B
CN6001
6
6
6
6
CN903
CN904
CDJ1B Assy
CN901
1 1
CN902
1
CN906 CN905
LEDB Assy
CN6001
UCOM Assy
1
C
LEDB Assy • Bottom view
Screw tightening order The other screws are random order.
A
A
CDJ1B Assy
CDJ2B Assy
D
B B
• Stay (1) Remove the five nuts and five washers. (2) Remove the two VR stays S. (3) Remove the rear stay L and R.
3 Rear stay R
1
×4
Rear stay L
1
2
3
E
1
×4
1
2
VR stay S
VR stay S CDJ2B Assy
47
DDJ-T1 5
6
F
CDJ1B Assy
7
8
1
A
2
[3-3] CDCB 1, CDCB 2 Assy and JOG section • CDCB 1 Assy (1) Remove the three screws and remove the three CDC stoppers. (BPZ30P080FNI) (2) Remove the CDCB 1 Assy.
3
5
×4
JOG section
• CDCB 2 Assy (3) Remove the three screws and remove the three CDC stoppers. (BPZ30P080FNI) (4) Remove the CDCB 2 Assy. B
4
CDC stopper
3
• JOG section (5) Remove the eight screws. (BPZ30P100FTB) (6) Remove the two JOG sections.
5 3
4
JOG section
3 1
CDCB 1/2 Assy
Note: Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.
C
×4
CDC stopper
2
1 1 CDCB 1/2 Assy
Screw tightening order The other screws are random order.
B
A
LEDB Assy • Bottom view
D
[3-4] LEDB Assy (1) Disconnect the one connector. (CN6002) (2) Disconnect the one connector. (CN3301) (3) Remove the LEDB Assy.
LEDB Assy
1 CN6002
E
3
JOGB Assy
TCHB Assy
2 CN3301
F
48
DDJ-T1 1
2
3
4
5
6
7
8
8. EACH SETTING AND ADJUSTMENT 8.1 NECESSARY ITEMS TO BE NOTED Before 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. • UCOM ASSY (MAIN UCOM: IC701)
• Confirmation of the version of the firmware • Updating to the latest version of the firmware
• EEPROM on the UCOM ASSY: IC201
• Copying the program for the USB controller • Updating to the latest version of the firmware
• Component parts of the JOG dial section
• JOG dial rotation load adjustment
A
B
8.2 CONFIRMATION OF THE VERSIONS OF THE FIRMWARE Confirmation of the firmware version can be performed on a PC connected with this product. How to confirm differs depending on the type of OS used.
1. Confirmation of the Versions of the DDJ-T1 Firmware (for Windows)
2. Confirmation of the Version of the DDJ-T1 Firmware (for Macintosh)
To confirm the versions of the driver software and DDJ-T1 firmware, with the DDJ-T1 connected with a PC, click on “Start” then select “All Programs,” “Pioneer,” “DDJ,” then “DDJ Version Display Utility.”
As the standard audio driver for the Macintosh OS is to be used, neither driver software nor a version display utility for Macintosh are provided. For confirmation of the version of the DDJ-T1 firmware, proceed as follows:
C
How to Confirm the Version of the DDJ-T1 Firmware on Mac OS X 1. Select “Application” then “Utility,” then start “System Profiler.”
D
2. Click on “USB” then “DDJ-T1.” The version of the DDJ-T1 firmware is displayed in the version field.
E
F
49
DDJ-T1 5
6
7
8
1
2
3
4
8.3 UPDATING OF THE FIRMWARE A
The devices which update a firmware are MAIN microcomputer and USB controller. USB connection of the controller is made at PC/MAC, and it updates by performing the update program of exclusive use. File name Windows Mac
DDJT1_xxx.exe DDJT1_xxx.dmg
Note: xxx is version number. If it is Ver1.00, it is DDJT1_100.exe/DDJT1_100.dmg. Note: In the case of Mac, since an icon will appear if dmg file is double-clicked, it is performed.
CAUTION: When you update, please terminate all DJ applications, such as TRAKTOR.
Example (Windows) B
Starting/Selection of a language (English is chosen.)
Check of a version
C
Progress display D
End. Controller is re-started automatically. E
Recovery when failing F
When update goes wrong, USB cable is extracted on the way or the power supply has been turned off, usual DJ operation becomes impossible after that. In this case, the recovery mode which only updates operates (State of 2 or 3 in "[3] Error display"). Update program can be used like usual also at this time. 50
DDJ-T1 1
2
3
4
5
6
7
8
8.4 COPYING THE PROGRAM FOR THE USB CONTROLLER Copy the program for the USB controller according to the following procedure after the EEPROM (IC201) on the UCOM Assy is replaced: 1 Turn the DDJ-T1 off then connect this unit with a PC, via USB. 2 Set the POWER switch to ON while simultaneously holding the FUNCTION and LOOP OUT buttons on the left deck pressed. 3 Copying of the program is successfully completed if the ADVANCED LED on the left deck lights then goes dark in about 3 seconds. (The ADVANCED LED flashes if nothing is connected to the USB port of this unit or copying failed for some reason.)
A
After copying is completed, turn the unit off then back on again. B
C
D
E
F
51
DDJ-T1 5
6
7
8
1
2
3
4
8.5 JOG DIAL ROTATION LOAD ADJUSTMENT A
1. How to Enter JOG Load Measurement Mode Set the POWER switch to ON while holding the FUNCTION and ACTIVE buttons on the left panel pressed. => JOG Load Measurement mode is entered when the KEY LOCK LEDs on the left and right panels light.
2. Measurement Method Rotate the JOG dial clockwise swiftly.* *If the rotation speed is high enough (successful measurement) When the 1st measurement is finished, HOT CUE 1 (SIZE ←) lights. When the 2nd measurement is finished, HOT CUE 2 (SIZE →) lights. When the 3rd measurement is finished, HOT CUE 3 (BWD ←) lights. When the 4th measurement is finished, HOT CUE 4 (FWD →) lights. If the rotation speed is not high enough (measurement fails) The JOG dial flashes 3 times, after which it goes dark.
B
Perform measurements four times, each time after confirming that the previous measurement was successfully finished, which is shown as mentioned above.
3. Judgment After four measurements are successfully finished, the level of the measured JOG load value with regard to the reference value will be displayed. Reference value: 100 ±40 (msec) OK: LOOP ACTIVE lit NG (measured value is smaller than the reference value): LOOP OUT lit NG (measured value is larger than the reference value): LOOP IN lit
C
4. Adjustment When the JOG Load Value is Outside the Specified Range When LOOP OUT is lit: Because the load value is too small, detach and shift the Adjust Plate toward the + direction then secure it. When LOOP IN is lit: Because the load value is too large, detach and shift the Adjust Plate toward the – direction then secure it. After adjustment of the Adjust Plate location, repeat Steps 1 to 3 until the measurement result becomes OK.
D
E
Adjust plate F
Fig. 1 52
DDJ-T1 1
2
3
4
5
6
7
8
A
B
C
D
E
F
53
DDJ-T1 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
B
or or
UXJCB only
or or
SVYXJ8 only
C
SVYXJ8 only
UXJCB only
KXJ5 only
AXJ5 only
FLPXJ only D
KXJ5 only E
F
Front 54
DDJ-T1 1
2
3
4
5
6
7
8
(1) PACKING SECTION PARTS LIST Mark No.
Description
Mark No.
Part No.
Description
Part No.
15 Operating Instructions
See Contrast table (2)
>
1 AC Adapter
DWR1491
>
2 Power Plug (EU)
See Contrast table (2)
16 Operating Instructions
See Contrast table (2)
NSP 17 Warranty Card NSP 18 License Key Label AS
See Contrast table (2) DXA2242
>
3 Power Plug (UK)
See Contrast table (2)
>
4 Power Plug (US)
See Contrast table (2)
>
5 Power Plug (AUS)
See Contrast table (2)
>
6 Power Plug (KOR)
See Contrast table (2)
20 Caution Card/CU
See Contrast table (2) See Contrast table (2)
>
19 Caution Card/ADP
7 Power Plug (CHI)
See Contrast table (2)
21 Caution Card/PLG
8 USB Cable
DDE1140
22 • • • • •
9 TRAKTOR Pioneer DDJ-T1
DXX2665
DRM1345
23 Recycle Label (M)
See Contrast table (2)
NSP 24 Polyethylene Bag
EDITION software CD-ROM
AHG7117
10 Driver software CD-ROM
DXX2666
25 Vinyl Bag
See Contrast table (2)
11 Operating Instructions
See Contrast table (2)
26 Packing Sheet
RHC1023
See Contrast table (2)
27 Plastic Handle (PE)
VEC2292
13 Operating Instructions
See Contrast table (2)
28 Spacer (PE)
VEC2293
14 Operating Instructions
See Contrast table (2)
29 Accessory Pad
DHA1875
30 Pad A
DHA1871
31 Pad B
DHA1872
32 Packing Case
See Contrast table (2)
12 Operating Instructions
A
B
C
(2) CONTRAST TABLE DDJ-T1/SVYXJ8, UXJCB, FLPXJ, KXJ5 and AXJ5 are constructed the same except for the following: Mark
No.
DDJ-T1/FLPXJ
DDJ-T1/KXJ5
DDJ-T1/AXJ5
Power Plug (EU) Power Plug (UK) Power Plug (US) Power Plug (AUS) Power Plug (KOR)
DKX1048 DKX1049 Not used Not used Not used
Not used Not used DKX1047 Not used Not used
DKX1048 DKX1049 DKX1047 DKX1050 DKX1051
Not used Not used Not used Not used DKX1051
Not used Not used Not used Not used Not used
7 11 12 13 14
Power Plug (CHI) Operating Instructions (En/Fr/De) Operating Instructions (It/Nl/Es/Ru) Operating Instructions (En) Operating Instructions (En/Es/Zhtw)
Not used DRB1537 DRB1563 Not used Not used
Not used Not used Not used DRB1536 Not used
Not used Not used Not used Not used DRB1539
Not used Not used Not used Not used Not used
DKX1052 Not used Not used Not used Not used
15 16 17 20 21
Operating Instructions (Ko) Operating Instructions (Zhcn/En) Warranty Card Caution Card/CU Caution Card/PLG
Not used Not used ARY7107 Not used Not used
Not used Not used Not used DRM1353 Not used
Not used Not used Not used Not used DRM1346
DRB1541 Not used Not used Not used Not used
Not used DRB1540 Not used Not used Not used
23 25 32
Recycle Label (M) Vinyl Bag Packing Case
Not used Not used DHG3055
Not used Not used DHG3056
Not used Z21-013 DHG3057
DRW2307 Not used DHG2987
Not used Not used DHG2985
> > > > >
2 3 4 5 6
>
NSP
Symbol and Description
DDJ-T1/SVYXJ8 DDJ-T1/UXJCB
D
E
F
55
DDJ-T1 5
6
7
8
1
2
3
4
9.2 EXTERIOR SECION A
B
Refer to "9.3 PCB LAYER SECTION" .
C
D
E
F
56
DDJ-T1 1
2
3
4
5
6
7
8
(1) EXTERIOR SECION SECTION PARTS LIST Mark No.
Description
Part No.
1 Dial Knob
DAA1259
2 Rotary Knob L (Black)
DAA1261
3 Rotary Knob S (Black)
DAA1262
4 Dial Knob S
DAA1264
5 Rotary Knob L (Gray)
DAA1267
6 Slider Knob 1
DAC2684
7 Slider Knob 2
DAC2685
8 Slide Sheet
DAH2836
9 Rubber Foot (H6)
DEB1996
A
10 CDC Sheet
DEC3354
11 Chassis
See Contrast table (2)
12 Foot
DNK5864
13 Slide Knob (Metal)
DNK5876
14 Slider Knob Stopper
DNK5888
15 Rubber Foot
VEB1349
B
16 • • • • • 17 • • • • • 18 Screw
PMB30P080FTB
19 Screw
BBZ30P060FTC
20 Screw
BPZ30P080FNI
C
(2) CONTRAST TABLE DDJ-T1/SVYXJ8, UXJCB, FLPXJ, KXJ5 and AXJ5 are constructed the same except for the following: Mark
No. 11
Symbol and Description
DDJ-T1/SVYXJ8 DDJ-T1/UXJCB
Chassis
DNA1419
DDJ-T1/FLPXJ
DDJ-T1/KXJ5
DDJ-T1/AXJ5
DNA1415
DNA1416
DNA1416
DNA1414
D
E
F
57
DDJ-T1 5
6
7
8
1
2
3
4
9.3 PCB LAYER SECION • Bottom view H P
M
K
B F
Q N
B A
E
O
CONTACT SIDE
NON-CONTACT SIDE
A
A
L
G
J I O
H
B
M
P
Q
B
K
M
J J
I L Washer F
Nut
I N
C
G
M
D
O
Washer Nut
Washer Nut
K H
A
L
D
E Washer Nut
D
*
C
D
Washer Nut
C
G
*
E
C
G M
F
Refer to "9.4 BUTTON LAYER SECTION" .
Refer to "9.5 JOG SECTION" .
*: the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy Either and CDCB 2 Assy are interchangeably used and handled similarly in their production management. 58
DDJ-T1 1
2
3
4
N
5
6
7
8
PCB LAYER SECTION PARTS LIST Mark No.
Description
Part No.
Mark No.
Description
Part No.
1 UCOM Assy
DWX3209
46 • • • • •
2 CDCB 1 Assy
DWX3210
47 • • • • •
3 CDCB 2 Assy
DWX3224
48 Screw
PMH20P040FTC
4 CDJ1B Assy
DWS1430
49 Screw
IMZ30P040FTC
5 LEDB Assy
DWS1434
50 • • • • •
6 CDJ2B Assy
DWS1431
7 CHFD Assy
DWX3212
51 Screw 52 Screw
BBZ30P060FTC BPZ30P080FNI
8 CRFD Assy
DWX3213
53 Screw
BPZ30P100FTB
DWX3215
54 Screw (M3x5)
DBA1340
10 HPJK Assy
DWX3216
55 Screw
BBZ30P060FTB
11 DJMB Assy
DWX3211
56 Screw
BPZ30P080FTB
9 MICB Assy
12 JACB Assy
DWX3214
13 USBB Assy
DWX3222
14 25P FFC
DDD1543
15 19P FFC
DDD1545
16 8P FFC
DDD1547
17 15P FFC
DDD1548
18 FFC/20P
DDD1561
19 Crimp Connector
DKP3894
20 Crimp Connector
DKP3897
21 Crimp Connector
DKP3900
22 Crimp Connector
DKP3920
23 Crimp Connector
DKP3921
24 Crimp Connector
DKP3922
25 Crimp Connector
DKP3923
26 Connector Assy
PF03PP-C06
27 Clamper
CNV3477
28 Cap/FDR
DAC2771
29 Slide SW Packing (B)
DEC2590
30 Phone Spacer
DEC2914
31 FFC Guard 1
DEC3362
32 FFC Guard M
DEC3364
A
B
C
D
33 • • • • • 34 Front Stay L
DNH2959
35 Front Stay R
DNH2960
36 Rear Stay L
DNH2961
37 Rear Stay R
DNH2962
38 VR Stay L
DNH2963
39 VR Stay S
DNH2964
40 CDC Stopper
DNK5863
41 Cord Hook
DNK5928
42 Cord Clamper (Steel)
RNH-184
43 Binder
ZCA-SKB90BK
44 Nut M12
DBN1018
45 Nut
NKX2FTC
E
F
59
DDJ-T1 5
6
7
8
1
2
3
4
9.4 BUTTON LAYER SECION A
• Bottom view
2/2 1/2 2/2 B
1/2
2/2 2/2
2/2
1/2 1/2
1/2
2/2
C
2/2
D
E
1/2 1/2
F
60
DDJ-T1 1
2
3
4
5
6
7
8
(1) BUTTON LAYER SECTION PARTS LIST Mark No.
Description
Part No.
1 Button L (Opal)
DAC2657
2 Cue Button R
DAC2658
3 Load Button A
DAC2659
4 Load Button B
DAC2660
5 Shift Button
DAC2661
6 Button S (Opal)
DAC2662 *
7 Button S (Black)
DAC2663 *
8 FX Assign Button
DAC2664
9 Deck Select Button A
DAC2665
10 Deck Select Button B
DAC2666
11 FX Select Button 1
DAC2667
12 FX Select Button 2
DAC2668
A
B
13 FX Select Button 3
DAC2669
14 Loop Button
DAC2671
15 Deck Select Button C
DAC2677
16 Deck Select Button D
DAC2678
17 Filter Button
DAC2680
18 Active Button
DAC2681
19 Play Button
DAC2682
20 Button S (Gray)
DAC2683 *
21 Load Button C
DAC2687
22 Load Button D
DAC2688
23 Fader Packing
DEC3355
24 Lens
DNK5862
25 1..Control PNL Assy
See Contrast table (2)
26
2..Control Panel
DNK5859
27
2..Front Panel
DNK5869
28
2..Rear Panel
See Contrast table (2)
C
D
*: Note that there are two types of button S, as some of them have to be split into two when used.
(2) CONTRAST TABLE DDJ-T1/SVYXJ8, UXJCB, FLPXJ, KXJ5 and AXJ5 are constructed the same except for the following: Mark
No. 25 28
Symbol and Description
DDJ-T1/SVYXJ8 DDJ-T1/UXJCB
Control PNL Assy Rear Panel
DXB2096 DNK5870
DDJ-T1/FLPXJ
DDJ-T1/KXJ5
DDJ-T1/AXJ5
DXB2107 DNK5879
DXB2110 DNK5882
DXB2108 DNK5880
DXB2106 DNK5878
E
F
61
DDJ-T1 5
6
7
8
1
2
3
4
9.5 JOG SECTION A
B
STPB ASSY
Lubricating oil (GYA1001)
F
C
LEDB CN6002
LEDB JH6001
D
Encoder arm
Hook
E
Arm spring Hook
Lubricating oil (GYA1001)
E
F
Bottom view 62
DDJ-T1 1
2
3
4
5
6
7
8
JOG SECTION PARTS LIST Mark No.
Description
Part No.
1 JOGB Assy
DWS1432
2 TCHB Assy
DWS1433
3 JOG Plate
DAH2837
4 Arm Spring
DBH1612
5 Lever Spring
DBH1626
6 Load Spring
DBH1676
7 Encorder Plate
DEC2889
8 Lever Cushion (A)
DEC3001
9 Lever Cushion (B)
DEC3002
10 JOG Lever
DNK4763
11 JOG Shaft
DNK4934
12 Encorder Arm
DNK4936
13 Encorder Gear
DNK4937
14 Load Smoother
DNK4939
15 Adjust Plate
DNK4943
16 Load Gear
DNK5178
17 Lever Holder
DNK5206
18 JOG Dial A
DNK5860
19 JOG Dial B
DNK5861
20 Ring Lens
DNK5945
21 Roller B Assy
DXB1877
22 JOG Holder Assy
DXB2002
23 Binder
ZCA-SKB90BK
24 Washer
WA41D070D025
25 Washer
WT32D080D050
A
B
C
26 • • • • • 27 • • • • • 28 Screw
BPZ20P060FTC
29 Screw (FE)
DBA1265
D
E
F
63
DDJ-T1 5
6
7
8
1
2
3
4
10. SCHEMATIC DIAGRAM 10.1 JACB ASSY A
C4407 47u/16
C4420
100u/16
R4421 1 0 k (D)
V+6M
V+6A
R4406
1 2 k (D)
C4404
CH
6
1 k (D) R4403
100p CH
3
100p
C4402
1 1 k (D) R4401
8
7
GND_PA
NM
10u/35
C4432
R4415
KM200NA7L CN4402
C4419
C4412
4 IC4401
5
4.7k
GND_PA
V-6A NJM4565MD
1
V-6A
2
V+6A
3
GND_PA
4
AUX_IN_R
5
GND_AA
6
AUX_IN_L
7
GND_AA
L+
NM 6
(D)
VA4403 EZJZ1V270RM
0.1u
5 100k
R4411
GND_AA
8
V-6A
7 IC4402
4
NJM4565MD
V-6A
C4458
5
2
1 k (D) R4404
3
NJM
R4422 9.1k
NM
B 2/6
CH
C4424
100p
CN302
CH
R4423
(D) V+6M
R4412 100k
C4417 NM
L-
R4414
NJM4
2
8
C4418 47u/16
1
V-6A
IC440
(D)
4.7k
GND_AA
VR4401 DCS1115-A
47u/16 C4410
GND_PA
1
4
3
C44
NM
GND_PA
V-6A
12k R4408
C4409
(D)
C4423
10k
(D)
NJM4565MD
1
NJM4565MD
IC4
V-6M
100p
GND_AA GND_PA
4 IC4402
IC4401
4
1 2 k (D)
R4407
C4405
100p (CH)
8
C4415
5 4 3 2
3 C4403
10u/35 C4413
1
10u/35
GND_FA GND_AA 100p (CH)
8
1 2 k (D) R4405
1 1 k (D) R4402
2
G
7
4
(D)
V+6A
GND_AA
V+6A
C4401
8
R4413 4.7k
6
10u/35 C4414
5
1000p
CH
V-6M
NM
4
B
100p
C4416 47u/16
C4411
AKB7181-A JA4401 1 R 2 L
C4422 100u/16
V+6A
C4406
100u/16
V+6A
C4421
100u/16
GND_PM
C4408
A JACB ASSY (DWX3214) AUX
CAPACITOR POWER for OUTPUT OPA
V+6M
GND_AA
GN
V-6M 4.7k (D) R4416
GND_AA
R4424 (D) 9.1k
GND_AM 100p CH
C
C4425
100p C4426
CH
R 4 4 2 5(D) 10k
MASTER_L
V+6M C4436
CN4403
2
R 4 4 1 7(D)
B2PS-VH
1
B 3/6 JP501
NM
4.7k 6
R+ R4418
MASTER_R
G
8
7
(D)
4.7k
IC44
4
5
NJM V-6M
GND_AM
R4426
(D)
9.1k KM200NA9L CN4401
B 3/6 CN501
D
C4427
V+6M
100p
CH
MASTER_R 9 C4428
GND_AM 8 GND_AM 7
100p
83
GND_AM 6
(D)
MASTER_L 5 GND_P
3
V+6
2
MUTE
V+6M IC4403
R-
4
V-6
CH
R4427 10k
R 4 4 1 9 (D)
NJM45
2
8
1
4.7k R 4 4 2 0 (D)
1
4 C4437
3
4.7k
NM
V-6M
V-6M
R4428 9.1k
(D) C4429
GND_AM GND_PM
100p
CH
GND_AM
E V+6M 2
8 4
3
V-6M V+6M
C443 100u/1
NM C4434
NOTES NM
6
is No Mount
8
RS1/10SR***J *CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u
IC44
(D) F , p
5
RS1/10SR****D
pF
4 NJM C4435
CKSRYB***K *RESISTORS Indicated in , unless otherwise noted. k
F
CH 5% tolerance k
, M
M
G 7
NM
CCSRCH***J
. CEJQ***
V-6M
A 64
DDJ-T1 1
2
3
4
GN
5
6
7
8
A
CAPACITOR POWER for OUTPUT OPAMP
C4422
100p
CH
R4421 1 0 k (D)
MASTER1_L
V+6M C4432
R4422 9.1k
R4410
(D)
C4423
100p
CH
R4438
Q4401 INC2002AC1
1k
R4446
Q4407 INC2002AC1
1k
CTF1378-A L4401
JA4402 DKN1622-A
3 2
L4402 CTF1378-A NM
NJM4580MD
C4450
R4409
IC4405
V-6M
4700p
4
5
(D)
84
1 2 0 (D) R4445
R4437 0
DCE1016-A
(D) 5 6 0 (D)
4.7k
100u/16
R4429 560
L+
1
L-
B
GND_AM
(D)
GND_PM
7
GND_AM
4.3k
8
22k
NM 6
(D) R4413
C4444
4.7k
C4438
R4457
R4415
85
C4462
560 4
3
C4433
0 1k
(D)
NM
Q4402 INC2002AC1
R4440
1k
Q4408 INC2002AC1
R4448
GND_PM
V-6M .7k (D) R4416
0.01u
(D) 120 R4447
R4439
R4424 (D) 9.1k
C4461 NM NM
C4439 100u/16
R4430
1
C4451
8
4700p
NJM4580MD
2
DCE1016-A
(D)
7k
VA4404 EZJZ1V270RM
C4445
IC4405
GND_AM
22k
R4414
R4464
(D) V+6M
R4458
R4463
R4423 10k
4.3k
CH
5 6 0 (D)
100p
(D)
C4424
KN4401 VNE1948-A
VA4402 EZJZ1V270RM C4457
GND1
GND_AM
100p C4425 CH
GND3
0.01u NM
_AM
3
1
4
2
GND4
GND2
C4456
C
100p C4426
CH
GND_AM
GND_FM
R 4 4 2 5(D) 10k
V+6M C4436 NM
R4426
(D)
C4427
R4432
1
4.7k R 4 4 2 0 (D)
(D)
NM
(D) R4443 0
R4444
NM
R4455
1k
120 1k
Q4406 INC2002AC1
Q4412 INC2002AC1
R4456
V-6M
GND_PM R4428 9.1k
C4454
(D)
C4441 100u/16
560 3
JA4404 DKN1622-A
D
4 C4437
4.7k
1
R-
NM
8
2
GND_AM
C4455
NJM4580MD
2
3
L4404 CTF1378-A
GND_AM
DCE1016-A
IC4403 R 4 4 1 9 (D)
R4467
R4427 10k
V+6M
4.3k
(D)
CH
5 6 0 (D)
C4428
100p
1k
Q4411 INC2002AC1
GND_AM
CH
R4468
100p
R4454
C 4 4 4 9 4700p
9.1k
1k
Q4405 INC2002AC1
DCE1016-A
R4474
V-6M
R4442
C 4 4 4 8 4700p
NJM4580MD
R4441 0
22k
(D)
560
R4473
IC4403
CTF1378-A L4403
1 2 0 (D) R4453
R4461
R4431
7
4
5
5 6 0 (D)
8
(D)
4.7k
C4440 100u/16
GND_PM
4 . 3 k (D)
6
R4462 22k
4.7k R4418
MASTER1_R
R+
R 4 4 1 7(D)
(D)
GND_AM
C4429
100p
CH
_AM
MASTER2 V+6M
GND_AM
2 3 NM
1k
Q4409 INC2002AC1
C4452
1k
R4450 Q4403 INC2002AC1
DCE1016-A
V+6M
C4430 100u/16
120
R4434
4700p
V-6M
560
C4446
R4471
3
R4449
R4433
100k
1
IC4404 4 NJM4580MD
VA4401
GND_PM
C4443 100u/16
7
R4435
GND_AM
EZJZ1V270RM R4451
Q4410 INC2002AC1
GND_AM V-6M
NM
R4452
0.01u C4453
Q4404 INC2002AC1
DCE1016-A
R4436 100u/16 C4431
4700p
1k
C4447
120
1k
100k
560
R4460
NM
NM
C4460
IC4404 4 NJM4580MD C4435
R4472
5
8
L
4 5
NM C4434 6
E
AKB7181-A JA4403 1 R
R4459
8
NM
2
C4442 100u/16
C4459 NM
GND_AM
GND_PM
F
GND_FM2
GND_AM
MASTER OUT AUX IN circuit
A 65
DDJ-T1 5
6
7
8
1
2
3
4
10.2 UCOM ASSY (1/6)
0.1u/16
C125
4 VSS
SS
3 NC
S-80927CNMC-G8X
D104
27k
R126
22k
tD(ms)=KxCD(nF) K=Min4.3,Typ.5.7,Max7.2
R125
20k
R124
1SS352
2200pF;tDelay=12.54ms(Typ.)
47k
SQ R147
Q103
D103 1SS352
GND_D
47k
10k
1SS352
GND_D
C133
22k
R123
10k
R122
10k
R128
D105
0.1u/16
VDD
R127
2
V+3R3_UCO
R139
V+5_D
LSA1576UB(QRS)
17
0.1u/16 C132
CD
OUT
0.1u/16 C131
0.1u/16 C130
5
1
C126
1u/10
C120
S-1200B33-M5
NM
C107
10k NM
over 5.6-6.4V
V+3R3_D
22
IC106 4
ON/OFF NC C116
C119
under 2.2-2.9V
over 3.7-4.6V
V+6
MAIN_RST 10k
VSS 3
under 3.7-4.9V
4:3C;4:7A
VOUT
VIN 2 R132
0.1u/16
R138
V+5_A
TP103
R137
under 3.0-3.8V
V+5_D
R1
0 Q104
10
RT1N241M
V1
5
under 3.1-4.0V
3.3k
IC105
B 4/6
R145
TP102
5.6k
RESET IC 2.7V DET
18
V+3R3_UCOM
1
Power Fault Detection
MAIN UCOM
R146
!
V+4R7_STB
Typ 40mA Max 47mA
LSA1576UB(QRS) Q106
3.3V
R121
4.7V
2200p/50
A
V+5_U
over 4.6-5.8V
B
GND_D
V+3R3_D
24
!
V+5_D
1
V+3R3_D
V2
S-1200B33-M5
NM
C138
10k
LSC4081UB(QRS)
NM
R129
0.1u/16
33k
0.1u/16
R131 1u/10
C137
4 ON/OFF NC
NM
47k
R120
VSS 3
C148
C147
R130
0
VOUT
2 0.1u/16
GND_D
over -4.0--2.7V
SQ
5 VIN
Q105
V-6
IC102
R144
Needle Search JOG_PHOTO VOL,Slider
Typ 113mA Max 118mA
C134
3.3V
TP106
5V
C135
GND_D
B
C GND_D
5V
Typ 70mA Max 129mA
-6V
Typ 116mA Max 201mA
+6V
5V
Audio Power
TP107
VREF2.5V
R105
D
15k
OscFreq 547kHz 25kHz
V+5_D
D
12k R103
C103 82p/50
20
1 SEL1
GND
RT
STB
CT
VCC
CH
18
3
17
4
2.2k
NON2 VREF 5
2.2k
C109
CH
120p/50
2.2u CCG1205-A
R115
C113 R116
15k
33k
V+6
ATH7047-A L102
1u/10
RB160L-40
Q102
CH
220p/50
C141
!
R141
V3
D102
C139
G
D2 3
C150
! !
0.01u/50
S
RTQ025P02
D3 4
6
D4 5
Q101 1
D1 2
TP110
BD9851EFV
0
10u 10V
V+3R3
8.2k
0.1u/16
33k
1u/10
D R113
82k R114
C115
CCG1205-A R108
C149
CCG1205-A C104
R135
TP108
V-6
2
4.7u
L101
1
G1
3
D1
D4
D2
D3 S
G
L203
B 6/6
RB160L-40 ATH7047-A
DCH1201-A
C106
0.1u/16
C143
C144
470p/50
C111
11
D R112
D R111 18k
1u/10
12
1u/10
0.01u/50
V4
0.01u/50
13 O U T 2P V C C 1 PGND OUT1
C117
C112
14
10
C108
2200p/50
C140
D
15k
R106
10V 2.2u TP109
SCP
P V C C 2D T C 1
D101
CH
DTC2 9 C105
C142
FB1
8
R142
5.6k
15 FB2
7
NM
C127
C110 1u/10
INV1
6
C102 NM
16 INV2
3300p/50
C114
NM
R110
1u/10
10u 10V
D
C146
19
2
DCH1201-A
15k
IC101
4.7k C101 560p/50
0
100k
R143
D R102
CH
R107
D
10k
R109
R101
D R104
6 5
USB_DP
6:8E USB_DN
6:8E
4
0
RTQ045N03
E
ONE POINT EARTH
GND_D
TP101
5 VOUT
V6
2 NM
R140
C122
0 R134
0.1u/16
S-1200B50-M5
NM
NC
10k
1 VIN
V5 1000p/50
C123
ON/OFF
4
1u/10
VSS 3
C 1 4 5 CH
VOUT
C128
C121
0.1u/16
R133
IC104
SQ R230
TP104
5 VIN
2
USB3.3V Power
V+3R3_USB
VSS 3
ON/OFF
4
C124
IC103 1
10
!
V+5_USB
Typ 63.5mA Max 63.5mA
NC
10k
S-1200B33-M5
1u/10
V+5_A
3.3V
NM
23
!
V+6
5V
DAC,ADC Power
C129
Typ 46mA Max 72mA
5V
6V
GND_DD6 GND_P
F GND_D
GND_D
B 1/6 66
DDJ-T1 1
2
3
4
2
2
3
3
1 1
ATH7015-A
4 4
5
6
7
8
B 1/6
UCOM ASSY (DWX3209)
A
47k
R139
TP103
V+3R3_UCOM
3.3V Normal Abnormal 0V
SQ R147
R136
0
100
B 4/6
4:6A
max
RT1N241M
FAULT_DET
V+5_USB
=40mA
TUSB uCom
NM R202
FOR TUSB3200A EEPROM
SS
GND_D
B 3
4 G
SS
CD
3
4
R216
26
TP206 CSCHNE
C 2 2 1 SS
0.1u
C222
390 1000p/50 C220
NM
SS,CH
R215
2.7k
SS
SS,F
R212
R201
SS,F
SS 40
41 SDA
43
42 SCL
44 MCLKO
DVDDS2
45 DVSS4
MCLKO2
47 MCLKI
MCLKI2
46
48
50
49 XTALO
2
AVSS
51 PLLFILI
AVDD
1
XTALI
52 470p/50
C207
C 2 0 5 SS
SS,CH
0.1u/16
C203
10u 10V
DCH1201-A
NM
C201
CEVW100M16-TRB
PLLFILO
DVDD3
0.1u
PLLO
CDATO CSYNC
DM
P1.7/MCUAD7
DVDD1
P1.6/MCUAD6
C214
CH
30
CH
NOT_USED/MCUWR
SS
22
PLLOEN/MCURD
R241
MASTER_DATA
3:2F
C229
B 3/6
LRCK
2:1E;3:2F BCLK
2:1E;3:2F
B 2/6,3/6
USB_CONT1
SS
USB_CONT2
22p/50
29
USB_ERR R240
USB_BUSY
SS 2 2 28
TP209
P1.3/MCUAD3
C 2 3 2 SS
0.1u
27
E
P1.2/MCUAD2
P1.1/MCUAD1 26 TP214
NM
TP207
P1.0/MCUAD0 25 TP208
DVDDS1
USB_SREQ
USB_RST
USB_BUS 4:1D;4:5B
22p/50
CH
SS
10k
SS
R244 NM
R228
B 2/6
SS 2 2 22p/50
P1.4/MCUAD4
24
22
23 NM
SS R224
C225
0.1u
SS
P1.5/MCUAD5
SS
DVDD2 21
P3.3/MCUA10 NM
TP204
2:10C 2:1F
SS
TP212 14 P3.0/MCUA8
12
16
TP203
TP213 15 P3.1/MCUA9
GND_D
RSTO
P3.4/MCUALE
EXTEN 13
19
12
NM
20
TEST
TP205
11
P3.5/MCUINTO
MRESET
XINT
SS
31
C228
18
R214
R237
SS
27
32
9 10
0.01u/16 R 2 1 3 SS NM
22
33
R226
0.1u SS SS
SS
SS
47k
R227
SS,CH
470p/50
C208
C 2 0 6 SS
0.1u/16
C204
10u 10V
DCH1201-A
NM
C202
8
R229
C219 C216
SS
R236
SS
DVSS3
DVSS2
SS
CH
47
SS
34 IC202 TUSB3200ACPAH
MIC_AUX_DATA HP_DATA
R235
CSCLK
7
17
27
47p/50
L202 BTX1042-A
SS
DP C218
75
22
SS
35
PUR CH
R234 C 2 3 1 SS
37 36
DVSS1
22
SS 38
6 C217
47p/50
SS
R233
39 CRESET
4
SS
28
D
CPTCNF1 I2S MODE5
73
CDAT1
PWMO
4 4
R208
SS
SS
SS
2:1E;3:2F
22
R220
R205
ATH7015-A
SS
SS
SS NM R217
NM
CH
B 2/6,3/6 MCLK
SS 2 2
5
3
R203
C
22 R219
13
GND_UA
3
C215
GND_D
3
27 R207
1
22
SS
C224 27p/50 X201 DSS1136-A
CH
1.5k R206
2
IC201
4:2D
100p/50
1 1
3
R238
6MHz
L201
L203
A0
8
4:2D
C223 27p/50
V+3R3_USB
2
VCC
4
EEP_SCL
1M
2
A1
11
GND_D
BTX1042-A
A2
WP
EEP_SDA
470p/50
C212
SS
C211
SS,CH
0.1u/16
DCH1201-A
NM
C210
C209
tD(ms)=KxCD(nF) K=Min4.3,Typ.5.7,Max7.2
10u 10V
E2
C2
RT3N22M
2200pF;tDelay=12.54ms(Typ.)
CEVW100M16-TRB
B 4/6
B1
R222 1.5k
GND_D
2
SS
SS
SS
NC
C227
SS
0.1u/16
C226
4 VSS
2200p/50
VDD 3
S-80942CNMC-G9C
14
R223
Conv. Voltage 5V 3.3V
B2 5
CH
OUT
4:2D
2
GND
SCL 7
EEPROM_SW
R218
5
OE
GND_D
22
SS
1
SDA 5
TC7SB66FU
C1 6
1 E1
S-24CS64A0I
22
4:8H USB_DET
Q201
R221
SS
15
6
R232
IC205
TP210
5 V
2
B 4/6
10k
R210
SS
SS
10k
R209
SS
10k
R231
IC203 A
0.1u/16
0.1u/16
1
RESET IC 4.2V DET
TP211
V+3R3_UCOM
2 . 7 k SS R204
C213
2 . 7 k SS
V+3R3_USB SQ
State EEPROM Write
0
1/10W
220
Q202
B
IC203;SW I2C OE A/B LOW Disconnect HIGH A=B(Connect)
1/10WSR 220 =20mA x2
220
R257
R256
RT1N241M
Q203
LSC4081UB(QRS)
USB5V Discharge
4.4V/220
10k R255
V+5_D
1/10W
BTX1042-A L206
D_D
B 4/6
er
NOTES NM
is No Mount RS1/10SR***J SS
GND_D
SQ D
*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u *RESISTORS , Indicated in unless otherwise noted. k
RS1/16SS***J RS1/8SQ***J RS1/10SR****D, or RS1/16SS****D
F
CKSRYB***K CH F , p
5% tolerance k
pF
SS SS
, M
M
.
CCSRCH***J CKSSYB***K
CH
CCSSCH***J
B 1/6 67
DDJ-T1 5
6
7
8
1
2
3
4
10.3 UCOM ASSY (2/6) V+6
TP318
8D;3:2G;4:9H AUX_MIC_DET
R340
CEVW100M16-TRB
0
IC301
R301
3
1
3
CEVW100M16-TRB
67 C344
R303
CEV
7 0
TP319 R323
NM
TP320
G2
1
6 4
C346 NM
V-6
TP321
GND_AA
5
10u/16 C307
D
GND_P
B
AUX
GND_AA GND_P V+6
1
V+6
2
GND_P AUX_R_IN
AUX_L_IN GND_AA
V-6
V+
TP310 TP311
71
R304
8
2
3 0
AUX_R_IN
4
R302
CEV
7
AUX_L_IN
0
7 R324
TP313
G4
1
6 4
C347
TP314
C
NM R342
C308
GND_AA GND_P
B 3/6,4/6
47u/16
V-6
CEVW470M16-TRB
NM C301
D
GND_AA
820
TP315
GND_P
R344
G5 GND_AA
GN
5
10u/16 C305
5 6
IC302
NJM2121MD
3
CEVW100M16-TRB
TP312 GND_AA
D
2.4k
NM C303
V-6
100k
CN4402
AKM1293-A CN302
A
CH
R341
G3 C311
V-6
NJM2121MD
47u/16
2
820
V+6
8
2 0
R343
K
GND_P
10u/16 C306
4
100k
MIC_IN
TP317
CEVW470M16-TRB
5
NM C304
6
GND_A
100k R322
CN4601
TP316 MIC_AUX_DET
SW AMP
B 4/6
69
C302
NM C343
CN303 AKM1292-A
C310
MIC
A
CH
2.4k
D
V-6
8D;3:2G;4:9H
AUDIO_CONT 1:15F;3:2F MCLK
B 1/6
1:15H;3:2F BCLK
1:15H;3:2F LRCK
ADC_RST
D R311
R331
SS
1:15H HP_DATA
22
R332
BICK
DVDD
SDTI
AVDD
2
SS
DAC_CCLK DAC_CDTI
8
CSN AOUTL
C332
11
47u/16
D
C341
47u/16
C336
C319
CEVW470M16-TRB
NM
GND_AH
*RESISTORS Indicated in , unless otherwise noted. k
RS1/16SS***J
47u/16
R345
AK4387ET
GND_D
*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u
RS1/10SR***J
F , p
5% tolerance k
, M
pF
M
.
RS1/8SQ***J RS1/10SR****D, or RS1/16SS****D CKSRYB***K
CH SS
F
SS
CCSRCH***J CKSSYB***K
CH
CCSSCH***J
B 2/6 68
DDJ-T1 1
2
HSU119
47u/16
NC
HP DAC is No Mount
D304
1k
C334 C333
9 CDTI
NOTES
R320
CEVW470M16-TRB
1 0 CEVW470M16-TRB
C C L KA O U T R
80 81 82
SQ
1000p CH
0.1u
12 RSTN VCOM
7
SS
MUTE
13 VSS
5 6
NM
B 3/6 9G;3:5B;3:5D;3:9F
14 LRCK
22
0.01u
15
4
DAC_CS1
E
DZF
3
22
DAC_RST
16 MCLK
0.1u/16
B 1/6
1
C317
R330
C335
10
IC304
SS
CEVW470M16-TRB
V+5_A
3
4
R321
D305
1k
HSU119
7
72
NJM2121MD
GND_P
CEVW100M16-TRB 10u/16 C326
D303
47
6
TP301
47u/16
7 VD
LRCK
22 R335
22
TP302
22
B
SS
SS
SS 3 3
0.1u
C315
R308
9 DGND SDTO
C329
SS
10
8
3300p 50V
C 3 4 9 CH
1
DCG1049-A
100k
R347
470
C347
MIC_AUX_DATA
1:15G
B 1/6
GND_D
GND_AA
GND_D
CH
C
D
22k
GND_AA NM R326
2.4k
C345
CEVW470M16-TRB
MCLK
R319
CEVW100M16-TRB
NM R342
R333 R334
11
GND_P 10u/16 C331
GND_AA
12
IC302
5
5 10k
AGND SCLK
CEVW470M16-TRB NJM2121MD
4
13
VA
60
6
14
SS 0.01u
47
PDN
3
100
R329
VCOM 5
CEVW470M6R3-TRB N M
R305
DIF
7
15
C318
C314
47u/16
C328
C312
0.1u
47u/16
C310
CEVW470M16-TRB
47u/16
3:4D
B 3/6
CEVW470M16-TRB
ADC_MUTE_L
CKS1 4
47u/6.3
GND_AA
CKS2
3
C330
V+5_A
3:4D
V+6
10k
D302
V-6
AINL
2
8
R312
0.1u
ADC_MUTE_R
CKS0
2
NM
C313
AINR
1 16
SS
R306
D
R310
1
GND_AA
2.4k
IC303 AK5358AET
68
1SS302 1SS302
NM C303
47u/16
CEVW470M16-TRB
D301
10u/16
CEVW100M16-TRB
CH
R341
MIC/AUX ADC
C327
RKZ3.3KG(B2)
NM
A
SQ
100k
C346
3300p 50V
470 R346
10u/16
C 3 4 8 CH
CEVW100M16-TRB
DCG1049-A
R309
C316
5
UCOM ASSY (DWX3209)
47k
B 2/6
8
R307
C301
6
R325
NM C309
47u/16
C302
V+6
CEVW470M16-TRB
5
V-6 AUX_MIC_SEL Q301 RT1N241M
B 4/6 1D;3A;3:2B;3:2G;4:9H AUDIO_CONT
GND_D
D CH C323 390p/50
1k
HSU119
V+6
V+6
GND_AH
TO HPJK ASSY(CN4801)
CEVW470M16-TRB
47u/16
TP303 9
C338
GND_AH
N M CH
79
4.7k
8.2k
6.8k
3
8
TP305
GND_P
1
4
TP306
78
NJM4565MD
680p/50
TP307 MUTE
TP308
B 3/6
HP_R
4
GND_AH
3
HP_L
2
GND_AH
1
MUTE
E
C322
D
D
R336
R317
GND_AH GND_P
GND_AH
GND_AH R316
8.2k
6.8k
5
8
7
4
CH C324
680p/50
R313
4.7k
CH
R339
IC305
NJM4565MD 6
C321
D
820p/50
D
CH
D
1.6k
NM
C337 47u/16
V-6
CEVW470M16-TRB
1k
C342
HSU119
GND_P
5
390p/50
47k
1k
6
V-6
CH
INC2002AC1 Q303 D305
V-6
CN301 AKM1295-A
TP304
GND_AH
R321
GND_P
7
6F;3:5B;3:5D;3:9F
TP309
CH
C320
IC305
820p/50
CH
D R315
C340
D R314
47k
R327
C325 2
D R338
V+6
8
CN4801
D304
D 1.6k R318
N
INC2002AC1 Q302
R320
R328
TE
D 1k R337
F
GND_P
B 2/6
GND_AH
69
DDJ-T1 5
6
7
8
1
2
3
4
10.4 UCOM ASSY (3/6) A
MUTE Drive
LTA124EUB Q583
C511
100u
CEVW101M16-TRB
1k
D701
RB160M-30
SS
R520
1k
V+5_USB MUTE ON OFF MUTE OFF ON
MUTE ON OFF MUTE OFF ON
A_MUTE
2:8D;2G;4:9H
SS
GND_D
L
2:6F;2:9G;5D;9F
SS
R518
10k
MUTE ON OFF MUTE OFF ON
MUTE
22
Q582 LTC124EUB
SS
Q505 LTC124EUB
10k
MUTE OFF
SS R511
HiZ
MUTE ON
B 2/6
Q581 LSC4081UB(QRS)
LTA124EUB Q506
R519
B 4/6
B
R521
V+3R3_UCOM
V+5_D
D702
RB160M-30
V+4R7_STB
MUTE ON OFF MUTE OFF ON
GND_D
Low
Mute Off
High
Mute On
V-6
R526
1k
R527
1k
V+5_A
C V+3R3_UCOM MUTE ON MUTE OFF
MUTE ON ON MUTE OFF OFF
HiZ
Q501 LSC4081UB(QRS)
L LTA124EUB Q509
B 2/6
R524
LTC124EUB
MUTE ON OFF MUTE OFF ON
10k
1k
Q502
MUTE ON OFF MUTE OFF ON
2:7B
Q503
INC2002AC1
R523
66
ADC_MUTE_L
2:7B
Q504
Low
R525
1k
Mute Off
High
10k
B 4/6
ADC_MUTE_R
INC2002AC1
R528
AIN_MUTE
4:6H
GND_AA
Mute On
MUTE
G
INC2002AC1 Q507
2:6F;2:9G;5B;9F
V-6
R529
D501
1k
HSU119
B 2/6
GND_AM
D CEVW101M16-TRB
D
C517
R517
1:15H;2:1E
7
DAC_CDTI
8
100u 16V
HSU119
NM
CH
C501
47k
GND_AM
VSS 12
C514
11
47u/16
JP501 Audio JP (Board In)
RSTN VCOM
DAC_CCLK
1k
13 LRCK
6
D502
14
5
DAC_CS0
C554 CCH1565-A
C515
1000p CH
C520
0.01u
15
4 22
SS
0.1u/16
AVDD
3.3k
CSN AOUTL
D
D
R502
C516
CEVW470M16-TRB
10
G CEVW101M16-TRB
R504
R50
0
3.3k
C C L KA O U T R 9 CDTI
NC
4.7k
100u/16
74
R514
AK4387ET SQ
NM
DAC_RST
DVDD
SDTI
R50
0
INC2002AC1 Q508
R530
CH
LRCK
BICK
2 3
MASTER_DATA
E
22
22
DZF
C502
SS
MCLK
R503
GND_AM
47k
BCLK
1:15H
SS
R516
1:15H;2:1E
B 1/6
16
1
C513
IC506 R515
0.1u/16 C519
10
MCLK
R513
CN4403
R512
1:15F;2:1E
4.7k
A
V+5_A
D
R501
100u/16
R522
B 2/6,4/6
MASTER DAC
NM
GND_AM
GND_D
GND_AM
AUDIO_CONT 2:1D;2:3A;2:8D;2B;4:9H
F
B 3/6 70
DDJ-T1 1
2
3
4
5
6
7
8
B 3/6
UCOM ASSY (DWX3209)
A
B
NOTES NM
is No Mount RS1/10SR***J SS
RS1/16SS***J
SQ D
CKSRYB***K
*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u *RESISTORS Indicated in , unless otherwise noted. k
RS1/8SQ***J RS1/10SR****D, or RS1/16SS****D
CH F , p
5% tolerance k
pF
SS , M
M
C
CCSRCH***J
SS
CKSSYB***K CH
CCSSCH***J
.
C503
470p D
D 3.3k
R509
R507
3.9k
V+6
GND_AM
DTL1105-A L503
2002AC1 507
C509
100u 16V CCH1565-A
ND_AM V+6
R505
IC501
TP502
77
76 TP503 C506
TP501
470p
R510
3.3k
3.9k
MUTE
B 2/6
GND_AM
IC501
NJM4580MD D
6
D
02
R504
7k
0
8
R506
7
21 G6
DTL1105-A L504
GND_AM
6
GND_AM
5
MASTER_L
4
GND_P
3
V-6
2
V+6
1
MUTE
AKM1295-A
E
G7
GND_AM
NM C510
680p
CH
C505
NM
CH
C502
GND_AM
7
CN501
64
C508
GND_AM
MASTER_R
8
V-6
4
5
3.3k
TP505
TP510
R508
22
2:6F;2:9G;5B;5D
TP509
D
L502
ND_AM
D
DTL1105-A
2002AC1 508
9
CN4401
TP508
GND_AM
GND_AM
D
A
CH
NJM4580MD
4
3
3.3k
NM
CH
C501
0
GND_P
1
L501
R503
C504
01 7k
8
DTL1105-A
D
680p
D
C507 NM
2
GND_P
CCH1565-A
100u 16V
GND_P
GND_AM V-6
F
B 3/6 71
DDJ-T1 5
6
7
8
1
2
3
4
10.5 UCOM ASSY (4/6) CDC_INT1
B 1/6
FAULT_DET
1:9B
5:11D
JOG1_2
NM
SS NM
R779
NM
SS
R780
NM
SS NM USB_BUSY
JOG2_1
JOG1_1
5:5C
JOG2_2
5:11D
5:5C
NM
R778
R775
SS R777
USB_ERR
SS
19
SS
22 R776
25
SS
USB_RST
USB_SREQ
22
22
SS
R768
R772
SS
GND_D
NM
SS
SS 47k R717
SS
47k R716
R713
NM R715
NM
B
R710
SS
SS
FOR DEBUG
SS
C 7 1 6 SS
0.01u/16
C 7 0 4 SS
NM C754
V+3R3_UCOM
10u 10V
DCH1201-A C702
GND_D
R774
B 1/6
L701
C701
TP814 TP813
USB_BUS 1:16J;1D
GND_D
BTX1042-A
0.1u/16
TP812 TP811
V+3R3_D
MAIN_RST
TP810 TP809 DBG_BUSY
DBG_RXD
TP808 TP807 DBG_CE
TP806 TP805 DBG_TXD
TP804 DBG_EPM
DBG_CNVSS
TP802
TP803
DBG_SCLK
TP801
TP801 is "DL1".
C 7 6 0 SS
DCH1201-A C755
BTX1042-A L703
0.1u/16
9
8
7
6
5
3
10
DL1 - DL14
0.01u/16
TP813
C 7 5 6 SS
TP801
B 5/6
V+3R3_UCOM
10u 10V
TP814
0.1u/16
TP802
CDC 3G;7H;5:4A;5:8A
B 5/6
TP for writing uCom program
GND_D
MAIN_RST
DBG_RXD
DBG_BUSY
V+3R3_UCOM
DBG_CE
DBG_TXD
1
2
DBG_EPM
DBG_SCLK
DBG_CNVSS
A
4
For Debug
CN701 NM
SS
NM
R811
R813
CDC_CS2
SS
22 R810
SS
22
LED_SEG 12D;5H;8A;5:11H;5:4H;6:4B
7
9
Y6
GND
8
3
6
10
Y5
Y7
7
Y4
G1
6
4
5
GRID3
1
8
12
Y3
XG2B
5
1
8
GRID2
2
7
13
Y2
XG2A
4
2
7
GRID1
3
6
14
Y1
C
3
3
6
GRID0
4
5
15
Y0
B
2
4
A
1
R719 22
16
VCC
SS C721
1000p/50
22
21 VCC1_1
P8_5/NMI/SD/CEC
R781 2.7k
TP705
SS
23
P8_3/INT1
P8_4/INT2/ZP
24
NM
SS
R866 P8_1/TA4IN/U/CTS5/RTS5
25
26
27 P8_0/TA4OUT/U/RXD5/SCL5
28 P7_7/TA3IN/CLK5
P8_2/INT0
NM R865 29
P7_5/TA2IN/W
P7_6/TA3OUT/TXD5/SDA5
30
31 P7_4/TA2OUT/W
P12_2
P12_3
P3_1/A9
P12_4
22
22
R749
SS
SS
R788
SS
SS R787
22
22
GND_D
B 3/6
DDJ-T1 2
LDEC_CONT
5 R752 22
IC702
72 1
SS
B 5/6,6/6 LED_SEG 12D;2G;8A;5:11H;5:4H;6:4B
GRID4
11
3
4
3:1D
2
GRID5
AIN_MUTE
GRID6
6:4C
8
AD_SW_A
1
6:4C
B 4/6
TC74VHC238FK
GRID7
AD_SW_B
F
A B C Y0 Y1 Y2 Y3 Y4 Y5 Y6 Y7 X X X H H H H H H H H H H H H H H H H H H H H
B 6/6 3G;6:4H;6:8H KEY
R718 22
LED_13
5:11D;5:11F;5:4F;5:5D;6:5A;6:5E GRID
B 5/6
SS
0
AUX_MIC_DET
C703 0.1u/16
R720
A_MUTE
V+3R3_D
G1 L H H H H H H H H
R751
SS
R728
CDC 6A;7H;5:4A;5:8A AUX_MIC_SEL
B 5/6
22
22
R727
5G;6:4H;6:8H KEY
R729
SS
70 GND_D
B 6/6
32
33 P7_2/CLK2/TA1OUT/V
63
B 5/6,6/6 E
34
R812
CDC_CS1
82
47
81
10k
100p/50
KEY6
NM
SS
KEY7
SS
P12_5
80
SS
47 R819
.
P12_6
79
C715
P12_7
LDEC_B
SS
R809
CH
R815
CDC_DSI
65
P5_0/WRL/WR
KEY8
64
P5_1/WRH/BHE
P3_2/A10
63
KEY12
P5_2/RD
P3_3/A11
KEY11
P5_3/BCLK
65
62
CDC_SCLK M
61
KEY10
pF
, M
60
SS
R773
CDC_DSO 5% tolerance k
59
SS
F , p
58
NM
78
22
*RESISTORS , Indicated in unless otherwise noted. k
NM
SS R836
SS
77
D
SS SS
47k R745
R851 NM R852 NM
P4_7/PWM1/TXD7/SDA7/CS3 P4_6/PWM0/RXD7/SCL7/CS2 P4_5/CLK7/CS1 P4_4/CTS7/RTS7/CS0
SS
LED_12
P13_0
LDEC_C
6:6C CUR_ENC1
65 66 67 68
P13_1
P3_4/A12
CUR_ENC2
P13_2
76
6:6C
*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u
57
R835
P3_5/A13
56
KEY3 KEY4
P13_3
75
B 6/6
IC701 R5F3651E PEG850A
P5_4/HLDA
47k R786
55
KEY2
P5_5/HOLD
SS
54
P3_6/A14
4.7k
KEY1
P5_6/ALE
P3_7/A15
6:9E
53
74
SS ADP_DET
P5_7/RDY/CLKOUT
47k
52
SS
51
R783
SS
NM NM
R834
22
VSS2 P6_5/CLK1 P6_4/CTS1/RTS1/CTS0/CLKS P6_3/TXD0/SDA0 P6_2/RXD0/SCL0 P6_1/CLK0 P6_0/RTCOUT/CTS0/RTS0
39 40 41 42 43 44 45
1000p/50 C708
SS
P13_4
P4_0/A16
NM
SS
22p/50 R850
P13_5
73
SS
50
72
SS
USB_CONT1
P13_6
10k
49
R833
SS
CH C720
P13_7
P7_3/CTS2/RTS2/TA1IN/V
47 48
KEY9
USB_CONT2
SS
R770
TP701
1:16J;5B USB_BUS
P4_1/A17
470p/50
71
46
SS C706
R747
47k R736
P4_2/A18
5:4F
70
470p/50
SS
JOG_TCH2
P7_0/TXD2/SDA2/SDAMM/TA0OUT
JOG_TCH1
SS
P4_3/A19
47k
P7_1/RXD2/SCL2/SCLMM/TA0IN/TB5IN
45
C705
SS
22
68
R735
SS
47k
R769
69
44
47k
47k R821
SS
R757
22
SS
LED_14
B 1/6
43
22
SS
P6_7/TXD1/SDA1
SS R754
5:10F
B 5/6
22
R730
EEPROM_SW
67
SS
1:13E EEP_SCL
1:13E
R817
EEP_SDA
B 1/6
42
R753
37
38
1:13E
P6_6/RXD1/SCL1
40 41
SS,CH
SS
SS
39
GND_D
VCC1_2
SS
66
R711
NM
47k
SS
SS NM R714
NM R709
C
TP704
SS
R785
NM
SS R 7 0 8
NM R712
NM
47
R704
TP703
B 1/6 SS
TP702
22 R707 2 2 SS
C717
MAIN_RST
35
R703
22p/50 C714 CH
1:4B;7A SS
0.1u/16
NM
2 2 SS R 7 0 6
C718 CH 100p/50 C752
R705
36
N M SS R702
SS,CH
R701
5
5:11B
L_ENC1_1
5:11B
L_ENC1_2
CH
B 5/6,6/6 LED_5
LED_4
LED_3
LED_2
LED_1
UCOM ASSY (DWX3209)
12D;2G;5H;5:11H;5:4H;6:4B E1 1
Q701
6 C1
B1 2
5 B2
C23
4 E2
P_SW2_USB
6:9E
RT3P22M
25
6:9E
B 6/6
4
3
2
1
6
7
8 SS
SS
R765 22
22
22
SS
SS
R763
R760
SS
5
P_SW1_ADP
SS
A
V+3R3_UCOM
LED_SEG LED_0
1:4B;3C
8
B 4/6
16MHz
GND_D
SS R780
C710
2 2
NM
R779
SS
3
10p/50
CH
3
B 1/6
C709
SS
1 1
10p/50
N M SS
R790
MAIN_RST
B 1/6
FAULT_DET
NM
1:9B
5:11D
JOG1_2
NM
SS NM USB_BUSY
JOG2_1
JOG1_1
5:5C
JOG2_2
5:11D
R778
CSS1616-A R789
19
SS
22 R776
NM
SS
R777
NM
SS
R775
NM
5:5C
B 5/6
7
B 5/6
X701
CDC_INT1
DC 8A
6
R848 NM
P2_4/INT6/AN2_4/A4.(A4/D4).(A4/D3)
P2_0/AN2_0/A0.(A0/D0).A0
10u 10V
C750
DCH1201-A
C 7 4 9 SS
0.1u/16
1000p/50
DCH1201-A
10u 10V
8
AD_FILTER1
2
7
AD_PITCH1_1
SS
SS
3
6
AD_PITCH1_2
SS
R874 100k
4
5
SS
SS
118
LED_6 LED_7
R824 22 1
8
116
2
7
LED_9
115
3
6
LED_10
4
5
114 113
SS
112
SS
NM NM
0.01u/16
109
0.01u/16
108
0.01u/16
107
0.01u/16
106
0.01u/16
SS SS SS SS SS SS SS
0.01u/16
104
0.01u/16
LED_8
LED_11
R838
0.01u/16
110
22
R837
C741
SS
R870 100k R871 100k R872 100k R873 100k R742 100k R743 100k R744 100k R746 100k
R737
R853 NM R854 NM
5:5C L_ENC2_2
SS
5:5C L_ENC2_1
SS AD_FADER_B
SS
1
8
SS
2
7
SS
3
6
SS
4
5
SS
1
8
SS
2
7
AD_0
SS
3
6
AD_1
SS
4
5
AD_3
103
B 5/6
AD_FADER_D AD_FADER_C AD_CROSSF 220
AD_2
D
NM
102
R724 220
SS R740
SS R739
62 61
8
7
6
5
2
3
4
GND_D
47 R721
22
SS 1
R725
22
SS
GND_AD
DAC_CCLK
NM
DAC_CS0
DAC_CS1
DAC_CDTI
DAC_RST
AD_4
ADC_RST
NOTES is No Mount RS1/10SR***J SS SQ D
CDC_INT2
AUDIO_CONT 2:1D;2:3A;2:8D;3:2B;3:2G
B 5/6
C
AD_FADER_A
220 22
R820
SS
B 5/6,6/6 LED_SEG 2G;5H;8A;5:11H;5:4H;6:4B
117
NM
SS 47k R732 R734
SS
R733 47k
SS
SS
NM
NM
101
99
100
98 R731
1000p/50
2.7k
SS,CH
100k C707
R748 R723 220
CH
C719
4
R738 1
E 100p/50 R726
5
97
96 R782
SS
SS
95 0.01u/16 C732
SS
P2_1/AN2_1/A1.(A1/D1).(A1/D0) 94
3 AD_PITCH2_2
AD_EFF1_1
SS
C748
P0_7/AN0_7/D7
0.01u/16
6
C731
5
R816
105
P1_0/CTS6/RTS6/D8
SS
P2_2/AN2_2/A2.(A2/D2).(A2/D1) 93
2 AD_PITCH2_1
4
C747
P0_6/AN0_6/D6
0.01u/16
P2_3/AN2_3/A3.(A3/D3).(A3/D2)
AD_EFF1_3
SS
C746
P0_5/AN0_5/D5
SS 7
91
92
6
C745
P0_4/AN0_4/D4
0.01u/16
AD_EFF1_2
3
C744
P0_3/AN0_3/D3
0.01u/16
AD_DRYWET1
7
SS
C743
P0_2/AN0_2/D2
SS C730
C728
C729
8
5 4
1 AD_FILTER2
AD_DRYWET2
8
SS
2
C742
P0_1/AN0_1/D1
SS
P2_5/INT7/AN2_5/A5.(A5/D5).(A5/D4) 90
220 R741
1
119
111
P0_0/AN0_0/D0
0.01u/16 C727
6 3 AD_EFF2_3
C713
C762
120
P11_7
SS
P2_6/AN2_6/A6.(A6/D6).(A6/D5)
P2_7/AN2_7/A7.(A7/D7).(A7/D6)
89
88
0.1u/16
SS,CH 121
P11_6
0.01u/16
C 7 1 2 SS
122
P11_2
0.01u/16
C711
SS,CH VREF
123
P11_1
SS 2
1 AD_EFF2_1
AD_EFF2_2
1000p/50
1
2
P9_7/ADTRG/SIN4
AVCC
NM
SS
R832
NM
SS
3
P9_6/ANEX1/SOUT4
4
5 P9_5/ANEX0/CLK4
7
6 P9_4/DA1/TB4IN/PWM1
P9_3/DA0/TB3IN/PWM0
8 P9_2/TB2IN/PMC0/SOUT3
P9_1/TB1IN/PMC1/SIN3
9
10
12
13
11 P14_1
P14_0
P9_0/TB0IN/CLK3
124
P10_6/AN6/KI2
SS C726
8
C725
LDEC_A
KEY13
KEY5
KEY6
KEY7
LDEC_B KEY8
C734 0.01u/16 C735 0.01u/16 C736 0.01u/16 C737 0.01u/16 C738 0.01u/16 C739 0.01u/16 C740 0.01u/16
125
P11_0
22
LDEC_C
LDEC_CONT
SS
0.01u/16
126
P10_7/AN7/KI3
220 R722
7
87
VSS3
P3_0/A8(A8/D7)
P12_0
VCC2
86
85
84
C724
0.1u/16
P12_1
P12_3
P12_2 82
81
83
P3_1/A9
P12_4 80
79
P3_2/A10
P3_3/A11 77 47k R745
SS
R749 22
BTX1042-A
127
P11_5
SS
SS
78
P3_4/A12 76
P3_5/A13
P3_6/A14
75 47k R786
P3_7/A15
74 47k
SS
SS SS
SS R788
R787
V+3R3_D L702
C733 128
P11_4
65
V+3R3_AD
B 5/6,6/6
P11_3
/TXD7/SDA7/CS3 0/RXD7/SCL7/CS2 CS1 RTS7/CS0
BTX1042-A
UCOM_AD 5:11C;5:5D;6:4E;6:9B
P10_5/AN5/KI1
96 P 1 _ 7 / I N T 5 / I D U / D 1 5 97 P 1 _ 6 / I N T 4 / I D W / D 1 4 98 P 1 _ 5 / I N T 3 / I D V / D 1 3 99 P 1 _ 4 / D 1 2 100 P 1 _ 3 / T X D 6 / S D A 6 / D 1 1 101 P 1 _ 2 / R X D 6 / S C L 6 / D 1 0 102 P 1 _ 1 / C L K 6 / D 9
IC701 R5F3651ENFC PEG850A8-K
22
BYTE
CNVSS
P8_7/XCIN
P10_0/AN0 AVSS P10_1/AN1 P10_2/AN2 P10_3/AN3 P10_4/AN4/KI0
VSS2 P6_5/CLK1 P6_4/CTS1/RTS1/CTS0/CLKS1 P6_3/TXD0/SDA0 P6_2/RXD0/SCL0 P6_1/CLK0 P6_0/RTCOUT/CTS0/RTS0
22
R831
N M R 7 9 6 SS
SS 14
15
16 P8_6/XCOUT
18
19
17 RESET
XOUT
VSS1
XIN
128 127 126 125 124 123
L704
150k
R794
1000p/50
C759
SS,CH
SS C721
SS,CH
0.1u/16 20
21 VCC1_1
P8_5/NMI/SD/CEC
22
TP705
SS
R781 2.7k 23
24 P8_3/INT1
P8_4/INT2/ZP
R866 26
25 P8_2/INT0
P8_1/TA4IN/U/CTS5/RTS5
P7_7/TA3IN/CLK5
P8_0/TA4OUT/U/RXD5/SCL5
27
R865 28
29 P7_5/TA2IN/W
P7_6/TA3OUT/TXD5/SDA5
SS
NM
1000p/50
C718 CH 100p/50 C752
22p/50 C714 CH
NM R847
B V+3R3_UCOM
RS1/16SS***J RS1/8SQ***J RS1/10SR****D, or RS1/16SS****D CKSRYB***K
CH
B 2/6,3/6
SS SS
CCSRCH***J CKSSYB***K
CH
CCSSCH***J
F
B 1/6
1:12D
USB_DET
3:1D
AIN_MUTE
6:4C
AD_SW_A
6:4C
6
AD_SW_B
CDC 3G;6A;5:4A;5:8A
B 4/6 73
DDJ-T1 5
6
7
8
1
2
3
4
10.6 UCOM ASSY (5/6) V+3R3_D 4:3G;4:6A;4:7H;8A CDC
B 4/6
TP903
CDC_DSI
SS CH
NM SS R908
TP907
C
SS
22
SS
CDC_DSO
2
GND_D
3
CDC_SCLK
4
GND_D
5
CDC_DSI
R90
1
CDC_CS1
TP911 R91
40
TP912
41
TP913
6
R91
TP914
V+3R3_D
NM R91
CDC_DSO 7 8 C927
NM
10u 10V
C925
DCH1201-A
8
TP906
SS
SS
NM R905 22
SS
R907
CDC_INT1
CN2001
NM
SS
6
CDC_DSO 7 V+3R3_D
SS
R904
NM C931
D
CDC_DSI
CDC_SCLK
R903 22
CH
5
SS
4
GND_D
TP905
R906
NM C903
CDC_SCLK
SS
NM C902
3
CDC_CS2
CH
GND_D
TP910
TP904
SS
C901
2
CDC_INT2
R901 22 R902 22
1
CDC_CS2
CH
CN2101
CDC_INT2
CDC
39
CN902 AKM1294-A
10u 10V
CDC2 (RIGHT)
TP901
DCH1201-A
V+3R3_D CN901 AKM1294-A
A
TP908
42
43 TP909
TP902
G12
V+3R3_AD
TP917
V+5_D
TP918
V+3R3_D
GND_D
TP919
GND_D
B
PLAYER2-1 (RIGHT1)
C923
24
JOG2_2
23
TP933 TP934
GND_D 2 2 L_ENC2_2
21
L_ENC2_1
20
CN3502
4:6A JOG2_1
SS
4:6A JOG2_2
SS
TP920 TP921 C924
GND_D 1 9
R917 NM R918 NM
L_ENC2_2
4:11E L_ENC2_1
SS
TP929 DCH1201-A
GRID3
18
GRID2
17
TP931
GRID1
16
TP932
GRID0
15
V+5_D
14
V+5_D
13
R926 22 R927 22 R928 22 R929 22
TP930
SS
SS
SS
SS
SS
SS
SS
SS
GRID3
R932 NM R933 NM R934 NM R935 NM
GRID2 GRID1 GRID0
C926
AD_EFF2_3
4
TP925
AD_EFF2_2
3
TP926
AD_EFF2_1
2
D
1
AD_EFF2_3 SS
CN903 VKN1429-A
AD_EFF2_2
SS SS C907
GND_AD
R921 NM R922 NM R923 NM
AD_DRYWET2
AD_EFF2_1
SS
TP924
SS
NM
5
AD_FILTER2 SS
SS
GND_AD
R919 NM R920 NM
NM C910
TP923
B 4/6,6/6
AD_PITCH2_1
SS
CH
TP922
7
AD_DRYWET2 6
AD_PITCH2_2 SS
CH
AD_FILTER2
8
R925 NM R924 NM
SS
GND_AD
TP927
SS
9
NM C909
10
AD_PITCH2_1
TP928
NM C908
AD_PITCH2_2
UCOM_AD 4:11C;11C;6:4E;6:9B
DCH1201-A
CH
11
B 4/6,6/6 GRID 4:2G;11D;11F;4F;6:5A;6:5E
CH
V+3R3_AD
B 4/6
4:11E SS
GND_AD 1 2
I
C
R930 NM R931 NM
TP915
G9 TP916
G10 GND_D
PLAYER2-2 (RIGHT2)
GND_AD CN904
B 4/6
VKN1424-A
TP936 1
GND_D
2
GRID4
3
TP938
GRID5
4
TP939
GRID6
5
TP940
GRID7
6
4:2D JOG_TCH2
SS
GRID 4:2G;11D;11F;5D;6:5A;6:5E
TP937
GND_D 7
R937 22 R938 22 R939 22 R940 22
SS
SS
SS
SS
SS
SS
SS
SS
R952 NM R953 NM R954 NM R955 NM
GRID4
B 4/6,6/6
GRID5 GRID6 GRID7
TP948
KEY_IN5
8
TP949
KEY_IN6
9
TP950
KEY_IN7
10
TP951
KEY_IN8
11
R948 22 R949 22 R950 22 R951 22
KEY_IN5 SS
KEY_IN6
SS
KEY_IN7
SS
B 6/6
KEY_IN8
SS
11G;6:1G;6:4C;6:4F;6:5G KEY_IN
GND_D 1 2
TP946
LED_11
20
F
TP935
G11
B 5/6
LED_9
SS
LED_10
SS SS
LED_11
SS
19
LED_8 SS
NM
LED_10
R943 NM R944 NM R945 NM R946 NM
B 4/6,6/6 4:12D;4:2G;4:5H;4:8A;11H;6:4B LED_SEG
CH
TP945
SS
TP944
18
SS
17
LED_9
NM C914
LED_8
LED_7
SS
NM C913
TP943
LED_6 SS
CH
GND_D 1 6
R941 NM R942 NM
CH
15
SS
TP942
LED_7
NM C912
TP941
14
CH
GND_D 1 3 LED_6
C911
I
CN3503
E
R936 NM
JOG_TCH2
GND_D
74
DDJ-T1 1
2
3
CN3002
25
JOG2_1
DCH1201-A
H
V+3R3_D
4
5
V+3R3_D
CDC1 (LEFT)
SS
CDC_SCLK
SS
*RESISTORS Indicated in , unless otherwise noted. k
CDC_DSO
SS
R916 NM
NM
SS
*CAPACITORS Indicated in Capacity/ V oltage(V) unless otherwise noted. u
CDC_DSI
SS
22
NM
SS
42
UCOM ASSY (DWX3209)
A
NOTES F , p
5% tolerance k
pF
NM
is No Mount RS1/10SR***J
, M
M
SS
.
SQ D
CH
43
NM R913 22
SS
NM R915
C932
TP908
SS
R912
NM C906
10u 10 V
C927
TP914
R911 22
CH
TP913
R914
SS
41
B 4/6
8
CDC_CS1
SS
SS
TP912
SS
NM C905
40
B 5/6
4:3G;4:6A;4:7H;4A CDC
CH
TP911
7
CDC_INT1
R909 22 R910 22
C904
TP910
CH
39
DCH1201-A
6
RS1/16SS***J RS1/8SQ***J RS1/10SR****D, or RS1/16SS****D CKSRYB***K
CH
V+3R3_D
TP956
V+5_D
TP957 TP958 C928
TP959 TP960
C929
TP962 TP963
13
AD_PITCH1_2
12
TP965
GND_AD 1 1
E
V+5_D
10
V+5_D
9
TP966
GRID0
8
TP967
GRID1
7
TP968
GRID2
6
TP969
GRID3
5
GND_D
4
JOG1_2
3
JOG1_1
2
V+3R3_D
1
58
DCH1201-A
AD_FILTER1
SS
R963 NM
SS
R964 NM
SS
AD_PITCH1_1
B 4/6,6/6
AD_PITCH1_2
C
GRID 4:2G;11F;4F;5D;6:5A;6:5E
54
C930
AD_EFF1_1
SS
CL1
TP970 TP971
R965 22 R966 22 R967 22 R968 22
SS
SS
SS
SS
SS
SS
SS
SS
R971 NM R972 NM R973 NM R974 NM
GRID0 GRID1 GRID2 GRID3 4:6A
R969 NM R970 NM
JOG1_2
SS SS
57
CN905 VKN1429-A
4:6A
JOG1_1
SS
V+3R3_AD
TP964
AD_EFF1_3
SS
SS
14
SS
R960 NM R961 NM R962 NM
B 4/6,6/6
AD_EFF1_2
B 4/6
NM
53
GND_AD 1 5
AD_DRYWET1
SS
NM C918
AD_FILTER1 1 6
R958 NM R959 NM
C915
CN3002
H
TP961
DCH1201-A
AD_EFF1_1 1 7
AD_PITCH1_1
UCOM_AD 4:11C;5D;6:4E;6:9B
CH
GND_AD 1 9 AD_EFF1_3 1 8
L_ENC1_2
CH
AD_EFF1_2 2 0
4:8A
SS
SS
AD_DRYWET1 2 1
B 4/6
L_ENC1_1
SS
47
DCH1201-A
GND_AD 2 2
B
SS
GND_D 2 3
CCSSCH***J
4:8A
R956 NM R957 NM
NM C917
24
NM C916
L_ENC1_2
CCSRCH***J CKSSYB***K
CH
PLAYER1-1 (LEFT1)
CH
25
SS
CH
56 L_ENC1_1
55 46
TP955
D_D
SS
TP954
G12
V+3R3_AD
TP909
TP952
G13
D
TP953
G14 GND_D GND_AD
PLAYER1-2 (LEFT2)
TP977
GRID7
6
GND_D 7
TP985
KEY_IN1
8
TP986
KEY_IN2
9
TP987
KEY_IN3
10
TP988
KEY_IN4
11
GND_D 1 2
CL4
GND_D 1 3
TP978
LED_0
14
TP979
LED_1
15
GND_D 1 6
TP980
LED_2
17
TP981
LED_3
18
TP982
LED_4
19
TP983
LED_5
20
TP972
G15
R987 22 R988 22 R989 22 R990 22
SS
SS
SS
SS
SS
SS
SS
R991 NM R992 NM R993 NM R994 NM
GRID4 GRID5 GRID6 GRID7
E
KEY_IN1
SS
KEY_IN2
SS
KEY_IN3
SS
KEY_IN4
SS
44 R980 NM R981 NM R982 NM R983 NM R984 NM R985 NM
LED_0
SS
LED_1
SS
LED_2
SS
LED_3
SS
LED_4
SS SS
B 4/6,6/6 4G;6:1G;6:4C;6:4F;6:5G KEY_IN
LED_5
SS
5
SS
SS
GRID6
R976 22 R977 22 R978 22 R979 22
B 4/6,6/6
NM
TP976
F
4:12D;4:2G;4:5H;4:8A;4H;6:4B LED_SEG
CH
4
SS
GRID5
CL2
NM C922
TP975
4:2G;11D;4F;5D;6:5A;6:5E GRID
4:2D
NM C921
3
SS
CH
TP974
GRID4
B 4/6,6/6
JOG_TCH1
CH
GND_D 2
B 4/6 R975 NM
SS
CN3003
H
1
NM C920
TP973 JOG_TCH1
C919
59
TP989 CL6
CH
CN906 VKN1424-A
TP987 CL3
B 5/6
GND_D
75
DDJ-T1 5
6
7
8
1
2
3
4
10.7 UCOM ASSY (6/6) MIXER-2
V+5_D
34
24
TP1004
GRID7
23
TP1005
GRID2
22
TP1006
GRID6
21
36
GND_D 2 0 19
GRID1
18
TP1009
GIRD4
17
TP1010
GRID0
16
7
GND_D
SS
SS
SS
SS
SS
SS
R1023 NM R1019 NM R1022 NM R1018 NM
GRID5
CO
GRID1 GRID4 GRID0
R1009 22 R1010 22 R1011 22
LED_13 SS
LED_12
SS
B 4/6,5/6
LED_14
SS
4:12D;4:2G;4:5H;4:8A;5:11H;5:4H LED_SEG V+3R3_D
TP1014 KEY_IN10
R1012 NM R1049 TP1015 NM R1013 TP1016 NM R1014 NM
TP1020
6
TP1017
CUR_ENC1 5
TP1056
SS
G
B 5/6
KEY_IN12
SS
KEY_IN9
SS
5:11G;5:4G;1G;4F;5G KEY_IN
R1050
AD_SW_A
SS
SS
B4
CH
NM
B 4/6
CUR_ENC2
NM
C1008
SS
GND_D
CH
SS NM
CH
SS C 1 0 0 7 NM
C1006
CH
SS NM
CH
SS NM
SS C 1 0 0 5 NM
C1004
G16
CH
TP1001
SS C 1 0 0 3
AD_SW_B
NM
48
4:6H
CH
C1001
SS
C1002
C1013
49
R1016 22 R1017 22
4:2E
SS
4:6H
CH
TP1019
AD_SW_B 1
DCH1201-A
AD_SW_A 2
CUR_ENC1
R1051 10k
TP1018
4:2E
SS
10k
3
G
KEY_IN11
SS
CUR_ENC2 4 V+5_D
V+3
J
GND_D 1 1
KEY_IN9
R1005 22 R1006 22 R1007 22 R1008 22
SS
TP1013
12
8
SS
GRID6
0.01u/16
13
LED_14
9
SS
GRID2
SS
LED_12
KEY_IN12
SS
C1021
TP1012
KEY_IN11
SS
GRID7
C1020
14
10
SS
GRID3
TP1011
LED_13
KEY_IN10
SS
R1021 NM R1025 NM R1020 NM R1024 NM
0.01u/16
B
SS
TP1007 TP1008
GND_D 1 5
SS
SS
SS
31
GRID5
SS
10k
35
J
CN4002
32
R1001 22 R1002 22 R1003 22 R1004 22
R1048
37
TP1003
GRID3
SS
33
GND_D 2 5
10k
38
B 4/6,5/6 GRID 4:2G;5:11D;5:11F;5:4F;5:5D;5E
TP1002
CN4001
CN1001 VKN1429-A
R1015
A
C GND_D
CH FADER V+3R3_AD
CONTACT SIDE UP
B 4/6,5/6 TP1028
15
TP1031
AD_FADER_A 1 4
TP1032
TP1035
AD_CROSSF 9
SS
SS
SS
SS
ADP_ P_SW1_ P_SW2_ GN USB USB GN
GRID0
R1041 NM R1042 NM R1043 NM R1044 NM
V+4R7_
GN
GRID1
V+5_
GRID2 GRID3
TP1040
TP1030
KEY_IN13 SS
G17 G18
SS
TP1029
B 5/6
NM
R1040 22
1
CH
KEY_IN13
SS
SS
2
SS
NM C1012
GND_D
SS
CH
3
SS
SS
4
SS
GRID 4:2G;5:11D;5:11F;5:4F;5:5D;5A
R1036 TP1037 2 2 R1037 TP1038 2 2 R1038 TP1039 2 2 R1039 22
5
GRID3
B 4/6,5/6
AD_CROSSF
TP1036
6
GRID2
AD_FADER_C
SS
NM C1011
GRID1
SS
CH
GRID0
52
AD_FADER_D
SS
7
SS
R1033 NM R1034 NM R1035 NM
NM C1010
8
GND_D
GN
AD_FADER_B
O
TP1034
AD_FADER_C 1 0
GND_AD
SS
TP1033 DCH1201-A
AD_FADER_D 1 1
L
D
C1014
GND_AD 1 2
V+
AD_FADER_A
R1031 NM R1032 NM
C1009
CN4201
AD_FADER_B 1 3
V+
UCOM_AD 4:11C;5:11C;5:5D;9B
CH
V+3R3_AD
51
CN2501
CN1003 VKN1307-A
KEY_IN 5:11G;5:4G;1G;4C;5G
GND_D GND_AD
E
KEY Buffer
B 5/6
V+3R3_D
5:11G;5:4G;4C;4F;5G KEY_IN
SS
5:11G KEY_
C1101
B 5/
0.1u/16
IC1101 1
KEY_IN2 KEY_IN3 KEY_IN4 KEY_IN12 KEY_IN11 KEY_IN10
VCC
A1
OE2
A2
Y1
A3
Y2
2
KEY_IN9 KEY_IN1
20 OE1
C1102 NM C1103 NM C1104 NM C1105 NM C1106 NM C1107 NM C1108 NM C1109 NM
CH
SS
3
CH
SS
4
SS
5
SS
6
SS
7
SS
8
CH
SS
9
CH
SS
10
CH CH CH CH
19
A4 A5 A6 A7
5
4
16
6
3
15
7
2
14
8
1
13
5
4
12
6
3
11
7
2
8
1
Y3 Y4 Y5 Y6
A8
Y7
GND
Y8
KEY9
17
F TC74LCX541FK
B 6/6
100 R1109
18
KEY1 KEY2 KEY3 KEY4 KEY12 KEY11 KEY10
R1110 100
45
B 4/6 4:3G;4:5G;8H KEY
GND_D
76
DDJ-T1 1
2
3
4
5
6
7
B 6/6
8
UCOM ASSY (DWX3209)
A
MIXER-1 KN1004 CONTACT SIDE UP
CN4001
V+3R3_AD GND_AD
6 5
AD_1
4
J
GND_AD
C1017
7
AD_0
TP1023 DCH1201-A
2
AD_4
1
TP1024
SS
TP1025
SS SS
50
3
AD_3
4:11C;5:11C;5:5D;4E UCOM_AD
TP1022
8
AD_2
B 4/6,5/6
V+3R3_AD
CN1002 VKN1300-A
R1026 NM R1027 NM R1028 NM
AD_2
R1029 NM R1030 NM
AD_3
AD_0 AD_1
B
TP1026 TP1027
SS SS
AD_4
KN1003
TP1021
KN1006
G19 4:2E CUR_ENC1
4:2E CUR_ENC2
GND_AD
B 4/6
KN1004 VNF1109-A
KN1003 VNF1109-A
1
USB&POWER TP1041
TP1042 C1016
16
V+4R7_STB
4
TP1043
ADP_DET
5
TP1044
P_SW1_ADP 6
TP1045
8
USB_DP
9
29
C
B3
GND_D
NOTES
CL5
R1045 R1046 NM R1047 NM
TP1046
P_SW1_ADP
SS
4:10B
SS
4:10B
B 4/6
RS1/10SR***J SQ D
USB_DP
B 1/6
1:8H USB_DN
C1018
9
RS1/16SS***J RS1/8SQ***J RS1/10SR****D, or RS1/16SS****D CKSRYB***K
CH
30
13
is No Mount SS
P_SW2_USB
90ohm Differencial
GND_D 1 2 V+5_USB
4:2E
1:8H
TP1047
USB_DN 1 0 GND_D 1 1
NM
ADP_DET
SS
22
P_SW2_USB 7 GND_D
1
DCH1201-A
3
C1019 100u/16
2
GND_D
B2 CEVW101M16-TRB
1
V+5_D
C1015
V+5_D
20
B1
DCH1201-A
O
CN2501
CN1004 AKM1299-A
1
V+4R7_STB
V+5_D
DCH1201-A
TP1049
V+5_USB
KN1006 VNF1109-A
SS SS
TP1048
CCSSCH***J
*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u
G20
*RESISTORS Indicated in , unless otherwise noted. k
GND_D
D
CCSRCH***J CKSSYB***K
CH
F , p
5% tolerance k
, M
pF
M
.
KEY Buffer
E V+3R3_D
5:11G;5:4G;1G;4C;4F KEY_IN
SS C1110
B 5/6
0.1u/16
IC1102 1
KEY_IN6 KEY_IN5 KEY_IN13
VCC
A1
OE2
A2
Y1
A3
Y2
A4
Y3
A5
Y4
A6
Y5
A7
Y6
A8
Y7
GND
Y8
2
KEY_IN8 KEY_IN7
20 OE1
C1111 NM C1112 NM C1113 NM C1114 NM C1116 NM
CH CH CH CH CH
19
3
SS
4
SS
5
SS
6
SS
7
SS
100 R1111
18
8 9 10
KEY8
17
5
4
16
6
3
15
7
2
14
8
1
13
R1105 100
12
SS
KEY7 KEY6 KEY5 KEY13 4:3G;4:5G;4H KEY
11
B 4/6
F
TC74LCX541FK
B 6/6
GND_D
77
DDJ-T1 5
6
7
8
1
2
3
4
10.8 CDCB 1, CDCB 2, TCHB and JOGB ASSYS A
Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management. ACSHIELD AREA
C CDCB 1 ASSY (DWX3210) D CDCB 2 ASSY (DWX3224)
TOUCH CENSOR
R2012
CDC_INT CDC_CS
3
GND_CDC
4
CDC_SCLK
5
GND_CDC
6
CDC_DSI
7
CDC_DSO
8
V+3R3_CDC
0
13 SDO
R2013 R2015
0
SS DCH1201-A
10V
C2009
10u
NM
C H SS 100p
SS C2008
C2007
C H SS 100p
C H SS 100p C2005
C2004
0.1u/16
NM
SS
0
TP2020
R2003
C2006
12
1 2
0
C2001 0.01u/50 C2002
CN901/CN902
TP2019
TP2018
TP2017
TP2015
R2014
SS
B 5/6
VDRIVE
TP2016
19
20 CIN0
21
11
22
14 SDI
C2003
NM
R2001
AKM1279-A CN2001
0
15 SCLK
10
TP2014
R2011
22
C
V+3R3_CDC
R2004
17 INT 16 CS
VCC
GND1
TP2013 18 GPIO
25 GND2
CIN2
CIN1
22 CIN3 9
8
7
IC2001 AD7147ACPZ500RL7
BIAS
CIN12
1 CIN6 2 CIN7 3 CIN8 4 CIN9 5 CIN10 6 CIN11
ACSHIELD
CIN5
CIN4
24
B
23
CDC
GND_CDC
NM
GND_SHIELD ACSHIELD AREA
C CDCB 1 ASSY (DWX3210) D CDCB 2 ASSY (DWX3224)
TOUCH CENSOR
D
NOTES NM
is No Mount RS1/10SR***J SS
CDC TP2119
TP2118
TP2117
TP2115
R2113
CDC_INT CDC_CS
3
GND_CDC
4
CDC_SCLK
5
GND_CDC
6
R2115
0
CDC_DSI
7
SS
CDC_DSO
8
V+3R3_CDC
DCH1201-A
C2109
10u 10V
SS NM C2108
C H SS 100p C2107
C H SS 100p
C H SS 100p C2106
NM C2104
C2105
SS
0
TP2120
R2103
C2101
F
1 2
0
0
13 SDO
0.1u/16
C2103
NM
TP2116
R2114
SS
0.01u/50 C2102
GND_CDC
NM
C D
GND_SHIELD
78
DDJ-T1 1
2
3
4
CN901/CN902
VDRIVE
22
R2112
22
R2101
AKM1279-A CN2101
0
14 SDI
12
VCC
15 SCLK
R2111
CCSSCH***J
B 5/6
CS
CH
V+3R3_CDC
R2104
17 INT 16
11
TP2114
19
CIN0
20
21 CIN1
CIN2 GND1 10
BIAS 9
TP2113 18 GPIO
25 GND2
CIN3
22
23
7
IC2101 AD7147ACPZ500RL7
8
ACSHIELD
CIN5 CIN12
E
CIN4
24
SS
1 CIN6 2 CIN7 3 CIN8 4 CIN9 5 CIN10 6 CIN11
RS1/16SS***J CKSRYB***K
5
6
E
7
8
TCHB ASSY (DWS1433)
A
1
Q3301 LSC4081UB(QR)
0.1u
R3303
GND_D
10k
R3304
NM
NM
C3301
IC3301
C3302
2
D3301
GND_D
R3301
HSU119
3
4.7k
V+3R3_D JOG_TCH_1/2
R3302
CN3301 52151-0310
G
JH6001
V+3R3_D
GND_D
CN901/CN902
A
4
3
R3305
E
K
100
B
R3306 NM
GND_D
GND_D
NOTES NM
is No Mount RS1/10SR***J
B 5/6
C
2
C
GP1S094HCZ0F
100k
K
1
CKSRYB***K
C
F
JOGB ASSY (DWS1432) D
unt
Vf 1.52V
V+3R3_D
S***J
CN3201 PF04PG-B05
1
4
R3201
3
GNDD
1
3 4
0.01u
2
C3202
V+3R3_D
2.2u SQ
0 C3201
CN6002 CN901/CN902
G C
JOG1/2_1
2
VCC A B GND
VLED 5
C3203 6 GND1
0.01u
CN3201
E
GNDD
NOTES *CAPACITORS Indicated in Capacity/Voltage(V) F , p unless otherwise noted. u
B 5/6
K
JOG1/2_2
R3202
**K ***J
V+3R3_D
11.9mA PC3201 SEDS-7573
150 TP3205
R***J
*RESISTORS , 5% tolerance Indicated in unless otherwise noted. k k , M
pF
RS1/10SR***J CKSRYB or CKSYB
M
.
F
E F 79
DDJ-T1 5
6
7
8
1
2
3
4
10.9 LEDB ASSY A
R6001
R6048 : 180
D6001
D6024 : SLI-343U3R(HJKL)-TS
Q6005
Q6008 : LSA1576UB(QR)-TLB
Q6009
Q6014 : 2SC4154(EFG)-TLB
28.9mA
16
12
15
D6014
TP6045
14
TP6038
R6025
D6015
11
R6018
D6010
7
3 0.1u/16
C6003
Q6007
D6007
TP6032
R
R6028
R6022
R6011
TP6023
R
TP6024 R6074 0
R6019
10
GND_D
TP6029
R6029
D6011
2
TP6020
R6023
9
R6009
D6012
R6003
6
Q6003
R6012
D6005
TP6015
R6007
D6003
56k
R6067
R6061 22k
TP6011
R6062 390
0 0 R6055 R6056 R6054 0
TP6007 TP6008 TP6006
A.RED 28.9mA
R6015
GND_D
RT1N241M
8
A.RED 28.9mA
R6006 R6002
Q6002 RT1N241M
V+5_D
TP6049
R6079 0
TP6019
GRID1
TP6036
TP6026
D6002
56k
R6066
R6060 390
TP6014
C6002 0.1u/16
0 R6052
TP6010
0 R6053
TP6005 TP6004
C
V+5_D Q6006
R6059 22k
GND_D
R6032 R6031
R6017
A.RED 28.9mA
4
D6001
Q6001
RT1N241M
0 0 R6094 R6091
D6016
R6014
TP6033
D6008
R6001
0 R6087
R6021
R6016
A.RED
R6005
TP6042 TP6037 TP6044
R6077 0
0 R6072
TP6018
GRID0
TP6027
D6009
TP6022
R6073 0
TP6013
C6001 0.1u/16
Q6005
390 R6065
R6058
R6051 0
TP6003
B
TP6009
56k
GRID2
22k
R6057
V+5_D
TP6039
R6026
TP6046
LED_5/11
TP6048 TP6110 3.3k R6088
Q6011
DDJ-T1 2
3
4
R
Q601 2SC4154
GND_D 0 R6089
GND_D
G 1
22k R6090
2SC4154-11(EF)
R
0 0 R6093 R6092
TP6103 TP6047
F
80
13
TP6043
TP6113
22k
GND_D
0
TP6017
R6070
GND_D
LED_2/8
E
Q6010 2SC4154-11(EF)
R6082
22k
R6076 Q6009 2SC4154-11(EF)
22k R6071
3.3k R6069
R6027
LED_4/10
TP6031 3.3k TP6108
TP6107
R6078
GND_D
TP6041 TP6109 3.3k
0 0 R6086 R6085
RT1N241M
TP6104 TP6040
R6030
R6084
TP6105 TP6030
TP6035
0
TP6021 TP6106
R6024 R6020
R6083
TP6028
D6006
5
1
D6004
R6004
R6013 R6010
LED_1/7
TP6016
56k
R6068
0 R6008
D6013
R6075
0 0 R6081 R6080
Q6004
TP6025
TP6034
Q6008
R6063 22k
TP6012
R6064 390
0 0
TP6001
R6050
TP6002
R6049
V+5_D
D
C6004 0.1u/16
GRID3
5
6
7
8
G LEDB ASSY (DWS1434)
CN6001 VKN1279-A
LED_5/11
TP6076
LED_3/9
TP6077
LED_4/10
TP6078
19 18 17
TP6080
24
15
LED_0/6
TP6081
LED_1/7
TP6082
GRID2
TP6083
GRID3
TP6072
GRID0
TP6073
GRID1
TP6084
14 13 1 2 GND_D
A.RED 28.9mA
20
D6017
TP6065
A.RED 28.9mA
TP6053
R6041
D6021
LED_2/8
R6033
A.RED 28.9mA
16
D6016
R6037
TP6062
11 10 9 8
TP6085 R6046 R6042
R6034
TP6066
7
V+5_D
6
V+5_D
5
GND_D
23
TP6086 D6022
19
TP6054
D6018
15
D6014
R6038
C
4
TP6087
3
TP6088
2
TP6089
1
TP6052 R6098
B
CN3501
1 6 GND_D
R6045
I
TP6079
CN3001 or
TP6069
V+3R3_D
H
V+5_D
A
V+3R3_D
TP6057 TP6063 R6100 0
GND_D
18
TP6055
22
D6019
R6035
TP6067
D6023
R6047 R6043
D6015
14
R6039
V+3R3_D
51048-0300 JH6001
E
CN3301
0
TP6092 1
GND_D
2
JOG_TCH_1/2
3
V+3R3_D
TP6093 TP6058 TP6064 R6101 0
D6024
GND_D
2
V+3R3_D
22k
Q6014 2SC4154-11(EF)
TP6097
3
JOG1/2_1
TP6098
4
JOG1/2_2
CN3201
R6102
1
TP6096
GND_D GND_D TP6074 TP6099 TP6070 TP6090 R 6 1 1 5
R6107 0
0
R6109
GND_D
0
0
E
F
0 0 R6097 R6096
TP6095
TP6112 3.3k Q6013 2SC4154-11(EF)
GND_D
LED_3/9
KM200NA4L CN6002
TP6101
TP6060 TP6061 TP6059
22k
R6099
R6095
21
TP6068
0 0 0 R6106 R 6 1 0 5 R 6 1 0 4R 6 1 0 3
17
D6020
R6044
TP6111 3.3k
_
0 R6089
TP6056 TP6102
Q6012 2SC4154-11(EF)
GND_D
D
R6048
TP6051 TP6050
22k R6090
6088
0 0 R6093 R6092
TP6048 6110 k
R6040 R6036
LED_0/6
D6013
13 03 P6047
TP6094
0
R6111 R6113
GND_D
TP6075 TP6100 TP6071 TP6091 R6108 0
GND_D
0
0
0
0 R6116
R6110 R6114 R6112
GND_D
F
G 81
DDJ-T1 5
6
7
8
1
KEY_IN4
D3029
HSU119
KEY_IN3
D3025
HSU119
KEY_IN1
D3021
NM
C3040
Size
1
82
2
F
3
GRID7 0
Q3040 Q3041
GND_D
*CAPACITORS Indicated in Capacity/Voltage(V) F , p unless otherwise noted. u
*RESISTORS Indicated in , 5% tolerance k , M unless otherwise noted. k
M
LED_4
GND_D 22k R3073
R3029
2.7k
0
22k R3071 R3074 R3076 R3078
1.2k 4.7k 1.2k
SQ
22k R3075
GND_D Q3042
22k R3077
GND_D
pF
.
H
DDJ-T1
4 21.7mA
D3047
Cue 1
D3044
120 R3065
NM
R3093
220
R3061
100
R3086
R3057 120
R3085 100
120
R3055
AMBER
RED
D3052
104mA
GREEN
Play 1
11.8mA
AMBER
D3050
D3053
D3043
Move/Cue 1_2
21.7mA
1
D3038
Size
D3034
Master Tempo 1
47.7mA
AMBER
11.8mA
Advanced 1
D3049
D3010
D3037
Loop Out 1
Deck A
FWD 1
D3045
R3053 100
R3007 100
R3090 100
R3089 100
R3081 100
R3051 120
R3006 82
R3062 82
R3088 NM
R3080 100
R3043 120
R3064 100
R3009 100
100
63.4mA
AMBER
D3046
82
82 R3063
NM R3008
104mA
GREEN
47.7mA
AMBER
63.4mA
Loop In 1 AMBER
47.7mA
D3031
4.7k
R3039
R3033
390
D3013
HSU119
100 R3099
Q3046 2SB1197K(QR)
R3087
C3046 0.1u/16
R3098
R3060 220
120
R3056
R3082 100
R3054 120
R3048 220
R3083 100
EFX On 1_3 AMBER
NM
D3006
HSU119
D3002
DSG1089-A
Chain/Adv 1
4.7k R3032
D3051
D3048
D3009
D3036
47.7mA
AMBER
D3042
Loop Active 1
26mA
AMBER
390 R3031
4.7k
100 R3005
100 R3052
100 R3092
100 R3091
R3024 100
R3050 120
R3047 120
100
R3014
100
R3025
R3059 120
0
NM
4.7k R3030
C3015
S3010
DSG1089-A
CDC Func 1
NM
C3013
DSG1089-A S3003
R3042 120
100
NM
C3012
DeckA
R3058 D3041 R3023
Mode/Del 1
104mA
GREEN
Deck C
47.7mA
AMBER
Filter On 1
21.7mA
RED
D3030
CDC FUNC 1
47.7mA
EFX Sel 1_1 DSG1079-A S3012
R3038
D3012
HSU119
D3005
HSU119
D3001
HSU119
Effect On 1_2 AMBER
NM
C3016
S3011
DSG1089-A
Shift 1
NM
C3018
DSG1089-A S3004
DeckC
NM
C3019
S3013
3
AMBER
11.8mA
AMBER
Move/Cue 1_1
47.7mA
AMBER
1
D3040
Size
47.7mA
AMBER
D3039
220
R3028 0 SQ
LED_0
GND_D R3072
0
Q3039
R3015
GRID6
0
22k R3069
BDW 1
D3035
Q3047 2SB1197K(QR)
0
2.2k
R3017
R3070
R3066
Q3038
SQ
2.7k
R3016
R3068
0
GND_D
SQ
Q3033
R3018
RT1N241M
11.8mA
GRID7
AMBER
V+5_D
R3049
GND_D
Chained_1
GRID4 47.7mA
GRID6 R3044 120
GND_D
D3032
C3020
S3009
DSG1089-A
Q3031
47.7mA
Q3032
Dry/Wet On 1
V+5_D
AMBER
NM
0
SQ
Move/Cue 1
C3021
RT1N241M
R3084 100
RT1N241M
R3045 120
4.7k
R3040
4.7k R3034
D3011
HSU119
D3007
HSU119
GRID5
D3033
GRID5 4.7k
560 R3035
GRID3
R3041
4.7k R3036
C3028
NM
NM
C3027
NM
C3023
DSG1089-A S3005 R3067
GRID2
AMBER
D 560 R3037
D3026
HSU119
D3022
D3008
HSU119
NM
C3022
MASTER TEMPO 1
D3003
HSU119
GND_D
0
C3029
NM
DSG1079-A S3026
Loop In 1
NM
C3030
Loop Out 1
NM
C3026
DSG1079-A S3022 HSU119
D3018
DSG1089-A S3006
Tempo Range 1
NM
C3024
DSG1079-A S3001
EFX Sel 1_2
HSU119
V+5_D
Effect On 1_1
D3027
HSU119
D3023
HSU119
DSG1079-A S3023
1
D3004
EFX Sel 1_3 DSG1079-A S3002
Q3030
R3020
NM
C3031
Loop Active 1
D3019
HSU119
Size
NM
C3025
DSG1079-A S3018 HSU119
D3014
HSU119
RT1N241M
0
R3019
NM
C3033
DSG1117-A S3027
Play 1
NM
C3034
DSG1079-A S3024
Mode/Del 1
NM
C3035
DSG1079-A S3019
FWD 1
NM
C3032
Dry/Wet On 1 DSG1079-A S3014 HSU119
GRID4
LED_3
D3028
HSU119
D3024
HSU119
D3020
D3015
DSG1079-A S3015
EFX On 1_2
GRID1 0 R3046
LED_1
LED_2
BWD 1
NM
C3036
DSG1079-A S3020 HSU119
D3016
HSU119
2
LED_5
NM
C3037
DSG1117-A S3028
Cue 1
NM
C3038
DSG1079-A S3025
NM
C3039
DSG1079-A S3021
Filter On 1
HSU119
KEY_IN2
D3017
E DSG1079-A S3016
EFX On 1_1
C
HSU119
B
DSG1079-A S3017
Effect On 1_3
A
HSU119
1 4
10.10 CDJ1B ASSY
H CDJ1B ASSY (DWS1430)
GRID0 V+5_D
Q3045 2SB1197K(QR)
C3048 0.1u/16
R
R3
S
Q3035 2SB1197K(QR)
C3047 0.1u/16
C3049 0.1u/16
22k R3079
GND_D
D3030 D3048 D3051
Q3038
D3 D3 D3
R3027 0
Q3043
Q3
5
6
7
8
A V+5_D
V+3R3_D
V+3R3_AD
TEMPO SLIDER
1 2 4 3
VA3001 NM
0V
NM
VA3003
HSU119
D3059
HSU119
D3057
C3001
0.01u
0
50K
NM
C3004 VR3003 DCV1009-A
ADIN
GND_AD
NM VA3004
GNDS
82
GND_AD
Tempo Slider 0V
6
V+3R3_AD
63.4mA
JOG1_2
15
GND_D
14
V+5_D
13
V+5_D
12
GRID1
11
GRID0
10
GRID3
9
GRID2
8
GND_D
7
LED_1
6
LED_0
5
LED_2
4
GND_D
3
LED_4
2
LED_3
1
LED_5
B
V+3R3_D V+3R3_AD
V+5_D
CN3002 VKN1256-A
3.3V
D3030 D3048 D3051
C3045
D3047 : AMBER : SLI-343Y8Y(KLM)-TS : Vf 2.2V D3050 : GREEN : SLI-343M8G(GHJ)-TS : Vf 2.2V D3052 : RED : SLI-343U8R(HJK)-TS : Vf 2.2V
L_ENC1_2
3
GND_D
4
GND_AD
5
AD_DRYWET1
6
AD_EFF1_2
7
GND_AD
8
AD_EFF1_3
V+3R3_D
C3011
NM
100u/16
9
AD_EFF1_1
10
AD_FILTER1
11
GND_AD
12
AD_PITCH1_1
13
V+3R3_AD
14
AD_PITCH1_2
1 5 GND_AD 16
V+5_D
17
V+5_D
18
S3030 4
1
GRID0 GRID1 GRID2 GRID3
22
GND_D
23
JOG1_2
24
JOG1_1
25
V+3R3_D
NM
D
R3097 10k C3042
2 5
C3044
0.01u/50
3 3 5
21
R3096 10k
1
4
20
R3095 10k
120 R3065
AUTO LOOP_1
R3094 10k
19
C
CN905
C3008 0.01u/50
1
GND_AD
L_ENC1_1
2
2
3
C3051 0.1u/16
C3007 0.01u/50
FILTER1
VR3006 DCS1078-A
C3050 0.1u/16
3 2
1
0.1u/16
C3006 0.01u/50 VR3005 DCS1078-A
C3043
EFF1_1
3 2 1
EFF1_3
VR3004 DCS1078-A
C3017 0.1u/16 C3005 0.01u/50
3 2 1
EFF1_2
VR3002 DCS1078-A
3 2 1
VR3001 DCS1078-A
DRY/WET
R3064 100
104mA
C3003 0.01u/50
1
B 5/6
100 C3010 0.1u/16
6
D3050
R3009 100
JOG1_1
16
VKN1250-A CN3001
GND_D
0.1u/16 C3009
CENTER ADCT
1.65V
AMBER
GND_AD GND_F GND_AD GND_D
100
JOG_TCH_1
CN6001
NM
VA3002
0.01u
C3002
2.2k R3004
47.7mA
SQ
V+3R3_D
18 17
3.3V
R3001
19
G
D3058
HSU119
HSU119
2.2k
ADCT
0 100
R3025
D3056
SQ R3002
R3003
0.1u/16 C3014
2
21.7mA
0.01u/50
DSX1082-A
C3041
GND_AD
GND_D
GND_D
Q3043 : 2SC4154-11(EF)
GND_D
18
GRID4
17
GRID5
16 0
GRID7
4.7k
14
GND_D
4.7k
13
KEY_IN1
4.7k
12
KEY_IN2
4.7k
11
KEY_IN3
R3010
GND_D
R3011 R 3 0 2 2 SQ 0
R3012 R3013
GRID6
15
22k 079
10
SQ R3021 0
9
KEY_IN4 GND_D
8
GND_D
7
LED_0
6
LED_1
5
GND_D
4
LED_2
3
LED_3
2
LED_4
1
LED_5
CN906
R3026
Q3038
JOG_TCH_1
19
B 5/6
20 043
E
CN3003 VKN1251-A GND_D NOTES NM
is No Mount
F
RS1/10SR***J SQ RS1/8SQ***J CKSRYB***K
H
CEJQ***
83
DDJ-T1 5
6
7
8
F
1 D3529
HSU119
D3524
HSU119
84
2 Q3533 RT1N241M
GRID5
GND_D
GRID6 Q3538
22k R3577
GND_D
3 AMBER
22k R3576
R3566 Q3539 R3567 Q3540 R3568
2.7k 1.2k 2.2k
22k R3575 D3539
BWD 2
D3545
Q3541 R3569
2.7k
22k R3574
GRID7
GND_D GND_D GND_D
I
DDJ-T1
4
Q3542 R3570
2.7k
22k R3573
GND_D 104mA
GREEN
DECK D
47.7mA
AMBER
D3549
D3511
D3533
R3555
R3580
R3518
100
100
100
100
R3513 100
R3545 120
R3514 100
R3553 120
R3562 82
R3579 82
R3563 82 R3515 NM
R3517
EFX On 2_1
47.7mA
AMBER
63.4mA
AMBER
Loop In 2
63.4mA
D3546
GND_D
R3516 NM R3581 82
V+5_D
Loop Out 2
RT1N241M D3535
Advanced 2
D3550
D3553
RED
AMBER
104mA
GREEN
Deck B
47.7mA
D3548
D3513
D3530
EFX On 2_2
21.7mA
D3552
Master Tempo 2
11.8mA
AMBER
104mA
GREEN
Play 2
11.8mA
AMBER
R3527 100
R3554 100
R3578 100
R3520 100
R3519 100
100
R3512
R3542 120
R3556 120
R3549 220
R3564 100
R3582 100
R3526 100
GND_D
AMBER
AMBER
47.7mA
AMBER
D3532
Dry/Wet On 2
47.7mA
D3540
Size
2
D3551
CDC Func 2
21.7mA
RED
47.7mA
D3542
Loop Active 2
47.7mA
AMBER
2 D3538
Size
V+5_D
220
R3560
Q3531
D3543
4.7k
R3534
NM
C3510
DSG1089-A S3509
Shift 2
NM
C3514
RT1N241M
AMBER
Q3532
Move/Cue 2_2
4.7k
R3540
R3535 390
D3509
HSU119
D3512
HSU119
DSG1089-A S3511
Move/Cue 2
NM
C3518
D3510
R3508 100
R3544 120
R3509 100
R3557 120
R3546 120
R3510 100
R3559 120
R3511 100
R3552 120
4.7k
R3539
4.7k
AMBER
D3547
Cue 2
D3544
AMBER
D3537
FWD 2
D3534
D3531
47.7mA
AMBER
D3536
Filter 2
47.7mA
AMBER
NM
C3506
Tempo Range 2
D3501
D3502
HSU119
D3507
4.7k
R3538
560
R3531
R3507 100
R3550 120
R3506 100
R3543 120
R3505 100
R3551 120
R3548 220
R3565 120
R3521 NM
220
R3561
4.7k
R3530
NM
C3508
DSG1089-A S3502
Chain/Adv 2
NM
C3519
DSG1089-A S3507 HSU119
EFX On 2_3
47.7mA
AMBER
11.8mA
EFX Sel 2_1
NM
C3507
DSG1079-A S3501 HSU119
D3508
Deck B DSG1089-A S3508 HSU119
Move/Cue 2_1
Chained 2
21.7mA
AMBER
11.8mA
NM
C3513
DSG1089-A S3510
CDC FUNC 2
NM
C3512
DSG1089-A S3506
KEY LOCK 2
NM
C3511
DSG1079-A S3503
R3532
HSU119
D3506
HSU119
D3503
HSU119
R3533 560
NM
C3509
EFX Sel 2_2
D3505
V+5_D
100
R3558
4.7k
R3541
GRID7 4.7k
R3536
GRID4
390
R3537
NM
C3522
DSG1079-A S3524
Loop In 2
NM
C3516
D3504
HSU119
DSG1079-A S3504
EFX Sel 2_3
GRID5
D3541
D3527
HSU119
D3518
GRID6
Mode/Del 2
2
NM
C3517
DSG1079-A S3516 HSU119
Size
D3522
GRID3
GND_D
26mA
NM
C3534
DSG1117-A S3526
Cue 2
NM
C3528
DSG1079-A S3522
Mode/Del 2
NM
C3525
DSG1079-A S3520 HSU119
GRID2
3
LED_11
C3530 NM
NM
C3524
D3515
HSU119
NM
C3532
Loop Out 2
D3521
Q3530 RT1N241M
LED_10
D3526
HSU119
D3519
HSU119
DSG1079-A S3517
BWD 2
NM
C3523
DSG1079-A S3513
EFX On 2_1
NM
C3526
DSG1089-A S3505
DeckD HSU119
GRID1
LED_9
NM
C3529
DSG1117-A S3525
Play 2
NM
C3533
D3523
HSU119
DSG1079-A S3521
D3516
DSG1079-A S3519
Filter On 2
HSU119
GRID4
LED_8
D3528
HSU119
D3525
HSU119
2
DSG1079-A S3523
Size
NM
C3515
NM
C3527
Loop Active 2
D3520
EFX On 2_2 DSG1079-A S3514
2
LED_7
LED_6
KEY_IN8
KEY_IN7
KEY_IN6
D3514
HSU119
DSG1079-A S3512
Dry/Wet On 2
NM
HSU119
D
C3531
E FWD 2
B
DSG1079-A S3518
I
D3517
HSU119
A
DSG1079-A S3515
EFX On 2_3
C
KEY_IN5
HSU119
1 4
10.11 CDJ2B ASSY
CDJ2B ASSY (DWS1431)
GRID0 V+5_D
Q3544 2SB1197K(QR)
C3543 0.1u/16
C3544 0.1u/16 Q3545 2SB1197K(QR)
C3545 0.1u/16
Q3546 2SB1197K(QR)
0
Q3547 2SB1197K(QR)
1.2k
22k R3572
GND_D
1.6 3
C3546 0.1u/16
D3530 D3548 D3551
Q3543 R3571
Q3538
5
6
*CAPACITORS Indicated in Capacity/Voltage(V) F , p unless otherwise noted. u
7
8
NOTES
A
pF
*RESISTORS Indicated in , 5% tolerance , M unless otherwise noted. k k
NM
is No Mount RS1/10SR***J
M
. SQ RS1/8SQ***J CKSRYB***K CEJQ***
CN3501 VKN1250-A
R3606
NM VA3502
0
0
6
V+5_D
13
V+5_D
12
GRID1
11
GRID0
GRID2 GND_D
7
LED_7
6
LED_6
5
LED_8
4
GND_D
3
LED_10
2
LED_9
1
LED_11
3
4
2
GND_D
14
8
GND_F
GND_AD
GND_F
GND_AD
B
GND_D V+3R3_AD
V+3R3_D
CHASSIS EARTH POINT
100
JOG2_2
15
NM
GND_F
Tempo Slider 0V
JOG2_1
16
GRID3
GNDS
GND_AD
JOG_TCH_2
17
9
NM VA3501
NM VA3504
V+3R3_D
18
10
GND_D
0V
19
R3528
1
NM VA3503
D3559
HSU119
D3557
C3501
0.01u
HSU119
R3501
VR3503 DCV1009-A
ADIN
50K
GND_AD
0
0
3.3V NM
0.01u
C3502
2.2k R3503
0
R3605
ADCT
C3503
D3558
HSU119
HSU119
2.2k
D3556
R3502
47.7mA
AMBER
R3504
R3596
C3551 0.1u/16
CN6001
V+3R3_AD
TEMPO SLIDER
G
V+3R3_D
100
V+5_D
V+5_D
0
0 R3603
GND_AD
104mA
GREEN
NM
23
AD_EFF2_2
22
AD_EFF2_3
21
GND_AD
20
AD_DRYWET2
19
AD_FILTER2
18
GND_AD
17
AD_PITCH2_1
16
AD_PITCH2_2
15
V+3R3_AD
14
GND_AD
13
V+5_D
12
V+5_D
11
GRID0
10
GRID1
9
GRID2
8
GRID3
7
GND_D
6
L_ENC2_1
5
L_ENC2_2
4
GND_D
3
JOG2_2
2
JOG2_1
1
V+3R3_D
C3549
V+3R3_D C3540
R3523
10k
100u/16
R3524
AUTO LOOP_2 S3527 4
24
AD_EFF2_1
0.1u/16
D3547 : AMBER : SLI-343Y8Y(KLM)-TS : Vf 2.2V D3550 : GREEN : SLI-343M8G(GHJ)-TS : Vf 2.2V D3552 : RED : SLI-343U8R(HJK)-TS : Vf 2.2V R3522 10k
100 R3555
D3530 D3548 D3551
D3549
R3580
R3518
100
C3547
GND_AD
10k
1 4
C3505 0.01u/50
1 3 3
5
R3525 10k
2 5
2 C3548
DSX1082-A
NM
C3504 0.01u/50
C
CN903
R3602
25
B 5/6
0.1u/16 C3550
0.1u/16 C3542 0.01u/50 C3539
3 1
2
DCS1078-A VR3506
FILTER2
0.01u/50 C3538
0.1u/16 C3541
1
2
3
DCS1078-A VR3505
0.1u/16 C3552
CN3502 VKN1256-A
0.01u/50 C3537
DRY/WET_2
2
3 1
VR3504 DCS1078-A
0.1u/16 C3521
0.01u/50 C3536
EFF2_3
3 2
EFF2_2
1
VR3502 DCS1078-A
2 1
EFF2_1
3
100 VR3501 DCS1078-A
6
104mA
GREEN
0.1u/16 C3520
R3554 100
3.3V
D3548
R3578 100
CENTER ADCT
1.65V
0.01u/50 C3535
V+3R3_AD
D
GND_D GND_AD
Q3538
2k
R 3 6 0 0 SQ 0
Q3543 : 2SC4154-11(EF)
R3597
20
JOG_TCH_2
19
GND_D
18
GRID4
17
GRID5
16
GRID6
15
GRID7
14
GND_D
13
KEY_IN5
12
KEY_IN6
11
KEY_IN7
10
KEY_IN8
0
22k R3572
GND_D 4.7k R3584 4.7k R3585 4.7k R3586 4.7k R3587
9
GND_D
8
GND_D
7
LED_6
6
LED_7
5
GND_D
4
LED_8
3
LED_9
2
LED_10
1
LED_11
E
CN904
GND_D
B 5/6
Q3543 571
CN3503 VKN1251-A
F
GND_D
I 85
DDJ-T1 5
6
7
8
1
86
2
GND_D
HP CUE_C
Q4017
22k R4032
GND_D
3 SYNC_C
V+5_D
GND_D
Q4016
Q4008 RT1N241M
R4025
R4033
Q4018
R4041
2.7k
4.7k
4.7k
22k R4040
GND_D
Q4011
1
GND_AD
Q4012
FX2_B
MID_C 1
LOW_C
Q4013
1
FX1_D
J
DDJ-T1
4 C4058
1
0.01u
HI_C
C4059
AMBER 26mA
100
SLI-343Y8Y(KLM) D4041 R4043
100
FX2_A
0.01u
FX1_B
C4060
100
120
SLI-343Y8Y(KLM) D4030 R4035
AMBER 26mA
D4029
NM
D4028
120
R4034
NM R4056
120
100 R4026
AMBER 26mA
100
SLI-343Y8Y(KLM) D4040 R4042
RED 21.7mA
D4038
SLI-343U8R(HJK)
AMBER 47.7mA
SLI-343Y8Y(KLM) R4060
56k
R4017
R4002 390
22k
R4001
Q4019 : 2SC4154(EFG)-TLB
0.01u
100
100
SLI-343Y8Y(KLM) D4042 R4044
AMBER 26mA
D4037
SLI-343Y8Y(KLM) R4036
AMBER 26mA
120
R4028
100 R4027
2 C4020
1
Q6016 : LSA1576UB(QR)-TLB
0.01u
100
120
R4037
SLI-343Y8Y(KLM) D4043 R4045
AMBER 26mA
D4036
21.7mA
SLI-343U8R(HJK) NM R4057 RED
D4035
AMBER 47.7mA
SLI-343Y8Y(KLM) R4059
2
Q4009
Q4017
C4061
100
SYNC_A SLI-343Y8Y(KLM) D4044 R4046
AMBER 26mA
100
SLI-343Y8Y(KLM) D4034 R4038
MASTER_D
SLI-343Y8Y(KLM) D4045 R4047
AMBER 26mA
100
MASTER_C
SLI-343Y8Y(KLM) D4032 R4039
AMBER 26mA
HP CUE_D
SYNC_D
100
GND_D
AMBER 26mA
MASTER_B
SYNC_B
D4046
V+5_D 120
HP CUE_B
MASTER_A
100
Q4006 RT1N241M
NM
HP CUE_A
SLI-343Y8Y(KLM) R4048
GRID5 120
V+5_D
R4030
GND_D
100 D4031 R4029
V+5_D
SLI-343U8R(HJK) R4058
V+5_D
RED 21.7mA
GND_D
D4039
GRID3
SLI-343Y8Y(KLM) R4061
GND_D
AMBER 47.7mA
GRID1
120
V+5_D RED 21.7mA
GND_D
SLI-343U8R(HJK) NM R4055
Q4010
D4047
Q4007 RT1N241M
AMBER 26mA
GRID6
56k
22k
R4003
NM
C4014
1
DSG1079-A S4019
GND_D
SLI-343Y8Y(KLM) R4049
GRID6 56k
R4018
R4004 390
V+5_D
D4033
Q4005 RT1N241M 56k
22k
R4005
NM
D4020
HSU119
D4013
2
DSG1089-A S4013
NM
C4005
1
Q4001 RT1N241M
100 R4031
FX1_A
AMBER 47.7mA
GRID4
SLI-343Y8Y(KLM) R4062
Q4004 RT1N241M
56k
GRID3
56k
Q4003 RT1N241M
56k
R4006 560
2 C4021
1
DSG1079-A S4020
NM
HSU119
D4005
DSG1079-A S4005
3
22k R4050
NM C4077
GRID7
R4019
GRID2
AMBER 26mA
FX2_D 22k
R4007
NM
D4021
HSU119
2
C4015
1
DSG1089-A S4014
NM
HSU119
GRID0
LED_14
FX1_C R4020
R4008 390
2
C4022
1
DSG1079-A S4021
D4014
2
C4006
1
DSG1079-A S4006
2
LED_13
GRID7 22k
NM
D4022
HSU119
NM
HSU119
D4006
HSU119
Q4002 RT1N241M
56k
GRID4
R4021
FX1_D
R4009
2
C4023
1
DSG1079-A S4022
FX2_B
22k
R4010 560
NM
D4023
HSU119
2
C4011
1
DSG1089-A S4011
GRID2
R4022
GRID5
R4011
2
C4024
1
DSG1079-A S4023
NM
D4011
HSU119
FX1_B
R4023
R4012 390
D4024
HSU119
2
C4018
1
DSG1089-A S4017
NM
C4007
2
FX2_A
22k
R4013
NM
C4025
2
D4018
HSU119
D4007
1
DSG1089-A S4007
GRID1
1k
R4014
D4025
1
DSG1079-A S4024
NM
C4016
2
NM
HSU119
GRID0
22k
R4015
NM
C4026
HSU119
D4016
1
DSG1089-A S4015
2
C4008
1
DSG1079-A S4008
A
R4024
R4016 1k
NM
D4026
FX2_C
LED_12
LOAD_D
C4027
VIEW 2
SYNC_C
1
DSG1079-A S4025
SYNC_A
D4027
HSU119
NM
C4017
HSU119
MASTER_D
2
D4017
2
D4008
HSU119
SYNC_D
1
NM
1
DSG1089-A S4016
NM
C4009
2
SYNC_B
DSG1079-A S4026
D4015
HSU119
D4009
1
MASTER_A
KEY_IN12
FAVORITES
HSU119
LOAD_C
NM
C4013
HP CUE_C
C4019
HSU119
MASTER_C
2
NM
HSU119
NM
DSG1089-A S4009
HP CUE_D
1
2
C4010
1
2
C4001
1
DSG1089-A S4001
MASTER_B
DSG1089-A S4018
D4010
NM
DSG1079-A S4010
D4001
HSU119
HP CUE_B
D4019
HSU119
NM
HSU119
2
C4002
1
DSG1079-A S4002
HP CUE_A
KEY_IN11
LOAD_B
C4012
TREE
2
NM
D4002
HSU119
LOAD_A
1
2
C4003
1
DSG1089-A S4003
C
D4012
HSU119
NM
DSG1079-A S4012
D4003
HSU119
B
KEY_IN10
KEY_IN9
F
C4004
2
E
1
DSG1089-A S4004
D
D4004
HSU119
1 4
10.12 DJMB ASSY V+5_D
Q4009
GAIN_C V+3R3_AD
3
GAIN_A
VR4001 DCS1117-A VR4005 DCS1117-A
V
2 3 1 2
GND_AD
C4033
0.1u
VR4002 DCS1078-A
3
HI_A
C4034
0.1u
VR4003 DCS1078-A
3
MID_A
C4035
0.1u
VR4004 DCS1078-A
LOW_A
GND_AD
C4036
0.1u
FX1_A
Q4014
GND_D
GND_D
3
GND_AD C4037
V+3R3_AD
0.1u
VR4006 DCS1078-A
2 1 2 3
V+3R3_AD
GND_AD 0.1u
C4038
VR4007 DCS1078-A
V+3
2 1 2 3
GND_AD
GND_AD 0.1u
C4039
V+3R3_AD VR4008 DCS1078-A
V+3R
2 1 2 3
GND_AD C4040
0.1u
V+3R3_A
1
2
3
0Y
IC4001 VCC
2Y 2X
16
Y_COM 1X
15
4
5
6
3Y X_COM
14
1Y 0X
13
7 INH 3X
12
8 VEE A
11
GND B
10
9
TC74HC4052AF
FX2_C C4030
0.1u
Q4015
GND_AD
FX1_C
FX2_D
Q4019
E 1
S4027
3
D
COM 2
4
A
YSD5019-A
5
B
5
6
7
8
J
GAIN_A
GAIN_B
V+3R3_AD
1
V+3R3_AD
VR4009 DCS1117-A
VR4005 DCS1117-A
1
3
V+3R3_AD VR4017 DCS1117-A
VR4013 DCS1117-A
3
1
1
3
2
2
A
MAIN
GAIN_D
V+3R3_AD
DJMB ASSY (DWX3211)
3 2
2
B
C4049
0.1u
0.1u
GND_AD
GND_AD
GND_AD
VR4006 DCS1078-A
HI_A
1
HI_B
1
3
HI_D
C4038
V+3R3_AD
3
1
3
MID_B
1
C4046
0.1u
0.1u
MID_D
1
AD_2
5
AD_0
4
AD_1
3
GND_AD
2
AD_3
1
AD_4
CN4001 VKN1239-A
C4050
GND_AD
0.1u
3
2
2
GND_AD
6
V+3R3_AD
VR4015 DCS1078-A
3
3
V+3R3_AD
7
2
GND_AD
V+3R3_AD
VR4011 DCS1078-A
1
3
VR4018 DCS1116-A
2
C4042
GND_AD
V+3R3_AD VR4007 DCS1078-A
8
HP_MIX
VR4014 DCS1078-A
2
GND_AD 0.1u
1
V+3R3_AD
VR4010 DCS1078-A
2
MID_A
GND_AD
V+3R3_AD
V+3R3_AD
CN1002
C4045
0.1u
B 6/6
C4041
0.1u
47u/16 C4028
V+3R3_AD C4037
HP_VOL
2
V+3R3_AD
GND_AD
C4039
C4043
C4047
0.1u
0.1u
0.1u
V+3R3_AD VR4008 DCS1078-A
LOW_A
1
LOW_B
3
1
3
1
V+3R3_AD
V+3R3_AD VR4012 DCS1078-A
LOW_D
GND_AD
VR4019 DCS1117-A
GND_AD
GND_AD
VR4016 DCS1078-A
1
C
3 2
3
C4051
0.1u 2
2
2
GND_AD C4044
C4048
0.1u
0.1u
GND_AD
GND_AD
IC4001
2X
Y_COM
1X
15
3
14
4
13 3Y
X_COM
1Y
0X
INH
3X
5
12 11
6 7
0.01u
C4062
C4066
0.01u
0.01u
C4063
C4067
0.01u
0.01u
C4064
C4068
0.01u
0.01u
C4065
C4069
2Y
2X
Y_COM
1X
15
3
14
4
GND_AD 0.1u
0.1u
C4053
C4052
B
TC74HC4052AF
0.01u
0.01u
C4070
C4074
0.01u
0.01u
C4071
C4075
1
3Y
X_COM
1Y
0X
INH
3X
5
11
0.01u
0.01u
1X
15
C4072
C4076
13 1Y
0X
INH
3X
11
7
10 VEE
A
GND
B
8
B
GND_AD
9
GRID3 GRID7 GRID2
TC74HC4052AF
GRID6
C4032
GND_AD GND_AD
GRID1
0.1u
GND_AD
GRID5 0.1u
GND_AD
0.1u
0.1u C4057
0.1u
C4056
C4031 C4030
GRID4 GRID0
GND_AD
GND_AD
D VKN1256-A CN4002
12
6
C4073
V+5_D
14 X_COM
5
9 GND
Y_COM 4
A
TC74HC4052AF
2X
3
0.01u
10
8
VCC
2Y
3Y
12
6
16 0Y
2
13
VEE 9
GND
VCC
2
A
8
16 0Y
7
10 VEE
IC4003
IC4002 1
0.1u
2Y
2
0.01u
0.1u
VCC
C4055
16 0Y
C4054
1
V+3R3_AD
V+3R3_AD
V+3R3_AD
1
GND_D
2
GRID3
3
GRID7
4
GRID2
5
GRID6
6
GND_D
7
GRID5
8
GRID1
9
GRID4
1 0 GRID0 1 1 GND_D
LED_13
1 2 LED_13
LED_12
1 3 LED_12
LED_14
1 4 LED_14 1 5 GND_D
KEY_IN10
CN1001
0.1u
B 6/6
C4040
GND_AD
E
1 6 KEY_IN10
KEY_IN11
R4051
4.7k
KEY_IN12
R4052
4.7k
KEY_IN9
R4053 R4054
1 7 KEY_IN11 4.7k
1 8 KEY_IN12 1 9 KEY_IN9
4.7k 2 0 GND_D 2 1 CUR_ENC1 2 2 CUR_ENC2 2 3 V+5_D 2 4 AD_SW_A
47u/16 C4029
2 5 AD_SW_B
S4027 E 1
3
D
COM 2
4
A
5
B
*CAPACITORS Indicated in Capacity/Voltage(V) F , p unless otherwise noted. u *RESISTORS Indicated in , 5% tolerance , M unless otherwise noted. k k
C4078 NM
NM C4077
YSD5019-A
GND_D
NOTES pF NM M
is No Mount RS1/10SR***J
.
F
CKSRYB***K CEJQ***
J
GND_D
87
DDJ-T1 5
6
7
8
1
2
3
4
10.13 MICB ASSY A
K MICB ASSY (DWX3215)
47u/16 C4609
B
NM C4610
V-6
R4603 100k
(D)
10k R4602
NM
C4617
LA
IC4601
3
C4614 1
8 C4608
2
330p CH
V+6
10u/35
3
NM
C4607
2
VR4601 DCS1111-A
C4611 47u/16
GND_A
C
4
C4605
(D) C4615
0.01u
NM
C4603
CH
1
GND_P
NJM4565MD
C4604 10u/35
R4601 2.2k
R4608 0
560p
2 3
R4607 0
C4602
DKN1614-A JA4601
1
GND_P
GND3
C4616
0.1u C4601
2
CH
GND2
4
C4620
GND4
100p/50
1000p C4618
CH
D
100p
GND_A
GND_A
CH
1000p C4619
(D)
C4606 100u/16
GND1
68K 1.1k
VNE1948-A KN4601 3 1
(D)
EZJZ1V270RM VA4601
R4604
NM R4605
GND_F
GND_P
CH
GND_A
E
*CA I u *RE
F
K 88
DDJ-T1 1
2
3
4
5
6
7
8
A
B KM200NA6 CN4601 1 2
V-6
6
3
8
C4612 5
10u/35
GND_A
GND_P
4
MIC_IN
NJM4565MD
5
GND_A
GND_P GND_A
V-6
6
MIC/AUX_DET
100k
R4606
1
IC4601
4
V+6
3
7
2
VR4601 DCS1111-A
V-6
B 2/6
V+6
CN303
V+6
C
MIC/AUX SELECT 0.01u C4613
D 1
GND_A
2
3
S4601 DSH1025-A
NOTES NM
is No Mount RS1/10SR***J
*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u F , p
E
(D) RS1/10SR****D pF CKSRYB***K
*RESISTORS , 5% tolerance Indicated in k , M unless otherwise noted. k
CH M
CCSRCH***J
. LA
CFTLA***J CEJQ***
F
K 89
DDJ-T1 5
6
7
8
1
2
3
4
10.14 CHFD, CRFD and HPJK ASSYS A
L
CHFD ASSY (DWX3212)
KM2 C
V+3R3_AD C4201 100u/16
CH FADER_B
CH FADER_C
GN
C4206
CH FADER_D
0.1u
CN301
CH FADER_A
C4207
2 3
4
5 6 HSU119 D4201
1
2 3
4
5 6
V+3R3_AD
1
2 3
4
5 6
HSU119 D4202 HSU119
C4202
D4203
C4203
0.01u
GND_AD 0.01u
HSU119 D4204 HSU119
0.1u
V+3R3_AD VR4204 DCV1024-A
VR4203 DCV1024-A
C4208
0.1u
1
2 3
C4209 C4210
4
5 6
0.1u 0.1u
D4210 HSU119
C4204
D4211
GND_AD 0.01u
GND_AD CH FADER 0V
UP
C
GRID_0 GRID_0
GRID_1
R4201
3.3V
2
3
S4201 ASH1039-A
DOWN
D4208
1
HSU119
GRID_2 NM
GRID_3
R4205
15
V+3R3_AD
14
AD_FADER_A
13
AD_FADER_B
12
GND_AD
11
AD_FADER_D
10
AD_FADER_C
9
AD_CROSSF
8
GND_AD
7
GND_D
6
GRID_0
5
GRID_1
4
GRID_2
3
GRID_3
2
GND_D
1
KEY_IN13
CN4201 VKN1246-A
4.7k
1
2
HSU119
NM
3
D4205
GRID_1 R4202
GND_D
KM200NA3L CN4202
S4202 ASH1039-A
FADER START_B GRID_2
2
3
S4203 ASH1039-A
1
GND_AD
2
AD_CROSSF
3
V+3R3_AD
GND_AD D4206
1
HSU119
R4203 NM
G
KEY_IN13
FADER START_A
D
G
D4212 HSU119
C4205
GND_AD 0.01u
GN
GND_AD
HSU119
D4209
B 2/6
1
VR4202 DCV1024-A
CN1003
B
V+3R3_AD
V+3R3_AD
B 6/6
VR4201 DCV1024-A
FADER START_C E
GRID_3
NOTES
C KM20
R4204
2
3
S4204 ASH1039-A
CKSRYB***K CEJQ***
1
FADER START_D
V+3 AD_C KEY_IN13
NM
RS1/10SR***J
D4207
is No Mount HSU119
NM
G
GND_D *CAPACITORS Indicated in Capacity/Voltage(V) F , p unless otherwise noted. u
F
*RESISTORS , 5% tolerance Indicated in , M unless otherwise noted. k k
L 90
pF
M
.
DDJ-T1 1
2
3
4
5
6
7
8
N HPJK ASSY (DWX3216)
A
V+6 47u/16 C4803
V-6
7
GND_P
8
V+6
9
NJM4556AD V-6
27 R4808
13 R4811
1k 1k INC2002AC1 INC2002AC1 Q4801 Q4803
C4809
6
C4807 100u/10
HP JACK
GND_AH
V-6
100u/10 C4814
GND_AH GND_P
1/4W
1/4W
R4809
R4814
27
13
V+6 100u/10
7
NJM4556AD
GND_AH V-6
1k INC2002AC1 Q4804
Q4802 INC2002AC1
CKS4124-A 2 JA4802 3 1
GND_AH C
mini JACK
GND_AH
GND_P
VA4801 KN4801 VNE1948-A
NOTES NM
JA4801 DKN1622-A
R4812
1k
C4806 47u/16
B 6/6
R4810
C4808
IC4801
C4805 NM
100k
R4804
4
5
R4802
CN1003
8
0
2.7k
C4801 47u/16
R4806
6
B
3 2 1
GND_AH
GND_AH
C4810
5
4 IC4801
C4816
HP_R GND_P
3
0 R4801
1/4W R4813
0.047u
4
1/4W R4807
0.047u
3
2
0.047u
HP_L GND_AH
C4802 47u/16
C4815
2
0.047u
GND_AH
C4813 100u/10
NM C4804 8 1 GND_P
R4805
1
100k
MUTE
2.7k
V+6
R4803
B 2/6
CN301
KM200NA9 CN4801
3
GND4
C4811
1
GND3
GND1
is No Mount RS1/10SR***J
EZJZ1V270RM
4
2 GND2
1/4W
0.01u NM C4812
RS1/4SA***J CKSRYB***K
VA4802 NM
CEHAR***
GND_AH
GND_F
D CROSS FADER
M CRFD ASSY (DWX3213)
LEFT
RIGHT
3.3V
0V
V+3R3_AD
3
3
2
D4301
V+3R3_AD
HSU119
E
CN4301 KM200NA3L
1
HSU119
D4302
0.01u/50
VR4301 DCV1023-A C4301
0.1u
GND_AD 1
C4302
AD_CROSSF 2
GND_AD F
M N 91
DDJ-T1 5
6
7
8
1
2
3
4
10.15 USBB ASSY USB JACK
V+USB5
L2506
1
2
2
USB_DN
3
4
4 RT2
CH
1000p/50
1
C2523
1
RT1
C2525 0.1u/16
DKN1237-A
JA2502
C2503 0.01u/50
BTX1042-A L2503 C2507 10u/35
A
3 USB_DP
DTH1197-A
GND_D
USB BUS POWER 4.75V 5.2 Rating
NM
NM
L2505
R2502
NM VA2503
BTX1042-A L2504
GND_D2 KN4601
GND_D
3
1
GND3
GND1
FGND
2
4
GND2
DC JACK With plug detection
RB160M-30
D2507
RB160M-30
D2505
C2508
47u/25
NP
C2502
C2529
47u/25
C
AC ADAPTOR 4.75V Ratings
0
R 2 5 1 0 1/4W
GND_D
0
R 2 5 3 2 1/4W
RB160M-30-TRB VF:0.2 0.3V Lead length0.45mm Height 0.8mm
VARISTOR withstand voltage 16V
POWER SW (SLIDE SW)
0.1u/16
C2505
0.01u C2506
VA2502 EZJZ1V270RM
EZJZ1V270RM
C2504
0.01u
VA2501
ADP_PLUG
0.01u/50
C2528 CH 1000p/50
DKN1523-A
JA2501
GND_D
V+ADP5
4 1 3 2
GND4
VNE1948-A
NP
B
5
3216 ICP STANDBY
GND_D
D
D2504
Iz:5mA UDZS5R6(B)
R2527
LSA1576UB(QRS)
Ib:150uA 2.2k
Q2507
C2501 0.01u/50
100k
220
1 2 3
ASG1100-A
R2506
4
V+4R7_STB
R2501
100k
R2533
C2535 0.01u/50
6
5
S2502 V+5_USB
TRANSISTOR withstand voltage
50V
At an abnormal voltage
Overvoltage detection About 6.5V
ON
POWER ON: HI POWER OFF: LOW
Q2515 RT1N141M-11
Q2512 RT1N141M-11
GND_D
GND_D
4.2V_RESET_IC
V+ADP5 R2540
USE Digital transistor That is OFF Voltage
IC2501
NM 1
5 OUT
2 NM
C2536
NM
C2537
NC
GND_D
Ib:300uA
At UCOM ASSY 4.7k PULL-UP 3.3V V+4R7_STB
GND_D
V+4R7_S
Q2510 RT1N141M-11
10k
WITH PLUG (4.0 V and over) : ON (0 V) WITHOUT PLUG (4.0 V and less) : OFF (3.3 V)
R2513
R2528
ADP_DET
Q2506 2SC4154-11(EF)
R2531
10k
2.2k
270
4 VSS
WITH PLUG 1.4V WITHOUT PLUG Low
ADP_PLUG Iz:5mA
3
R2507
E
VDD
ADP PLUG Detection
NM S-80942CNMC-G9C-TRB D2515
UDZS3R6(B)
V+ADP5
0.8V
Q2505 NM
CD
NOTES NM
Q2509 RT1N141M-11
is No Mount
Q2513 RT1N141M-11
RS1/10SR***J
GND_D
SQ
USB5VSW_ON : HI USB5VSW_OFF : LOW
RS1/8SQ***J CKSRYB***K
F
*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u F , p
CH
NP *RESISTORS , 5% tolerance Indicated in , M unless otherwise noted. k k
O
ZL M
CCSRCH***J
P_SW1_ADP
CEJQ***
pF
.
92
P_SW2_USB
CEJQNP*** CEHAZL***
UCOM control
DDJ-T1 1
2
ADP5V ADP5V
3
4
5
6
7
8
O USBB ASSY (DWX3222)
A
FET Relay
1 D1
0.47u
Q2524
C2519
D4 6
4
D3 5
S
22k
G 3
R2521
2 D2
C2516
RTQ040P02 HSU119
D2513
Q2531 RT1N141M-11
GND_D
C2520
Q2525 G 3
10k R2523
HSU119
0.22u
D4 6 1 D1
4
D3 5
S
RTQ040P02
10u 10V
C2517 D2514
Q2526 RT1P141M 10k
R2536
HSU119
D2512
4.7k
C
RT1N141M-11 Q2521
10k
Q2528 RT1N141M-11
GND_D
D
GND_D
V+4R7_STB
V+5_USB
2
CN2501 KM200NA13L
L2507 BTX1042-A L2508
13
V+5_USB
12
GND_D
11
GND_D2
CN1004
V+5_D
BTX1042-A 1 0 USB_DN
USB_DN
7
USB_DP
9
ADP_DET
6
C2534 1u/16
C2522 1u/16
C2521 1u/16
NM C2518
120u/10 C 2 5 0 9 ZL
10k
R2513
Q2514 RT1N141M-11
120u/10 C 2 5 3 3 ZL
5
V+4R7_STB
41M-11
3
USB_DP
8
GND_D2
7
P_SW2_USB
6
P_SW1_ADP
5
ADP_DET
4
V+4R7_STB
3
GND_D
2
V+5_D
1
V+5_D
E
B 6/6
R2516
RT1P141M Q2519
R2535 270
R2534 270
C2515
0.01u
RTQ040P02 G 3 R2518
RT1P141M Q2517
10k R2520
4
D3 5 2 D2
S
D4 6
Q2523
V+4R7_STB
POWER ON: HI POWER OFF: LOW
RT1P141M Q2527
2 D2
ADP 5V SW
Max
1 D1
2000mA
10u 10V
Q2529 RT1P141M 10k
R2539
HSU119
D2511
RT1N141M-11 Q2520
GND_D
5.25V
B
10k
R2515
RT1P141M Q2518
R2538 270
R2537 270
C2514
0.01u
RTQ040P02 G 3
4.7k R2517
RT1P141M Q2516
10k R2519
4 S
D3 5
D4 6
RT1P141M Q2530
Q2522 1 D1
V+4R7_STB
AC ADAPTOR 4.75V Ratings
V+5_D
USB 5V SW
500mA Typ
2 D2
USB BUS POWER 4.75V 5.25V Rating
GND_D2
8 GND_D
Q2513 RT1N141M-11
GND_D
W
ADP5VSW_ON : HI ADP5VSW_OFF : LOW F
P_SW1_ADP
O 93
DDJ-T1 5
6
7
8
1
2
3
4
3
4
10.16 VOLTAGES A
• Power supply system Name
Normal Voltage Level
V+USB5
4.75 to 5.25 V
USBB Assy
V+ADP5
4.75 to 5.25 V
USBB Assy
V+5_USB
4.75 to 5.25 V
USBB Assy UCOM Assy
V+3R3_USB
3.2 to 3.4 V
UCOM Assy
V+4R7_STB
5.15 to 4.5 V
USBB Assy UCOM Assy
V+3R3_UCOM
3.2 to 3.4 V
UCOM Assy
B
V+5_D
4.5 to 5.15 V
V+3R3_D
3.2 to 3.4 V
C
V+3R3_AD
3.2 to 3.4 V
USBB Assy UCOM Assy CDJ1/2B Assy LEDB Assy DJMB Assy UCOM Assy CDJ1/2B Assy CDCB1/2 Assy LEDB Assy TCHB Assy JOGB Assy UCOM Assy CDJ1/2B Assy DJMB Assy CHFD Assy CRFD Assy
5.8 to 6.2 V
UCOM Assy MICB Assy JACB Assy HPJK Assy
V-6
-5.8 to -6.2 V
UCOM Assy MICB Assy JACB Assy HPJK Assy
V+5_A
4.9 to 5.1 V
UCOM Assy
V+6
D
Relations Assy
E
F
94
DDJ-T1 1
2
5
6
7
8
10.17 WAVEFORMS A
Measuring equipment: Oscilloscope (Tektronix TDS3054) Probe (Tektronix P6139A/P5050; Input Capacitance: 8 to 11.1 [pF], Input Impedance: 10 M[Ω]) The display voltage value of the oscilloscope is a reference value. The voltage value changes by the filter of the oscilloscope and a difference of the measuring function and a probe. NOTE: The following waveforms were measured at the point of the corresponding balloon number in the schematic diagram.
O USBB ASSY
B UCOM ASSY
Power bus power
Power control
USB UCOM start up
Mode: POWER ON (BUS POWER)
Mode: POWER ON (BUS POWER)
Mode: POWER ON
1
JA2502 - pin 1 (V+USB5) V: 5.0 V/div. H: 40 μS/div.
3
CN2501 - pin 4 (V+4R7_STB) V: 5.0 V/div. H: 100 mS/div.
9
2
CN2501 - pin 13 (V+5_USB) V: 5.0 V/div. H: 40 μS/div.
6
CN2501 - pin 6 (P_SW1_ADP) V: 5.0 V/div. H: 100 mS/div.
10
TP101/IC104 - pin 5 (V+3R3_USB) V: 2.0 V/div. H: 100 mS/div.
3
CN2501 - pin 4 (V+4R7_STB) V: 5.0 V/div. H: 40 μS/div.
7
CN2501 - pin 7 (P_SW2_USB) V: 2.0 V/div. H: 100 mS/div.
11
Q201 - pin 3 (USB_DET) V: 2.0 V/div. H: 100 mS/div.
4
CN2501 - pin 5 (ADP_DET) V: 2.0 V/div. H: 40 μS/div.
8
CN2501 - pin 1 (V+5D) V: 5.0 V/div. H: 100 mS/div.
12
IC202 - pin 10 (USB_RST) V: 2.0 V/div. H: 100 mS/div.
1
3
9
2
6
10
3
7
11
4
8
12
TP1049/CN1004 - pin 13 (V+5_USB) V: 5.0 V/div. H: 100 mS/div.
C
AC adapter
Power control
USB UCOM X’tal
Mode: POWER ON (AC ADAPTER)
Mode: POWER ON (AC ADAPTER)
Mode: POWER ON
4
JA2501 - pin 1 (V+ADP5) V: 5.0 V/div. H: 100 μS/div.
3
CN2501 - pin 4 (V+4R7_STB) V: 5.0 V/div. H: 100 mS/div.
2
CN2501 - pin 13 (V+5_USB) V: 5.0 V/div. H: 100 μS/div.
6
CN2501 - pin 6 (P_SW1_ADP) V: 5.0 V/div. H: 100 mS/div.
3
CN2501 - pin 4 (V+4R7_STB) V: 5.0 V/div. H: 100 μS/div.
7
CN2501 - pin 7 (P_SW2_USB) V: 2.0 V/div. H: 100 mS/div.
5
CN2501 - pin 5 (ADP_DET) V: 2.0 V/div. H: 100 μS/div.
8
CN2501 - pin 1 (V+5D) V: 5.0 V/div. H: 100 mS/div.
4
3
2
6
3
7
5
8
B
13
IC202 - pin 51 (XTALI) V: 1.0 V/div. H: 20 mS/div.
D
13
I2C USB UCOM EEPROM Mode: POWER ON
12
IC202 - pin 10 (USB_RST) V: 2.0 V/div. H: 1 mS/div.
14
TP210/IC201 - pin 6 (EEP_SCL) V: 2.0 V/div. H: 1 mS/div.
15
TP211/IC201 - pin 5 (EEP_SDA) V: 2.0 V/div. H: 1 mS/div.
E
12 14 15 F
95
DDJ-T1 5
6
7
8
1
A
2
3
4
B UCOM ASSY MAIN UCOM start up
Abnormal voltage detection
USB DP/DN (1)
Mode: POWER ON
Mode: POWER ON
Mode: IDLING
16
TP1043/CN1004 - pin 4 (V+4R7_STB) V: 5.0 V/div. H: 4 mS/div.
17
TP102/IC105 - pin 5 (V+3R3_UCOM) V: 5.0 V/div. H: 40 mS/div.
29
IC202 - pin 7 (USB_DP) V: 5.0 V/div. H: 400 μS/div.
17
TP102/IC105 - pin 5 (V+3R3_UCOM) V: 5.0 V/div. H: 4 mS/div.
24
TP106/IC102 - pin 5 (V+3R3_D) V: 5.0 V/div. H: 40 mS/div.
30
IC202 - pin 8 (USB_DN) V: 5.0 V/div. H: 400 μS/div.
18
IC106 - pin 1 (MAIN_RST) V: 5.0 V/div. H: 4 mS/div.
20
CN1004 - pin 1 (V+5_D) V: 5.0 V/div. H: 40 mS/div.
19
IC701 - pin 20 (XIN) V: 5.0 V/div. H: 4 mS/div.
25
TP103/IC701 - pin 23 (FAULT_DET) V: 2.0 V/div. H: 40 mS/div.
B
24
17
20
18
C
29
17
16
19
25
30
AUDIO power supply
Abnormal voltage detection
USB DP/DN (2)
Mode: POWER ON
Mode: POWER ON, TRIGGER: CH1, 2 V
Mode: IDLING
20
CN1004 - pin 1 (V+5_D) V: 5.0 V/div. H: 20 mS/div.
21
CN501 - pin 2 (V+6) V: 5.0 V/div. H: 40 mS/div.
29
IC202 - pin 7 (USB_DP) V: 5.0 V/div. H: 400 nS/div.
21
CN501 - pin 2 (V+6) V: 5.0 V/div. H: 20 mS/div.
23
TP104/IC103 - pin 5 (V+5_A) V: 2.0 V/div. H: 40 mS/div.
30
IC202 - pin 8 (USB_DN) V: 5.0 V/div. H: 400 nS/div.
22
CN501 - pin 3 (V-6) V: 5.0 V/div. H: 20 mS/div.
25
TP103/IC701 - pin 23 (FAULT_DET) V: 2.0 V/div. H: 40 mS/div.
23
TP104/IC103 - pin 5 (V+5_A) V: 5.0 V/div. H: 20 mS/div.
20
29
21
21 22
23
23
25
30
DIGITAL power supply
USB UCOM I2S
GRID control 1
Mode: POWER ON
Mode: IDLING
Mode: IDLING
D
20
CN1004 - pin 1 (V+5_D) V: 2.0 V/div. H: 40 mS/div.
24
TP106/IC102 - pin 5 (V+3R3_D) V: 2.0 V/div. H: 40 mS/div.
26
IC202 - pin 44 (MCLK) V: 2.0 V/div. H: 20 μS/div.
31
TP1010/CN1001 - pin 16 (GRID0) V: 5.0 V/div. H: 200 μS/div.
27
IC202 - pin 34 (BCLK) V: 5.0 V/div. H: 20 μS/div.
32
TP1008/CN1001 - pin 18 (GRID1) V: 5.0 V/div. H: 200 μS/div.
28
IC202 - pin 35 (LRCK) V: 5.0 V/div. H: 20 μS/div.
33
TP1005/CN1001 - pin 22 (GRID2) V: 5.0 V/div. H: 200 μS/div.
34
TP1003/CN1001 - pin 24 (GRID3) V: 5.0 V/div. H: 200 μS/div.
E
31 26
32
27
33
28
34
20
24
F
96
DDJ-T1 1
2
3
4
5
B
6
7
8
A
UCOM ASSY
GRID control 2
KEY operation 1 (PLAYER1 PLAY)
Volume operation 2 (MIXER GAIN A)(1)
Mode: IDLING
Mode: PLAY KEY
Mode: MIXER GAIN A VOL operation
35
TP1009/CN1001 - pin 17 (GRID4) V: 5.0 V/div. H: 200 μS/div.
37
TP1006/CN1001 - pin 21 (GRID6) V: 2.0 V/div. H: 200 μS/div.
46
TP954/CN905 - pin 13 (V+3R3_AD) V: 2.0 V/div. H: 2.0 mS/div.
36
TP1007/CN1001 - pin 19 (GRID5) V: 5.0 V/div. H: 200 μS/div.
44
TP988/CN908 - pin 11 (KEY_IN4) V: 2.0 V/div. H: 200 μS/div.
48
TP1018/CN1001 - pin 2 (AD_SW_A) V: 2.0 V/div. H: 2.0 mS/div.
37
TP1006/CN1001 - pin 21 (GRID6) V: 5.0 V/div. H: 200 μS/div.
45
IC1101 - pin 14 (KEY4) V: 2.0 V/div. H: 200 μS/div.
49
TP1019/CN1001 - pin 1 (AD_SW_B) V: 2.0 V/div. H: 2.0 mS/div.
38
TP1004/CN1001 - pin 23 (GRID7) V: 5.0 V/div. H: 200 μS/div.
50
TP1024/CN1002 - pin 5 (AD_0) V: 2.0 V/div. H: 2.0 mS/div.
46
B
35 37
36
48
37
44
38
45
50
CDC IC control 1
KEY operation 2 (PLAYER1 SHIFT)
Volume operation 2 (MIXER GAIN A)(2)
Mode: IDLING
Mode: SHIFT KEY
Mode: MIXER GAIN A VOL operation
49
39
CN902 - pin 1 (CDC_INT1) V: 2.0 V/div. H: 2.0 mS/div.
32
TP1008/CN1001 - pin 18 (GRID1) V: 2.0 V/div. H: 400 μS/div.
46
TP954/CN905 - pin 13 (V+3R3_AD) V: 2.0 V/div. H: 100 mS/div.
40
CN902 - pin 2 (CDC_CS1) V: 2.0 V/div. H: 2.0 mS/div.
44
TP988/CN906 - pin 11 (KEY_IN4) V: 2.0 V/div. H: 400 μS/div.
48
TP1018/CN1001 - pin 2 (AD_SW_A) V: 2.0 V/div. H: 100 mS/div.
41
CN902 - pin 4 (CDC_SCLK) V: 2.0 V/div. H: 2.0 mS/div.
45
IC1101 - pin 14 (KEY4) V: 2.0 V/div. H: 400 μS/div.
49
TP1019/CN1001 - pin 1 (AD_SW_B) V: 2.0 V/div. H: 100 mS/div.
50
TP1024/CN1002 - pin 5 (AD_0) V: 2.0 V/div. H: 100 mS/div.
46
39
32
40 41
CDC IC control 2 Mode: IDLING
41 42 43
C
CN902 - pin 4 (CDC_SCLK) V: 2.0 V/div. H: 4.0 μS/div. CN902 - pin 6 (CDC_DSI) V: 2.0 V/div. H: 4.0 μS/div. CN902 - pin 7 (CDC_DSO) V: 2.0 V/div. H: 4.0 μS/div.
48
44
49
45
50
Volume operation 1 (PLAYER1 DRY/WET)
CH FADER operation (CH A)
Mode: PLAYER1 DRY/WET VOL operation
46
TP954/CN905 - pin 13 (V+3R3_AD) V: 2.0 V/div. H: 40 mS/div.
51
TP1031/CN1003 - pin 14 (AD_FADER_A) V: 2.0 V/div. H: 40 mS/div.
D
Mode: MIXER CH A FADER operation
46
TP954/CN905 - pin 13 (V+3R3_AD) V: 2.0 V/div. H: 200 mS/div.
47
TP959/CN905 - pin 21 (AD_DRYWET1) V: 1.0 V/div. H: 200 mS/div.
E
46
46
41 42
51
43
47
F
97
DDJ-T1 5
6
7
8
1
A
B
2
3
4
B UCOM ASSY CROSS FADER operation
JOG rotation operation
Output MUTE cancel
Mode: MIXER CROSS FADER operation
Mode: JOG TOUCH & Release operation
Mode: POWER ON
46
TP954/CN905 - pin 13 (V+3R3_AD) V: 2.0 V/div. H: 40 mS/div.
57
TP106/IC102 - pin 5 (V+3R3_D) V: 2.0 V/div. H: 40 mS/div.
52
TP1035/CN1003 - pin 9 (AD_CROSSF) V: 2.0 V/div. H: 40 mS/div.
58
TP973/CN906 - pin 1 (JOG_TCH1) V: 1.0 V/div. H: 40 mS/div.
46
57
63
IC701 - pin 70 (A_MUTE) V: 2.0 V/div. H: 2.0 S/div.
3
CN2501 - pin 4 (V+4R7_STB) V: 2.0 V/div. H: 2.0 S/div.
64
TP505/CN501 - pin 1 (MUTE) V: 2.0 V/div. H: 2.0 S/div.
63 3
C
64
52
58
PITCH FADER operation (PLAYER1)
ADC reset cancel
Input MUTE cancel
Mode: PLAYER1 PITCH FADER operation
Mode: POWER ON
Mode: POWER ON
46
TP954/CN905 - pin 13 (V+3R3_AD) V: 2.0 V/div. H: 40 mS/div.
23
TP104/IC103 - pin 5 (V+5_A) V: 5.0 V/div. H: 100 μS/div.
65
IC701 - pin 76 (AIN_MUTE) V: 2.0 V/div. H: 40 mS/div.
53
TP964/CN905 - pin 14 (AD_PITCH2_1) V: 1.0 V/div. H: 40 mS/div.
60
IC303 - pin 7 (VD) V: 5.0 V/div. H: 100 μS/div.
23
TP104/CN103 - pin 5 (V+5_A) V: 2.0 V/div. H: 40 mS/div.
54
TP965/CN905 - pin 12 (AD_PITCH2_2) V: 2.0 V/div. H: 40 mS/div.
26
IC202 - pin 44 (MCLK) V: 2.0 V/div. H: 100 μS/div.
66
R523/R528 (ADC_MUTE) V: 2.0 V/div. H: 40 mS/div.
61
IC701 - pin 98 (ADC_RST) V: 5.0 V/div. H: 100 μS/div.
23
46
60
65
53 26 D
23
54 61
66
ROTARY ENCODER(PLAYER) operation
DAC reset cancel
MIC
Mode: PLAYER1 AUTO LOOP operation
Mode: POWER ON
Mode: AUX 1 kHz input, at SW MIC selection
55
TP957/CN905 - pin 25 (L_ENC1_1) V: 2.0 V/div. H: 20 mS/div.
56
TP958/CN905 - pin 24 (L_ENC1_2) V: 2.0 V/div. H: 20 mS/div.
23
TP104/IC103 - pin 5 (V+5_A) V: 5.0 V/div. H: 40 nS/div.
67
TP317/CN303 - pin 4 (MIC_IN) V: 1.0 V/div. H: 1.0 mS/div.
26
IC202 - pin 44 (MCLK) V: 5.0 V/div. H: 40 nS/div.
68
IC303 - pin 2 (AINL) V: 5.0 V/div. H: 1.0 mS/div.
62
IC701 - pin 99 (DAC_RST) V: 2.0 V/div. H: 40 nS/div.
69
TP316/CN303 - pin 6 (MIC_AUX_DET) V: 2.0 V/div. H: 1.0 mS/div.
70
IC701 - pin 71 (AUX_MIC_SEL) V: 2.0 V/div. H: 1.0 mS/div.
E
23
55
67 68
26
69
56 62
70
F
98
DDJ-T1 1
2
3
4
5
B
6
7
8
A
UCOM ASSY
AUX
DAC I2S (1)
HEADPHONE
Mode: AUX 1 kHz input, at SW AUX selection
Mode: 1 kHz playback, at MASTER output
Mode: 1 kHz playback, at HEADPHONE output
71
TP311/CN302 - pin 4 (AUX_R_IN) V: 500 mV/div. H: 1.0 mS/div.
74
IC506 - pin 11 (AOUTL) V: 2.0 V/div. H: 1.0 μS/div.
78
TP306/CN301 - pin 3 (HP_L) V: 2.0 V/div. H: 400 μS/div.
72
IC303 - pin 1 (AINR) V: 5.0 V/div. H: 1.0 mS/div.
27
IC202 - pin 34 (BCLK) V: 2.0 V/div. H: 1.0 μS/div.
79
TP305/CN301 - pin 5 (HP_R) V: 2.0 V/div. H: 400 μS/div.
69
TP316/CN303 - pin 6 (MIC_AUX_DET) V: 2.0 V/div. H: 1.0 mS/div.
75
IC202 - pin 36 (MASTER_DATA) V: 2.0 V/div. H: 1.0 μS/div.
70
IC701 - pin 71 (AUX_MIC_SEL) V: 2.0 V/div. H: 1.0 mS/div.
B
71
74
72
78
27
69
79
70
75
ADC I2S (1)
DAC I2S (2)
DAC control
Mode: AUX 1 kHz input, at SW AUX selection
Mode: 1 kHz playback, at MASTER output
Mode: POWER ON
68
IC303 - pin 2 (AINL) V: 2.0 V/div. H: 1.0 μS/div.
74
IC506 - pin 11 (AOUTL) V: 2.0 V/div. H: 400 μS/div.
80
IC304 - pin 6 (DAC_CS1) V: 2.0 V/div. H: 10 μS/div.
27
IC202 - pin 34 (BCLK) V: 2.0 V/div. H: 1.0 μS/div.
27
IC202 - pin 34 (BCLK) V: 2.0 V/div. H: 400 μS/div.
81
IC304 - pin 7 (DAC_CCLK) V: 2.0 V/div. H: 10 μS/div.
73
TP302/IC202 - pin 39 (MIC_AUX_DATA) V: 2.0 V/div. H: 1.0 μS/div.
75
IC202 - pin 36 (MASTER_DATA) V: 2.0 V/div. H: 400 μS/div.
82
IC304 - pin 8 (DAC_CDTI) V: 2.0 V/div. H: 10 μS/div.
68
74
C
80
27
27
81
73
75
82
ADC I2S (2)
MASTER OUT
Mode: AUX 1 kHz input, at SW AUX selection
Mode: 1 kHz playback, at MASTER output
D
68
IC303 - pin 2 (AINL) V: 2.0 V/div. H: 400 μS/div.
76
TP503/CN501 - pin 5 (MASTER_L) V: 2.0 V/div. H: 400 μS/div.
A JACB ASSY
27
IC202 - pin 34 (BCLK) V: 2.0 V/div. H: 400 μS/div.
77
TP508/CN501 - pin 9 (MASTER_R) V: 2.0 V/div. H: 400 μS/div.
MASTER OUT1
73
TP302/IC202 - pin 39 (MIC_AUX_DATA) V: 2.0 V/div. H: 400 μS/div.
Mode: 1 kHz playback, at MASTER output
68
83
TP503/CN501 - pin 5 (MASTER_L) V: 5.0 V/div. H: 400 μS/div.
84
JA4402 - pin 3 (MASTER1_L+) V: 5.0 V/div. H: 400 μS/div.
85
JA4402 - pin 2 (MASTER1_L-) V: 5.0 V/div. H: 400 μS/div.
E
76 27 77
73
83 84 85 F
99
DDJ-T1 5
6
7
8
CN4403 1
GND_AM J4412
J4419 V-6M 5
J4407
J4417
GND_PM
C4421
GND_PM
J4423
V-6M J4415 J4418
GND_PM
J4429
C4408
C4431
V+6M J4409
J4422 V+6A
J4425
J4405 GND_PA
V+6M
J4432 GND_PM C4443
C4406
C4430
9.MASTER_R 8.GND_AM 7.GND_AM 6.GND_AM 5.MASTER_L 4.GND_PM 3.V-6 2.V+6 1.MUTE
C4416
C4410 J4421
4
3
JP501 C4445
C4438
GND_PM C4446
V+6M C4407
J4427 C4420
GND_AM J4420 C4414
J4431 C4415
GND_PA
1
C4441
1
J4439
J4438
CN4402 1.V-6A 2.V+6A 3.GND_PA 4.AUX_IN_R 5.GND_AA 6.AUX_IN_L 7.GND_AA
C4418 GND_AA
DDJ-T1
100
J4414 C4442
GND_AM
GND_AA C4412
J4434
C4413
5
CN4401
CN4402
(DNP2635-C)
CN501
B
CN302
B
CN4401
CN4402
5
1
5
1
V-6A
VR4401
2
C4448
1
J4436
1
E
J4426
J4437
JA4401
GND_AM KN4401
CN4403
JACB DWX32145
J4430
B
B D
J4408
J4411
JA4403
C
J4433
JA4402
J4416
1
C4449
1
SIDE A SIDE A A
4 3 2 1
11. PCB CONNECTION DIAGRAM 11.1 JACB ASSY
A JACB ASSY
JA4404
F
A
CHECK
C4440
J4413 C4439 C4444
GND_AM
C4447
9 1
1
7
CN4402 R4408
1
ADD SOLDER
5
R4405
GND_AA
CN4403 R4401 C4402
R4406 R4403
C4458 C4401 VA4403
Q4410
R4471 Q4404 Q4403 R4449
R4459 C4452
ADD SOLDER
VA4401 C4460 C4459
R4460 C4453
GND_AM R4451 R4452
R4436 R4435
C4429
R4433
C4450
R4457
VA4404 C4462 C4461
L4401
Q4407 R4434 R4450
R4439
R4463 R4464
Q4402 R4440 R4445 R4447
R4437
Q4409
R4438 R4446
E
C4405 R4402 C4403
C4404
C4411
R4472
R4429
1
R4473
Q4405 R4453 R4455
R4441
R4442
R4468 R4432
ADD SOLDER
R4443 Q4406
R4444 R4456
C4457
C4456
[[ G ]] C7 LF VA4402
Q4412 R4462 C4455 L4404
JACB ADD SOLDER DWX3214-
R4448 Q4411 R4458 R4461 C4451 C4454 L4402 L4403
Q4408 R4454
R4467
R4474
R4428 IC4403 C4428 R4420 R4425 R4427 C4436 R4431
R4426 R4417 C4426
R4410 R4430 R4409
E
GND_AA
C4409 V-6A R4407 R4404
IC4401
V+6M
GND_AM
C4427 C4437
E
4.AUX_IN_R
R4411
GND_PA
GND_PM C4435
GND_PM 5
C4422 C4432IC4405
V-6M 1
R4419
GND_AM
R4418
6
3.GND_PA 2.V+6A 1.V-6A
GND_AM IC4402
5
7.GND_AA 6.AUX_IN_L 5.GND_AA
C4417
5
V+6A C4419
C4434
V-6M IC4404 GND_PM
R4414 R4413 C4423 R4422 R4415 R4421
1
C4433
V+6M GND_PM
C4425 R4424 R4416 R4423 C4424
E
9.MASTER_R 8.GND_AM 7.GND_AM 6.GND_AM 5.MASTER_L 4.GND_PM 3.V-6 2.V+6 1.MUTE
CN4401 GND_PA
E
CN4403
E
7
1
CN4401 CN4402
V+6M GND_PM
5
Q4401
R4412
E
E
GND_AM E
6
E
5 E
E
5 7 8
SIDE B SIDE B A
A JACB ASSY Q4406
Q4412
Q4405
Q4411
DDJ-T1
8
B
Q4408
Q4402
Q4407 IC4403 Q4401
Q4409 Q4403
C
Q4410
Q4404
IC4405
D
IC4401
IC4404
IC4402
E
(DNP2635-C)
F
A
101
1
2
3
4
11.2 UCOM ASSY
JP501
C1021
C131 C132 C130
R125 R126 R124
R207 R206
R1016
C1020
R127 R146 R145
C135 R130 R131 R129 Q105
5
C520 C519 C513 R512
C121 R133 IC103
IC304 C554
8 1
5
10 16 15
R136
8
IC506 1615
C515
1
C336 C335 C317 R311
R810 R720 C703
C1008 R1001 R1002 R1003 R1004 C1005 C1004 R1005 R1006 R1007 R1008 C1001 R1009 R1010 R1011 R1012 R1049 R1013 R1014 R1050 R1015 R1048 R1051
IC1102
10
R514 R502
R504 C502
R508 C505
R821
C1110
C1111 C1112 C1113 C1114 C1116
R723 R722
C719 R782 C707
R721
R725 R732
R1019 C1003 C1002 R1022 R1018
R324 R302
16
8
C312
1
R R R R
C318 R312
R310 1
C314 C313
IC303
R333 R334 R335 R308
10
C746 C745 R743 R742
C742 C741 R871 R870
R329
C304 R347 C306
C343
7
C344 1
1
C330 5
R526 R527 E Q501 Q502 Q509 E R325 R326 E C329 Q301 1.V-6 2.V+6 E 3.GND_P R340 4.MIC_IN 5.GND_A 6.MIC_AUX_DET R1030 R1029
R319
C328 R524 R525 CN303 6
CN303
K
CN4402 3
R1028 R1027
C345
1
GND_AD
C315 R305 D302 R307
1
C311
C310
IC702
LF [[ G ]] A30C5
C1017 1
5
R1026 8
V+3R3_AD CONTACT SID UP CN1002
CN1002
J
CN4601
DDJ-T1 2
R128
E
D101 C510
R327 R338
R501 R513
E E
C316 C331
C303
R322
R306
5
CN302
1
5 8
R752
A B C
0 1 2 3 4 5 6 7 8 9
15
KN1003
R301
20
1
1
1
D301 D303
R344
10
Production Code
5
CONTACT SIDE CN904
L102
1
5
R111 C108
1
C117 5
C127
R337 C320
R503 C501
R1021 R1025 C1007 C1006 R1020 R1024 R1023
0 1 0 1 2 3 0 1
1615
R728 R729 C708 R751 R787 R788
5
IC302 R304 R323
5
R719 R718
A
C348 C326 Q503 R528 Q504 R523 C327 C349
R346
GND_D
D
C
R309
C305
1.V-6 2.V+6 3.GND_P 4.AUX_R_IN 5.GND_AA 6.AUX_L_IN 7.GND_AA
C319
C325 R507 C504
C926
20 25 1 5 10
C506 Q508 R506 R530 D502
1
C301 C347 R342
A
R332 R331 R330
C341
UCOM DWX3209-
R303
C308
1
R515 R516
B
R343 R341 C302 C346 IC301
R1
C134 C123 C145 C128
1
15
R339 R328
R336 C321
CONTACT SIDE CN903 1 5 10 15
10 20 25
10
C507
R906 C338
R907
R908
8 C511 1
R936 R937 C914 R952 R938 C913 R953 R939 C912 R954 R940 C911 R955
D
F-DET
1
1
Q507
R935 R934 C908 C909 R933 R932
C907 R929 R928 R927 R926 C910 R918 R917 R931 R930
R948 R949 R950 C309 R951 R941 R942 C307
1
R517
D
R122
10
10
R529 D501
D
R123
R345 C332
R505 C503
GND_D
R943 R944 R945 R946
C333
E
R315 C340 C323 R314 R320 D304 Q302
R121
R139
C334
C324
C133
5
20
C146
9.MASTER_R 6-8.GND_AM 5.MASTER_L 4.GND_P 3.V-6 2.V+6 1.MUTE L501
E
Q581 Q582
E
9 1 CN901
CN901 CN903
R321 D305 Q303 C322 R313 R316 C342
C924
I
5
Q103 Q106 Q104
R522
1
A 102
D
L504 R317
R318
IC305
V+3R3_AD
V+5_D
E
1
CN904
R143
1 CN301
CN301
CN4801 CN2101
D
D702 D701
GND_AD
C517 C514
1
CN3502
C508 R509
R923 R922 R921 R920 R919 R924 R925
I
E
E
1.CDC_INT2 2.CDC_CS2 3.GND_D 4.CDC_SCLK 5.GND_D 6.CDC_DSI 7.CDC_DSO 8.V+3R3_D
A
B
E
5
1
1 C10
1
E
C
R510
C337
5
V+5_D
E
5
C925
10
1
1
R904 C902 R905 C901
15
5V_A V-6 JP501
C516
R901 C931 R902 R903 IC501 C903
10
20
1
9
L503
Q583 E
20
C102 R142
R520 R521
CN302
B
R112 R113 R114 C109 C142 IC101 C143 C105 C144 5 10 10 L101 C106 R101 R141 Q101 C101 15
1
C509
E Q506
V+3R3_D
F
2020
R109 R106 R107 C149 R108 R105 R103 C103 C104 R518 R102 R104 R511 R519
C923
E
C110
L502
Q505
D
C114
C113 R116 R115 C150
E
N
9
5
5
1.MUTE 2.GND_AH 3.HP_L 4.GND_AH 5.HP_R 6.GND-P 7.V-6 8.GND-P 9.V+6
E
C
CN3503
1
1
1
B
9 CN501
CN4002
CN1001
V+6 25 GND_DD6 5+V_D 25 C115 CONTACT C140 SIDE C141 CN1001 C139 C111 Q102 GND_D
C112 R110
CN501
J
CN4403
R135 D102
B UCOM ASSY
A
CN4401
1
A
1
SIDE A A
4
CN4001
5
O
CN4002
CN1001
1 C1013
CN1004
V+5_D
L
IC102
C137
CN902
CN2001
CN902
C 3.3V_UCOM
1
C107 C120
1
15 15
10 CN701
10
GND_D
CN3003
CN906
20 10
H
D
IC1102
CN906 CONTACT SIDE
1
CN3002
IC301
E
Q503 Q504 IC303
H
CN905
20
25 10
V+3R3_AD V+5_D
C928
C929
IC702
IC302 1
V+3R3_D
KN1006
10 10
CONTACT SIDE
GND_D CN905
C760 C756 C755
L701
C918 C1014 R965 V+3R3_AD R966 R967 R968 C915
Q501 Q301 Q502 Q509
CONTACT SIDE UP
B
CN1003
CN4001
8 C138 5
5
C930
CN1003
CN1002
5
L703
1
R765 C713 L704
L702 C716 C704 C702
C739 C736 C735 1
1
R137 R138 R794
C718 C714 Q701 R781 R866
1
X701 C752
25 20 15 10 5
C750 C738 C737 C734 C733 GND_D
R1032 R1031 R1033 R1035 R1034 GND_AD 1
GND_AD
R768 38 35 30
C711 R789 R780 C712 C709 C710
1
R144 C147
R208 C215
R217 R219 R216 R218 R769 R754 R730 R753 C717
R757
C148
IC201 R914 R915 R916 C906 C905 C904
R202
C213 R238 IC203 R223 5
R204
1
C221
40
R234 R233
R237 R236 R235
102
GND_AD
R1040
R971 R972 C917 C916 R973 R974
IC106 IC1101
1
CONTACT SIDE UP CN1002
C754
R959 R961 R963
5
V+3R3_AD
R1041 R1042 C1011 C1010 R1043 R1044
1
X201
52 R201 R220 R222
50 45
R810 R812 R819 C715 R815 R821 R817 R813 R811 R809
R773
R783 C1101
R854 R838 R820 R853 R837 R816
R958 R960 R962
10
R1026 8
R831 R847 R832 R848
R964
C1012 R1036 R1037 R1038 R1039 C1009
C
Q701
15
5
R763
R969 R970
GND_D L201 C201
L203 1
C219
R244
26
R257 R256 E C232 R240 C228 E Q202 C214 Q203
C212 C211
L206
C210
R125 R126 R124
C135 R130 R131 R129 Q105 C121 R133 IC103
C209
R836 R852 R835 R851 C1109 R232 C1108 R209 C1107 C1106 C1105 C1104 C1103 C1102 R834 R850 R833 C720 C706 R736 R735 C705 R738 R741
C748 C747 C744 C743 R746 R744 R873 R872
C1017 1
R1047 R1046 R1045 C1019 C220 R212 C222 R215
1
C202 R214 R213
R207 R206 R205
C1021
R1016 R1017 C122 R230 R140
C1020
R127 R146 R145
R721
1
1
R737
IC205 Q201 Q303 IC304 IC305
IC701
20
R724
1
C131 C132 C130
C225 C229
1
1
R731 R748 C732
C762 C749
C740 R874
R1028 R1027
128
R994 R993 R992 R991 C919 R979 C920 R975 R978 C921 R977 C922 R976 R956 R957
25
C742 C741 R871 R870
C759 R796 R760
1
R136 C336 C335 C317 R311
C724
60
20
55
1 R1111
50
100
R723 R722
45
1
IC1102
40
15
1
10
20
10
R720 C703
5
R1014 R1050 R1015 R1048 R1051
1
95 120 125
R824
1
C746 C745 R743 R742
115
R726
R733 R734 R739 R740
1
90
1
[[ G ]] A30C5
110
IC105 Q202 Q203
1
85
1
R725 R732
R774 R776 R779
R790
105
IC105
GND_D
R990 R989 R988 R987
R981 R980 R772 R770 R775 R865 R777 R778
C721
80
10
C725 C726 C727 C728 C729 C730 C731
Q505 Q508 Q583 IC506 IC203 IC501 IC201 Q507
5
75
15
5
R1105
C719 R782 C707
IC701
70
20
1
Code
R1109 64 65
C1110
C1111 C1112 C1113 C1114 C1116
R747 R785 R786 R749 R745
5
1
R752
Q106 Q581 Q104 Q582 Q105 IC202 Q506 IC103
C119 R132
10
728 729 708
1
1
R727
R985 R984 R983 R982
IC106 C126
20
1 1 R1110
B
Q101 Q103
Q302
R709 R708 R707 R706 R705 C701 C125
R710 R712 R715 R717
IC1101
IC702
3.3V_UCOM R714 R713 R703 R701 R711 R704 R716 R702
R210
10
R910 R909
C932 8.V+3R3_D 7.CDC_DSO C116 6.CDC_DSI 5.GND_D 4.CDC_SCLK 3.GND_D 2.CDC_CS1 1.CDC_INT1
5
5 8
R203 R221
IC102
15
1
39
C927
R913 R912 R911
C224
IC101
R120
20
10
35
C231 R241
Q201 R255
1615
30
IC202
C227
R719 R718
C223
C203 C207 C205
1
C519 C513 R512
10
R231 C226 IC205
R332 R331 R330
5
15 16
C217 C218
25
R224 R226
F-DET
C134 C123 C145 C128
13
Q102
C1015 V+4R7_STB
20
E
D103
R147
C216
R228 R229
D104
R122
R227
IC104
1
C1016
15
E
R123
R139
C1018
C204 C206 C208
E
D105
10
1
E
R121
10
L202
C133
13 5V_USB
C124
1
IC104
C129 R134
1
1
A
E
A
5
5
V+5_D
751 787 788
SIDE A
KN1004
10
Q103 Q106 Q104
8
CN1004
10 15
7
CN2501
1
J
6
F
(DNP2628-C)
B
CN4201
103
DDJ-T1 5
6
7
8
1
2
3
4
SIDE B A
B UCOM ASSY
CN1004
CN
CN902
B
CN906
C
CN905
D
E
F
CN1003
(DNP2628-C)
CN
B 104
DDJ-T1 1
2
3
4
5
6
7
8
SIDE B A
JP501
CN501
CN301
CN1001
CN901
B
CN903
C
CN904
D
E
CN1002
CN303
F
CN302
B 105
DDJ-T1 5
6
7
8
1
2
3
4
11.3 CDCB 1 ASSY SIDE A
Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.
A
C CDCB 1 ASSY
C2009
C
8
CN2001
5
CN902
CN2001
B
B
C CDCB 1 ASSY
8.V+3R3_CDC 7.CDC_DSO 6.CDC_DSI 5.GND_CDC 4.CDC_SCLK 3.GND_CDC 2.CDC_CS 1.CDC_INT
1
1 TP2019 V+3R3
L2004 C2008 C2007
R2003 L2002 R2004
TP2018
TP2020
C2006 C2005 L2005 C2004
TP2017 TP2016 TP2015 TP2014
L2003 L2001
C
A 1
20
IC2001
15
TP2013
CDCB1 DWX3210-
C2001
10
C2003
5
C2002 R2001
D
LF [[ G ]] A30C5
E
B (DNP2628-C)
(DNP2628-C)
F
C 106
DDJ-T1 1
2
3
4
SIDE B
5
6
7
8
11.4 CDCB 2 ASSY SIDE A
Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.
D CDCB 2 ASSY
CN2101
CN2101
D CDCB 2 ASSY
C2109 5
CN901
A
C
8
8.V+3R3_CDC 7.CDC_DSO 6.CDC_DSI 5.GND_CDC 4.CDC_SCLK 3.GND_CDC 2.CDC_CS 1.CDC_INT
B
1
1 TP2119 V+3R3
L2104 C2108 C2107
TP2117 TP2116 TP2115 TP2114
R2103 L2102 R2104
TP2118
TP2120
C2106 C2105 L2105 C2104 L2103 L2101
C
A 1
IC2101
15
TP2113
CDCB2 DWX3224-
C2101
10
C2103
5
C2102 R2101
20
B
SIDE B
D
LF [[ G ]] A30C5 E
B (DNP2628-C)
(DNP2628-C) F
D 107
DDJ-T1 5
6
7
8
1
2
3
4
11.5 TCHB, JOGB and LEDB ASSYS SIDE A A
G LEDB ASSY B
D6001 D6024 D6023 J6005 10
D6022 1
5
CN6001 CONTACT
15
CN6001 D6021
C
H
J6004
CN3001
or
GNDD
CN3501
J6001
I D6020
D6019
D
D6018
1
2
4
3
IC3301
JH6001
1
[[ G ]] C7
1
(DNP2629-A) or (DNP2630-A)
3 1 1.GNDD 2.TCH 3.V+3R3_D
J6003
TCHB DWS1433
CN3301
1
JH6001
CN3301
D6017
D6013
E
E
TCHB ASSY D6015
D6014 D6016
F
E G 108
DDJ-T1 1
2
3
4
5
6
7
8
SIDE A A
SY
D6001 D6002
D6003 J6005
B
DWS1434LEDB
GNDD J6006
CN6001 CONTACT SIDE UP
15
D6004
01 D6008
3001
C
3501
J6002
GNDD
D6007
D6005
D
D6006
CN3201 CN6002
D6009
1. GNDD 2. 3R3V 3. JOG1 4. JOG2
1
CN3201 1
D6010
5
D6011
F
D6012 D6016
JOGB DWS1432
PC3201
1
CN6002
(DNP2629-A) or (DNP2630-A) E
JOGB ASSY
(DNP2629-A) or (DNP2630-A)
F
F G 109
DDJ-T1 5
6
7
8
1
2
3
4
SIDE B A
Q6002
Q6001 Q6005 Q6006
Q6010
Q6009
Q6011
Q6
G LEDB ASSY R6051 R6089 R6072 C6001
CN6001
R6073
R6057
R6058
R6003 R6007
Q6005 E
Q6001
D6002
E
11.GRID2 12.GND_D 13.LED_1/7
R6071 D6003
R6077
R6053
R6065 R6004
R6082
R6056 D602
R6096 R6055
R6104 R6054
R R6103
R6070
14.LED_0/6 15.LED_2/8 16.GND_D 17.LED_4/10 18.LED_3/9 19.LED_5/11
19 R6083
D6004
R6074 R6075
R6049
10
R6052
R6008
R6060 R6059 Q6006 C6002
E
D6008
R6097 Q6009 R6105
E
1.V+3R3_D 2.JOG_TCH_1/2 3.JOG1/2_1 4.JOG1/2_2 5.GND_D 6.V+5_D 7.V+5_D 8.GRID1 9.GRID0 10.GRID3
B
R6005 R6002 D6001 R6001 R6006 R6069
CN6001
R6066 Q6002 E
C R6011
R6015 R6079
D6007
R6016 R6014
R6009 R6012 D6005
R6076
R6078
R6010 R6013
E
D
R6021
CN3201
Q6011
R3202 C3203
DWS 1432
LEDB
E
R6086
R6084
R6022 D6010 R6018 R6110
DWS1434-
JOGB ASSY
R6112 R6023 R6114 R6116
(DNP2629-A) or (DNP2630-A)
R6087
R6108 D6011
R6024 R6020
4.JOG1/2_2 3.JOG1/2_1 2.V+3R3_D 1.GND_D
R6019
E
F
1
CN6002
R6085
JOGB
(DNP2629-A) or (DNP2630-A)
CN6002
D6009
1
[[ G ]] C7
LF
R6017
C3201
C3202 R3201
4 CN3201
D6006
R6080
Q6010 R6081
R6094 D6016
R6091
D6012
R6092 R6093
F
F G 110
DDJ-T1 1
2
3
4
D6014 R6032 R6031
Q6012
5
6
7
8
SIDE B A
Q6014 Q6012
Q6013 Q6007 Q6003 Q6004
Q6008
051 R6089 R6109
R6056
R6107 R6111 R6113
D6024
R6096 R6055 7
R6104 R6054
R6102 R6103
10
E
R6049
B
D6023
R6115 Q6014
LF
R6043 R6048
R6106
D6022 R6044
R6047
1
R6095 R6099
CN6001 R6046
CN6001
R6042 E
Q6013
R6100 D6021 R6101
C
R6041 R6036 R6045 R6040
D6020 R6035 R6039 D6019 R6034 R6038
D
D6018
Q3301
R6032
E
1
3
LF
Q6003
R3304
R6064
R3306 R3305
TCHB DWS1433
C3302 R3303
(DNP2629-A) or (DNP2630-A) E
Q6004
E
R6050 C6004
TCHB ASSY
R6025 Q6012
E
R6031
R6028
R6029 R6068
R6062
R3302 C3301
E
16
D6015 R6088
D3301 R3301
E
E
1.GND_D 2.JOG_TCH_1/2 3.V+3R3_D
R6067 R6027 R6063
Q6008 R6026
D6017 R6061 Q6007
C6003
D6013
CN3301
Q3301
R6098
1
E
JH6001
R6033 R6037
R6030
D6014
[[ G ]] C7
R6090
F
E G 111
DDJ-T1 5
6
7
8
1
2
3
4
11.6 CDJ1B ASSY SIDE A
H CDJ1B ASSY
A
GNDD J3130
1
AUTO LOOP
S3030
J3102
GNDD
SHIFT
5
D3047
GNDD
J3094
J3007
D3050
S3011
CUE
S3028
D3053
S3027
PLAY/PAUSE
CDJ1B DWS1430-
GNDD
G
CN3001
B
CN6001
B
CN3003
C
CN906
D
J3136
E
1
5
15 10
25 20
DDJ-T1 1
2
3
4
D3052
112
CN905
KEY LOCK
B
H
MASTER TEMPO
CN3002
F
S3006
CN3002
VR3003
GNDAD J3024
J3122
10
«
20
CONTACT SIDE
1
25
TEMPO SLIDER
S3005
J3135
GNDAD
J3022
V+3R3AD J3002
J3021
GNDAD
V+3R3AD
GNDAD
1
GNDAD J3068
V+3R3AD
J3010
J3091
J3078
ADIN
J3113
GNDD J3139
GNDAD J3026
C3011
1. 2. 3. 4. 5. 6.
1
D3033
J3132
S3017
D3031
EFFECT ON 3
VR3004
EFFECT AMOUNT3
D3030
S3015
J3112
J3081 GNDD
EFFECT ON 2
EFFECT AMOUNT2 VR3002 1
EFFECT AMOUNT1 VR3005
S3016
J3047
EFFECT ON 1
CN3003
20
1
S3012
S3001
S3002
SIDE ª 20
CONTACT
15
J3005
D3038
NO USE D3040
S3018
S3020
J3140
V+3R3AD
GND_AD
1
D3039
BWD 3 J3025
J3038
J3134
J3015
J3055 J3028
J3039
J3077
DECK A
DECK C
VR3006
FILTER
D3037
FWD 4
S3021
D3036
FILTER ON
S3019
S3004
S3003
J3011
8
7
EFFECT SELECT 1 DRY/WET CONTROL
EFFECT SELECT 2
10
GNDD J3053
EFFECT SELECT 3
5
D3044
J3086
J3129
J3043 D3041
S3025
SIZE¨ 2
GNDD
D3052
MASTER TEMPO
S3006
VR3003
S3005
KEY LOCK
GNDAD
19.GRID1 20.GRID2 21.GRID3 22.GND_D 23.JOG1_2 24.JOG1_1 25.V+3R3_D
D3010 D3049
D3009 D3048
J3104
VR3006 VR3003
1
1
VR3001
D3032 J3099
S3014
1
1.LED_5 2.LED_4 3.LED_3 4.LED_2 5.GND_D 6.LED_1 7.LED_0
NO USE
1
5
15
CN3001
10
V+5D
J3041 J3057 J3090 J3118 J3040 J3107
1
14.GND_D 8.GND_D 15.GRID7 9.GND_D 16.GRID6 10.KEY_IN4 17.GRID5 11.KEY_IN3 18.GRID4 12.KEY_IN2 19.GND_D 13.KEY_IN1 20.JOG_TCH_1
J3014
S3024
J3069
©SIZE 1
GNDAD J3048 GNDAD
D3034
D3035
J3074 J3049
J3101 J3115
J3066
J3031 J3096 J3138 V+3R3_D
J3079
MOVE/ CUE D3042
J3121 J3073
S3009 J3071
CN3003
S3013
J3120 V+5D J3117 GNDD
J3016
J3084
V+5D
J3065 J3032
J3075
J3098
J3037
J3105 J3119
D3046
J3080 J3035
DRY/WET GNDD CONTROL ON J3116 NEEDLE FUNCTION J3076
GNDD
ADVANCED/ CHAINED J3018
D3051
V+5D J3036 J3106 13.V+_5D 14.V+_5D 15.GND_D 16.JOG1_2 17.JOG1_1 18.JOG_TCH_1 19.V+3R3_D
GNDD
S3023
J3056
MODE DELETE
J3108
J3029
E J3017
J3058 J3072 J3136
J3082
J3006 J3095
J3052
J3083
ACTIVE 1
D3043
J3124
C GNDD
J3023
VR3005 J3045
GNDAD
« CONTACT SIDE
J3093 GNDD J3062 3R3AD J3019
GNDAD J3137
V+3R3AD J3051
NO USE
J3100
J3103 J3123 7.LED_1 8.GND_D 9.GRID2 10.GRID3 11.GRID0 12.GRID1
GNDD J3004
19 CN3001
J3013
J3054
B S3022 J3012
LOOP OUT J3133 J3009
GNDD
J3060
VR3004 J3008
S3010 GNDD
1.LED_5 2.LED_3 3.LED_4 4.GND_D 5.LED_2 6.LED_0
S3026
5
GNDD J3007
J3001
VR3002 J3114
6
5
D3045
LOOP IN J3092
1
AUTO LOOP S3030 J3102
GNDD
D J3030 J3046
J3085
J3110
J3131
J3126 J3063 J3109
J3044
J3067
J3003
J3097 GNDD J3027 J3088
J3033
J3064 J3042 GNDD
J3061 J3087
12.AD_PITCH1_1 13.V+3R3_AD 14.AD_PITCH1_2 15.GND_AD 16.V+5_D 17.V+5_D 18.GRID0
7.GND_AD 8.AD_EFF1_3 9.AD_EFF1_1 10.AD_FILTER1 11.GND_AD
1.L_ENC1_1 2.L_ENC1_2 3.GND_D 4.GND_AD 5.AD_DRYWET1 6.AD_EFF1_2
J3125
C3011
J3127
CN906
J3050
VR3001
CN6001
J3059 J3020
GNDD J3034 J3128
J3111 GNDD
J3070
B
J3130
8 7 6 5
SIDE A
A
F
(DNP2629-A)
H
113
DDJ-T1
1
114
2
D3048
3
F
H
DDJ-T1
4
R3067
C3041
D3052
S3005
D3007
C3044
C3045 C3011
C3023
D3008
MASTER KEY LOCK TEMPO C3042 R3056
SIZE¨ 2
©SIZE 1
C3038 D3025
C3034
D3041 S3024
R3066
R3023
R3012
GNDD
S3009
C3020
Q3039 R3071
R3078
1
GNDD
R3015
CN3001
10
S3023
R3063 R3008
19
D3022 GNDD
C3030 R3059 D3023
R3039 C3047 R3033 Q3031
C3019
GNDD
NEEDLE FUNCTION
R3038
V+5D
D3002
S3013
Q3035
C3027
D3046 S3022
R3079
R3034
Q3046
D3045 C3029
R3040
C3046
R3069
D3027
D3012
GNDD
GNDD
3.LED_4 4.GND_D 5.LED_2 6.LED_0
1.LED_5 2.LED_3
D3026
13.V+_5D 14.V+_5D 15.GND_D 16.JOG1_2 17.JOG1_1 18.JOG_TCH_1 19.V+3R3_D
S3030
C3028
7.LED_1 8.GND_D 9.GRID2 10.GRID3 11.GRID0 12.GRID1
LOOP OUT S3026 LOOP IN
R3062 R3088
R3087 R3006
C3015
D3051 S3010
R3047
NO USE
GNDD
Q3038
R3036
R3035
Q3032 Q3043
GNDD
V+5D
Q3047
Q3033
R3046 R3041 R3037 C3049
Q3045
R3032
R3031
R3025
V+3R3_D
V+5D
ACTIVE
V+5D
R3094 R3095
CN3001
1
R3017
S3014
C3025 D3014
R3083 V+5D R3030 R3044 GNDD Q3030
D3035 DRY/WET CONTROL ON C3048
19.GND_D 20.JOG_TCH_1
R3068
15.GRID7 16.GRID6 17.GRID5 18.GRID4
NO USE
GND_D MOVE/ R3020 R3018 R3019 CUE R3016 D3042
R3021 R3076 R3077
10
R3013 R3011
R3070
EFFECT D3032 SELECT 3
11.KEY_IN3 12.KEY_IN2 13.KEY_IN1 14.GND_D
CN3003
R3022
D3011
D3043 R3060
R3061
R3010
CN3003
20
R3026
1.LED_5 2.LED_4 7.LED_0 3.LED_3 8.GND_D 4.LED_2 5.GND_D 9.GND_D 6.LED_1 10.KEY_IN4
D3004
D3003
R3048 R3049
[[ G ]] C7 LF ADVANCED/ CHAINED
3
D3020
E
S3018 D3018
D3024
C3024 S3002
Q3042
C3026
D3040
MODE R3058 DELETE
R3027
R3096
R3097
C3036
R3084 R3045
C3022
VR3001
C3003
GNDD
S3020
D3039
GNDD
D3015
D3016 S3016
D3033
EFFECT SELECT 2
S3001 C3012
DRY/WET CONTROL
D3001
E
S3019
C3035
GNDAD
C3031
E
R3074 R3072R3029 R3082 R3073 R3028 R3054 R3057 D3038 R3086 Q3040 S3025
Q3041
C3032
D3030 S3015
EFFECT ON 1
R3080 R3043 R3014 R3042
VR3005
C3017
GNDD
R3085
R3055
R3075
NO USE
S3017
D3017
EFFECT ON 2
VR3002
C3007
D3034
E
D3037
GNDAD
BWD 3
R3050 R3024
C3040
D3031
V+3R3AD GNDAD
D3019 R3051 R3081
D3021
C3039
V+3R3AD
GNDD
S3021
D3036
FILTER ON
VR3006
C3008
VA3001
FILTER
EFFECT ON 3
C3009
V+3R3AD
C3051
VR3004
C3006
C3010
E
FWD 4
D3009
GNDAD
E
R3005 R3091 R3052 R3092
DECK C
DECK A C3005
EFFECT SELECT 1 GNDAD
D3006
C3018
S3004
Q3041
R3089
Q3040
R3053 R3007
S3012
Q3042
D3005
D
EFFECT C3043 AMOUNT2 EFFECT AMOUNT1 EFFECT AMOUNT3
C3050
C
R3090
Q3039
C3013
D3010
GNDD E
D3049
Q3030 E
S3003
Q3043 GNDD
GNDD
Q3033
E
Q3031 Q3045 Q3035 E
Q3047
E
Q3046 Q3038 Q3032 E
SIDE B
E
A
E
B 2
E
1 4
H CDJ1B ASSY GNDD
5
J3024 GNDAD
CN3002
J3135
25
GNDAD
J3010
J3021
6
GNDAD
V+3R3AD
J3026
J3091
CN3002
7
ADD SOLDER
V+3R3_AD
D3058
D3059
C3001
VA3003
D3026
S3030
C3028
S3028
D3047
R3098
CUE R3093
R3065
SHIFT
S3011
S3027
C3033
D3050
R3009 R3064
D3028
R3099 D3053
PLAY/PAUSE
C3037
D3029
D3013
C3016
GNDD
_5 15.GND_D 16.JOG1_2 17.JOG1_1 18.JOG_TCH_1 19.V+3R3_D
AUTO LOOP
GNDD
3.LED_4 4.GND_D 5.LED_2 6.LED_0
9.GRID2 10.GRID3 11.GRID0 12.GRID1
DWS1430-
BEND
CN3001
1.LED_5 2.LED_3
6
C3014
J3078
1.L_ENC1_1 2.L_ENC1_2 3.GND_D 4.GND_AD 5.AD_DRYWET1 6.AD_EFF1_2 7.GND_AD 8.AD_EFF1_3 9.AD_EFF1_1 10.AD_FILTER1 11.GND_AD 12.AD_PITCH1_1 13.V+3R3_AD 14.AD_PITCH1_2 15.GND_AD 16.V+5_D 17.V+5_D 18.GRID0 19.GRID1 20.GRID2 21.GRID3 22.GND_D 23.JOG1_2 24.JOG1_1 25.V+3R3_D
VA3004
GNDAD
R3001
J3068
C3004
C3044
CN3003
10 GNDD
R3002
D3007
C3045
VA3002
J3113 J3022
C3021
V+3R3_AD J3002 J3122
D3056 C3002
R3004 D3057
S3005
ADD SOLDER
BEND
20
10
1
D3052
VR3003
R3067
C3041
GNDAD
R3003
TEMPO SLIDER
C3011
C3023
D3008
MASTER KEY LOCK TEMPO C3042 R3056
CN3001
5 7 8
SIDE B A
CDJ1B
B
C
D
E
(DNP2629-A)
F
H
DDJ-T1
8
115
J3566
CN3501
S3527
J3598 J3508
J3603
KEY LOCK
D3552
MASTER TEMPO
S3507
VR3503
S3506
J3530
4
AUTO LOOP 5
1
GND_F J3632
GND_AD J3506
J3510
V+3R3_AD
J3513
I
J3576 GND D
S3509
J3524
SHIFT
J3559
1
CN904
B
CN6001
G
CN3503
CN3501
D3547
CUE S3526
GND D
CN3 1.LED_11 2.LED_9 3.LED_10 4.GND_D 5.LED_8 6.LED_6 7.LED_7 8.GND_D 9.GRID2 10.GRID3 11.GRID0 12.GRID1 13.V+5_D 14.V+5_D 15.GND_D 16.JOG2_2 17.JOG2_1 18.JOG_TCH_2 19.V+3R3_D
J3607
20
10 1.V+3R3_D 2.JDG2_1 3.JDG2_2 4.GND_D 5.L_ENC2_2 6.L_ENC2_1 7.GND_D 8.GRID3 9.GRID2 10.GRID1 11.GRID0 12.V+5_D 13.V+5_D 14.GND_AD 15.V+3R3_AD 16.AD_PITCH2_2 17.AD_PITCH2_1 18.GND_AD 19.AD_FILTER2 20.AD_DRYWET2 21.GND_AD 22.AD_EFF1_3 23.AD_EFF1_2 24.AD_EFF1_1 25.GND_AD
J3573
PLAY/PAUSE D3553
DDJ-T1
116
3
2
1
D3550
GND_AD
F
J3616 S3525
B
J3575
15 5 1
DWS1431-
CN903
B SIDE A
20 10
2 1
CDJ2B
CN3502
CDJ2B ASSY
I
4 3 2 1
11.7 CDJ2B ASSY A
C
D
E
D3533
S3513
VR3501
J3612
GND D
VR3502
J3571
S3514
D3530
J3503
EFFECT ON 2
S3523
D3538
J3590
J3567
CN3503 1.LED_11 2.LED_10 3.LED_9 4.LED_8 5.GND_D 6.LED_7 7.LED_6 8.GND_D 9.GND_D 10.KEY_IN8 11.KEY_IN7 12.KEY_IN6 13.KEY_IN5 14.GND_D 15.GRID7 16.GRID6 17.GRID5 18.GRID4 19.GND_D 20.JOG_TCH_2
EFFECT EFFECT AMOUNT1 AMOUNT2 GND D
GND D
J3600
GND D
EFFECT ON 1
1
J3565
J3550 J3596 J3527
ª
1
S3501
S3503
S3504
J3545 J3517
J3539
D3544
CONTACT SIDE
20
J3552
GND D J3534
20
19
CN3503
D3541
S3522 J3601
J3519
J3611
J3613
VR3504
VR3504 S3516
2
E
EFFECT ON 3
S3515
D3531
EFFECT AMOUNT3
V+3R3_AD
NO USE
J3548 D3540
J3618 J3604
SIZE
1
EFFECT SELECT 1
DRY/WET CONTROL
15
GND D
EFFECT SELECT 3
EFFECT SELECT 2
NO USE
10 10
GND D J3619
5
J3501
VR3502
SIZE 1
2
NO USE
J3544
J3622
VR3506
J3583
D3536
S3519
S3505
J3549
FWD 4
D3537
FILTER
S3508
MASTER TEMPO
S3507
VR3503
S3506
S3518
J3585
J3522 J3629
J3595
V+3R3_AD
J3505
D3552
J3538
J3521
J3511
J3628
J3531
J3599
FILTER ON
BWD 3
S3517
D3539
GND D J3588
KEY LOCK
8
7
DECK B
DECK D
D3513 D3548
D3511 D3549
VR3506 VR3503
1
1
1
VR3505
DRY/WET CONTROL ON
J3529
S3512 J3624
1
GND D J3516 J3578
MOVE/ CUE S3511
MODE DELETE
GND F
5 10
15
J3580 D3532
J3570
2 1
GND D J3535
GND D
J3617
J3555
J3514
J3615 D3543
J3528
C GND D CN3501 1 CONTACT SIDE 2
ª
D3535
D3534
J3577 J3579 GND D
V+5_D
J3542
J3584
J3526
J3515 J3543 J3540
J3518
J3541
J3627 J3504
CN3501
S3502
J3572
J3556 J3554 J3551 V+5_D J3562
D3546 D3542
S3521
ACTIVE 10
CN3503
J3581 J3574 J3602 GND D J3546 J3609
D3551
GND D J3608 V+5_D J3593 J3564
J3557 J3597
LOOP OUT
19 18
J3594
ADVANCED/ CHAINED
NEEDLE FUNCTION
S3510
J3569
J3553 D3545
C3540
S3520 GND D J3589 GND D J3523 V+3R3_D J3623 J3621
J3560
J3631
D J3561 GND_AD J3605
GND F J3568
J3563 J3525
B J3566
J3537 J3606
6
5
GND_AD
S3524 GND D J3625 J3587
S3527
J3598 J3508
J3603
GND D
GND D J3512
J3547
VR3501 J3533
V+3R3_AD J3507 J3592
J3536 GND_AD GND D
GND_AD J3614 J3582 V+5_D
J3620
J3532 GND D J3626
GND D
GND D J3586 J3502
J3630 V+5_D GND D J3610 J3509
J3558
VR3505
CN6001
LOOP IN
15 5
CN3502
ª 10
J3520
AUTO LOOP 5
1
CN904
B
25
24 25 CONTACT SIDE
20
20
10
SIDE A CN903
B
8 7 6 5
A
CN3502
F
I
(DNP2630-A)
117
DDJ-T1
F
1
S3505
S3508
118
2
DECK B
3
I
DDJ-T1
4
KEY LOCK
E
CN3501
10
CN3501 19
V+3R3_D
GND_D
LOOPOUT
C3517
S3524
C3530
R3603
R3602
D3545
R3515 R3579 R3562
D3526
AUTO LOOP
D3527
C3522
S3527
GND_D
C3549
LOOP IN
20
S3506
1
S3521
S3520 C3540
R3581
GND_AD
C3547
25
D3552
GND_D
ACTIVE Q3538
E
R3563 D3546 Q3539 C3523 D3542 D3522 D3523
R3576
V+5D
CN3503
MOVE/CUE
C3514 S3511
GND_D
R3510
GND_D
24
R3556
D3525
D3524 R3560
D3543
R3566
R3577
Q3546 V+5D R3534
S3510
D3551
CDJ2B ASSY
D3507 C3519
MASTER TEMPO
D3519
C3528
S3522
D3512
E
D3518
S3523
D3544
R3516
V+5D
C3545
R3535
Q3530 R3540 Q3532
R3538
C3513
R3546
NEEDLE FUNCTION
GND_D
D3510
Q3540
ADVANCED/ CHAINED
[[ G ]] C7 LF
3
D3520
BWD 3
C3516
D3538 C3533
R3558
D3541
R3567
Q3545
GND_D
C3524
D3540 S3516
R3552
2 1
R3605 R3569 R3570 Q3541 GND_D R3573 Q3542 R3559 E
S3517
R3511
R3574
10
R3587
GND_D
R3539 C3544
GND_D
S3518
D3539
GND_F R3509 R3557
GND_D R3586 R3584
19
20
CN3503
R3585
R3575
R3568
S3502
R3530 C3543 Q3544 R3532 R3531
Q3531
V+5D
C3527
R3514 R3553
MODE DELETE
R3561
R3600
R3606 R3596
GND_D R3597
R3537 C3546 Q3547
D3534 C3508 D3502
E
FWD 4
R3505 R3551
GND_D
GND_D
2
SIZE 1
GND_D
V+3R3_AD
SIZE
NO USE
R3572 R3571
R3533
D3514
R3541
R3508 R3544 Q3533
E
D3521
FILTER ON
C3515
R3536 S3512
D3532
GND_D
C3532
R3507
NO USE
EFFECT SELECT 3
GND_D
S3504
C3518
D3504
E
R3550
GND_D
S3513
R3513
R3545
DRY/WET CONTROL
E
D3536
D3516
C3525 D3515
D3533
GND_D
D3503
C3511 GND_D
D3517
S3514 C3526
D3530
CN3503 1.LED_11 2.LED_10 3.LED_9 4.LED_8 5.GND_D 6.LED_7 7.LED_6 8.GND_D 9.GND_D 10.KEY_IN8 11.KEY_IN7 12.KEY_IN6 13.KEY_IN5 14.GND_D 15.GRID7 16.GRID6 17.GRID5 18.GRID4 19.GND_D 20.JOG_TCH_2
EFFECT ON 1
GND_D E
D3537
D3511 S3515 C3531
D3531
R3512 R3542
EFFECT ON 2
EFFECT SELECT 2
R3549 R3548
D3535
E
S3519
VA3501
D3549 Q3543
R3506 R3543
R3528
S3503
VR3505
C3538
E
FILTER
GND_F
NO USE
GND_D
EFFECT ON 3
EFFECT AMOUNT3
GND_AD
EFFECT AMOUNT1
GND_AD
C3542 VR3506
V+3R3_AD
Q3543 D3501
C3520 GND_AD
C3539
E VR3501
C3535
C3506
EFFECT SELECT 1
Q3545
D3508
D
EFFECT AMOUNT2
C3536
S3501
Q3538
C3507
C3552 VR3502
C3521
Q3541
C3537 VR3504
C3541
C3550
Q3542
R3520 R3519 R3517 R3518
R3578 R3554
Q3544 Q3546 Q3530 Q3532
R3580 R3555
D3513
Q3533 Q3547 Q3531 Q3539
C3509 D3505
D3548
Q3540
DECK D
B
E
I
E
A
GND_D
C 2
E
1 4
SIDE B CN3502 10
CN3502
GND_D
V+3R3_AD
5
ADD SOLDER
6
7
GND_AD
BEND
C3501
S3526
C3534
D3547
D3529
CUE
C3529 S3525
D3528
R3582
R3526 R3527
D3553
VA3503
R3565 R3521
D3550
D3558
D3559
SHIFT
R3524 C3505 1.V+3R3_D 2.JDG2_1 3.JDG2_2 S3509 4.GND_D 5.L_ENC2_2 6.L_ENC2_1 C3510 7.GND_D D3509 8.GRID3 9.GRID2 10.GRID1 11.GRID0 12.V+5_D 13.V+5_D 14.GND_AD 15.V+3R3_AD 16.AD_PITCH2_2 17.AD_PITCH2_1 18.GND_AD 19.AD_FILTER2 20.AD_DRYWET2 21.GND_AD 22.AD_EFF1_3 23.AD_EFF1_2 24.AD_EFF1_1 25.GND_AD
R3525 R3522
2
PLAY/PAUSER3564
CN3501 1.LED_11 2.LED_9 3.LED_10 4.GND_D 5.LED_8 6.LED_6 7.LED_7 8.GND_D 9.GRID2 10.GRID3 11.GRID0 12.GRID1 13.V+5_D 14.V+5_D 15.GND_D 16.JOG2_2 17.JOG2_1 18.JOG_TCH_2 19.V+3R3_D
GND_D R3523
6
R3501 C3551
ADD SOLDER
BEND
GND_F GND_D
V+3R3_AD
GND_AD VA3504
C3503 R3503
D3557
C3548 1
R3502 D3556 R3504
VA3502
D3506
C3512
S3527 10
C3502
VR3503
KEY LOCK
S3506
C3530
CN3502
S3507
D3552
R3556
D3526 20
D3507 C3519
MASTER TEMPO
CN3501
LOOP 25
CN3503
V+3R3_D 24
C3504
10
5 7 8
SIDE B A
CN3502
CDJ2B DWS1431-
B
C
D
E
F
(DNP2630-A)
DDJ-T1
119
I
8
1
2
3
4
11.8 DJMB ASSY
J
DJMB ASSY
B
CN4002 ENC_PUSH 1
J4001
J G
5
J404
C4029
CONTACT SIDE 25
25
VR4005
20
1
VR4001
GAIN_A 24
B
10
1
GAIN_C
J4015
LOAD_A
TREE
15
LOAD_C
S4001
CN4002
S4002
7
S4003
J4031
Production Code
5
SIDE A A
GND_D
J4056
J406 J4039 J4047
J4061
J4008 J4017 1
1
VR4002
VR4006
HI_A
1
HI_C
J4090 J4094 GND_D J4021
J4023
J4050
C
J4029
J4037
1
J4046 GND_AD
J4069
J4073 GND_D VR4007
MID_A 1
GND_AD J4083
V+3R3_AD
J4080
HP_MIX
J4058
J4052 V+3R3_AD
1
J4034
J4076
VR4018
VR4003 J4042
VR4008
J4063
J4086
J4006
VR4004
J4007 V+5_D
D4045
J4087 D4040
FX2_A
J4032
S4023
J4088
GND_D
J4074
V+5_D
J4049 V+5_D J4013
S4019 D4028
J4026 J4012
S4005 J4014
J4016
J4089
S4010 J4057
J4022
HP CUE_C S4016
FX1_A D4044
FX2_C
D4033
E
V+5_D
J4093
J4038 V+5_D
D4046
S4024
J4018
J4079
LOW_A
J4095 GND_D
J4028
S4025
J4084
GND_AD GND_D J4045
LOW_C J4075
J405
J4055
1
1
D
FX1_C
GND_D
1
MID_C
J4
J4025
HP CUE_A S4009
S4015
S4013
J4078 J4044 D4039
D4034
MASTER_C
SYNC_A
D4038
MASTER_A
GND_AD J4072
GND_
C4028
8.V3R3_AD 7.GND_AD 6.AD_2 5.AD_0 4.AD_1
D4032
SYNC_C
J4036
J4002
CN4001 1
5
7 8
F
CONTACT SIDE
J 120
DDJ-T1 1
2
3
4
1 2
5
B
CN4002
6
7
8
SIDE A
CN1001
A
DWX3211DJMB
25.AD_SW_B 24.AD_SW_A 23.V+5_D 22.CUR_ENC2 21.CUR_ENC1 20.GND_D 19.KEY_IN9 18.KEY_IN12 17.KEY_IN11 16.KEY_IN10 15.GND_D 14.LED_14 13.LED_12 12.LED_13 11.GND_D 10.GRID0 9.GRID4 8.GRID1 7.GRID5 6.GND_D 5.GRID6 4.GRID2 3.GRID7 2.GRID3 1.GND_D
ENC_PUSH 1
S4027
S4012
S4018
S4004 J4091 GND_D
J4067
LOAD_B J4041 1
CN4002 1
5
2
15 20
GND_D
GAIN_B
J4096 GND_D
10
J4056
VR4009
24
1
VR4013
ACT SIDE
LOAD_D
FAVORITES
1
5
VR4001 VR4009 VR4005 VR4013
GAIN_D
B
J4066 J4048 J4009
J4092
J4082 J4033 1
1
VR4010
VR4014
1
J4068
HI_B
HI_D
VR4002 VR4010 VR4006 VR4014 VR4017
VR4017
MAIN J4101 V+3R3_AD
J4003
J4040 J4011
C
J4035
D_D
1
1
VR4
J4004
J4019 GND_AD GND_AD
VR4012
J4054 J4100 GND_D J4097 J4098
1
J4005 GND_D
V+5_D J4085
J4030 V+5_D
V+5_D J4065
D
VR4019
GND_D
J4099
VR4019
FX2_D D4047
D4043
D4042
FX1_D S4021
S4022
J4025
S4006
D4029
J4012
S4007
S4011
S4017
J4060 J4062
S4014
E
HP CUE_D
J4104
HP CUE_B
S4026
S4008
J4026
D4031
J4081
S4020
J4051
FX2_B FX1_B
J4049 V+5_D J4013
J4027
V+5_D
VR4004 VR4012 VR4008 VR4016
J4071
V+3R3_AD
1
D4041 J4074
VR4016
HP_VOL
GND_D
LOW_D
J4020
LOW_B
J4088
VR4018
J4010
1
J4059
J4018
J4024
J4077
J4084 _D
VR4003 VR4011 VR4007 VR4015
MID_D
J4053
J4064
J4070 1
J4043
IX
GND_AD J4102
VR4011
MID_B
VR4015
4073 GND_D
J4078 J4044 036
GND_AD J4072
GND_AD
D4030
SYNC_B
D4035
D4037
MASTER_B
SYNC_D
8.V3R3_AD 7.GND_AD 6.AD_2 5.AD_0 4.AD_1 3.GND_AD 2.AD_3 1.AD_4
28 02
D4036
MASTER_D
(DNP2635-C)
CN4001 1
5
7 8
1 2
F
CN4001
CONTACT SIDE
B
J
CN1002
121
DDJ-T1 5
6
7
8
D4015
R4054
C4048
C4042
GND_D
R4041 R4050 R4033 R4040
C4072 C4031
C4055 C4073
C4054
C4032
C4057
C4056
C4043
C4069
C4071
Q4018
C4076
C4068
C4074
C4075
C4050
VR4018
C4067 C4066
GND_AD
HP_MIX GND_AD
GND_D
C4044
C4049
C4051
R4018 Q4010
Q4002
R4025 R4032
R4003 R4004
V+5_D R4043
GND_D
R4019
Q4017
R4045
V+5_D R4020 Q4012
C4021
C4022 R4044 V+5_D Q4011 R4005
C4023 R4007
Q4003 R4006
E
GND_AD C4070 C4047
E
C4046
R4008
R4059 R4027 D4029
D4021
D4022
R4061
D4006
D4023 R4029
C4015
C4006
D4007 R4058
D4011
E
C4018
C4011
D4031 D4008 C4008
D4018
S4008
D4014
R4028
R4035
R4036
R4057 R4037
C4028
8.V3R3_AD 7.GND_AD 6.AD_2 5.AD_0 4.AD_1 3.GND_AD 2.AD_3 1.AD_4
J
8
CN4001 2
F
C4077
C4041
MAIN
7
1
R4052
D4012
GND_D
C4045
VR4010
C4078
C4013
C4004
R4051
C4019
R4015
E
FX2_D
4
3
2
1
D4027 S4026 C4027
DDJ-T1
122
GND_D
GND_AD
GND_AD
D4030
D4035
S4027
25.AD_SW_B 24.AD_SW_A 23.V+5_D 22.CUR_ENC2 21.CUR_ENC1 20.GND_D 19.KEY_IN9 18.KEY_IN12 17.KEY_IN11 16.KEY_IN10 15.GND_D 14.LED_14 C4012 13.LED_12 12.LED_13 11.GND_D 10.GRID0 9.GRID4 8.GRID1 7.GRID5 6.GND_D 5.GRID6 4.GRID2 3.GRID7 2.GRID3 1.GND_D
R4024 Q4016
R4016 R4049
S4014
SYNC_B
MASTER_B
SYNC_D
MASTER_D
C4007
D4037
D4036
S4007
S4011
S4017
S4006
V+5_D
S4022
HP_VOL
Q4008
HP CUE_D
V+5_D S4020 S4021
5 1
GND_D D4041 D4043
HP CUE_B E
D4042 E E
FX1_B FX1_D D4047
E
FX2_B E
V+3R3_AD
LOW_B LOW_D
VR4019 Q4004 GND_D
D4004
D4019
D
VR4012 VR4016
IC4002
IC4003 10 15
MID_D
5 1
10 15
MID_B VR4015
GND_D VR4009
VR4017
HI_B VR4014
2 VR4013
LOAD_B FAVORITES
CN4002
GAIN_B GAIN_D B
S4004 S4012
LOAD_D
E
SIDE B
ENC_PUSH S4018
CN4002
DJMB ASSY
J A
4 3 2 1
1
HI_D
V+3R3_AD
C
VR4011
5
6
7
8
SIDE B A
CN4002 D4015
DJMB DWX3211-
S4001
C4002
TREE
S4003
C4003
R4052
R4054
C4001
S4002
D4003
LF [[ G ]] C7
D4002
LOAD_A
C4077
ENC_PUSH GND_D
D4001
C4078
C4013 S4027
LOAD_C
25
C4033
VR4006
VR4002
HI_A
HI_C
B
C4034
AIN
GAIN_C
GAIN_A
C4038
C4048
4017
VR4001
VR4005
C4037
C4029
24
GND_D
C C4052 C4035
C4063
C4039
IC4001 15
10
VR4003
MID_C
C4030 C4059 V+3R3_AD
C4060
C4061
E
E
C4050
GND_AD
C4076
V+3R3_AD
IC4002 IC4003 IC4001 Q4018 Q4019
5
C4058
Q4019
Q4018
1
VR4018
HP_MIX
C4053
VR4007
MID_A
C4065
GND_D
R4041 R4050 R4033 R4040
IC4003
C4064
056 0
C4062 GND_AD
GND_D
VR4008 VR4004
LOW_C
GND_AD
R4014
R4048
R4013 C4026
R4047
D4046
FX1_C D4026
C4010
E E
D4025
E
C4017
R4062 R4031
R4038
D4009
D4010
D4033
S4010
HP CUE_C
S4016
S4009
D4016
D4032 D4039
MASTER_C
SYNC_C
D4017 R4039
R4055 R4030
SYNC_A
E
Q4002 Q4006 Q4007 Q4008 Q4003 Q4004 Q4010 Q4005 Q4014 Q4016 Q4015 Q4012 Q4011 Q4013 Q4001 Q4017 Q4009
S4025
C4009
C4016
R4034
E
8.V3R3_AD 7.GND_AD 6.AD_2 5.AD_0 4.AD_1 3.GND_AD 2.AD_3 CN4001 2
R4056
D4038
MASTER_A
1
R4060
R4026 S4005
D4013
GND_AD
Q4015
S4024
D4024
D4020 C4020
C4014 C4005 D4005
GND_AD
D4034
D4045
FX2_C
HP CUE_A
S4015
V+5_D
E
D4028
S4013
Q4014
R4010
R4046
C4024
R4011 C4025 R4012 Q4013 R4009
E
FX1_A S4023
R4021
Q4005 V+5_D
D4044 S4019
E
Q4009 R4001
V+5_D
R4002
V+5_D
GND_D
FX2_A D4040
GND_D
R4053
R4042
R4017 Q4001
C4051
R4018
V+5_D
Q4007 E
VR4019
D R4023
R4022 Q4006
GND_D
HP_VOL
C4036
LOW_A
C4040
D
C4028
(DNP2635-C) 7
8
F
CN4001
J 123
DDJ-T1 5
6
7
8
B
2
CONTACT SIDE 1 2 GND_D
J4215
S4201
3 1
FADER START_A
D
CN4201
CN1003
M CRFD ASSY
E
1
DWX3213CRFD /2
VR4301
F
L M
DDJ-T1
4
P d ti
C d
CH FADER_A
J4210 V+3R3_AD J4214
J4205
CH FADER_C
J4209 V+3R3_AD
3
CHFD DWX3212/2
15.V+3R3_AD 13.AD_FADER_B 11.AD_FADER_D 9.AD_CROSSF 7.GND_D 5.GRID1 3.GRID3 1.KEY_IN13
J4203 V+3R3_AD C4201
J4219
VR4203
14.AD_FADER_A 12.GND_AD 10.AD_FADER_C 8.GND_AD 6.GRID0 4.GRID2 2.GND_D
CN4201
J4212
J4202
1
J4213 GND_AD
S4203 10
15 14 15
J4208 GND_AD J4217
C
VR4201
VR4301
1
2
1
FADER START_C
5
VR4203
124 1
5
B
5
L
1
1 4
11.9 CHFD and CRFD ASSYS
A
SIDE A VR4201
CHFD ASSY
J4221
5
6
7
8
SIDE A A VR4202
VR4204
J4216 V+3R3_AD
J4220 GND_AD
J4201
J4206 V+3R3_AD
CH FADER_D
J4218
CH FADER_B
J4211 V+3R3_AD
GND_D
J4223
J4222
FADER START_B
FADER START_D
1.GND_AD 2.AD_CROSSF 3.V+3R3_AD
S4202
1
1
1
J4207
Production Code
J4204
C
VR4204
CN4202 3
S4204 1
D
CN4202
(DNP2631-A)
E
CN4301
1
CN4301
DWX3212/2
1
5
1
5
VR4202
J4221
B
(DNP2631-A)
F
L M 125
DDJ-T1 5
6
7
8
1
2
3
4
SIDE B A
L
CHFD ASSY
C4203
B
C4205 D4203
D4211
VR4202
D4212
CHFD DWX3212-
1.KEY_IN13
V+3R3_AD
V+3R3_AD
CH FADER_B
VR4204
CH FADER_D
D4204
C4207 GND_AD
V+3R3_AD
C
C4208
GND_D
FADER START_D
FADER START_B
3.V+3R3_AD 2.AD_CROSSF 1.GND_AD
R4204
LF [[ G ]] C7
R4202 S4202
S4204 3
1
D4207
D4205 CN4202
/2
D
CN4202
M CRFD ASSY E
1
D4301
ADD SOLDER
C4301
C4302
CN4301
3.V+3R3_AD 2.AD_CROSSF 1.GND_AD
D4302
CN4301
F
L M 126
DDJ-T1 1
2
3
4
BEND
/2
5
6
7
8
SIDE B A
C4204
C4202
B
CH FADER_C
V+3R3_AD C4201
C4206
VR4203
D4209 D4210
V+3R3_AD
VR4201
GND_AD
V+3R3_AD
15.V+3R3_AD 13.AD_FADER_B 11.AD_FADER_D 9.AD_CROSSF 7.GND_D 5.GRID1 3.GRID3 1.KEY_IN13
CH FADER_A
D4201 D4202
14.AD_FADER_A 12.GND_AD 10.AD_FADER_C 8.GND_AD 6.GRID0 4.GRID2 2.GND_D
CN4201
C
C4210
C4209 1 GND_D 2
FADER START_C
R4205 S4201 R4201
GND_AD
FADER START_A
15 14
R4203
S4203
D4208 D4206 D
(DNP2631-A)
CN4201
VR4301
ADD SOLDER
[[ G ]] C7 LF
BEND
CR FADER CRFD /2 DWX3213-
ADD SOLDER
D
E
(DNP2631-A)
F
L M 127
DDJ-T1 5
6
7
8
KN4601
C4619 C4618
[[ G ]] C7 LF
VR4601
1
KN4601
1
JA4601 S4601
JA4601
IC4601
5
DKN1614-A
GND_F
VR4601
1.V-6 2.V+6 3.GND_P
CN4601
C4615 C4604 C4609
R4606
5
C4608
R4607
C4606 GND_P
DWX3215MICB
R4605 C4607 R4604
C4603 C4602 VA4601 R4608 C4615 R4601 C4601 C4617 C4616 R4602 C4612 R4603 C4604 C4610 C4609 C4605 C4614
C4611 GND_A
1
C4612
C4614
C4611
C4620
C4613
DDJ-T1
128
DWX3215MICB
4
3
2
1
CN4601
E
GND_A
/2
J4603 C4606
B
J4602
B
GND_P
CN303
J4606 J4601
K MICB ASSY D
GND_F J4604 1.V-6 2.V+6 3.GND_P 4.MIC_IN 5.GND_A 6.MIC/AUX_DET CN4601
CN4601
K MICB ASSY A
4 3 2 1
11.10 MICB ASSY
SIDE A SIDE A
1
(DNP2631-A) C
VR4601
SIDE B SIDE B
(DNP2631-A)
F
IC4601
K
/2
S4601
1
4.MIC_IN 5.GND_A 6.MIC/AUX_DET
5
6
7
8
11.11 HPJK ASSY SIDE A
SIDE A
N
HPJK ASSY
A
5
GND-P
J4804
C4814 1
IC4801
IC4801 C4813
C4807
C4808
DWX3216HPJK
MUTE
B
J4802 JA4801 DKN1622-A C4801 C4803
J4805
C4806
J4803 KN4801
V+6 GND_P V-6 GND_P HP_R GND_AH HP_L GND_AH MUTE CN4801 5
C4802
JA4802 1
1
/2
C
CN4801
B
(DNP2631-A)
CN301
SIDE B
SIDE B CN4801
N HPJK ASSY
/2
VA4801
C4815 JA4802 C4809
C4810 JA4801
C4802
R4803 R4801 R4804
Q4804
R4811 R4808 E E
E
R4807
Q4801
E
C4807
DWX3216HPJK
R4806 R4805 C4808
C4801
C4803
E
R4809 R4810
Q4802 MUTE
CHECK
R4813
R4812
Q4803
Q4801 Q4802
R4802 C4806
LF CHECK R4814
KN4801
V+6 GND_P V-6 GND_P HP_R GND_AH HP_L GND_AH MUTE
[[ G ]] C7
C4811 C4812
Q4803 Q4804
1
C4816
VA4802
D
CN4801
C1
C4804 C2
C4805 GND-P
IC4801
F
(DNP2631-A)
N 129
DDJ-T1 5
6
7
8
1
CN2501 R2519 C2519
13
L2507
L2503 L2505
CN2501 5
10
GND_D2
1.V+5_D 2.V+5_D 3.GND_D 4. V+4R7_STB 5.ADP_DET 6. P_SW1_ADP 7. P_SW2_USB 8.GND_D2 9.USB_DP 10.USB_DN 11.GND_D2 12.GND_D 13.V+5_USB
C2507
V+5_USB V+USB5
GND_D
5
D2507
R2510
C2503 C2525
C2535
D2505 R2532
R2506 R2533 C2501 R2501 D2504 R2527
J2502
J2519
J2505
E E
1 E
E
C2504
VA2501
J2521
E 1
E
E 5
GND_D
C2508
C2502
C2528
R2518
C2505 C2529 D2512
Q2512
R2520 C2515
C2523
C2534
L2508
13.V+5_USB 12.GND_D 11.GND_D2
R2517 D2511
Q2518 V+4R7_STB
Q2529 R2539 R2515 Q2510 Q2516
10.USB_DN 9.USB_DP C2522 C2521 C2518 C2533
C2516 D2513 R2521 R2537 R2538 V+5_D Q2509
CN2501 8.GND_D2 7.P_SW2_USB 6.P_SW1_ADP 5.ADP_DET 4.V+4R7_STB 3.GND_D 2.V+5_D 1.V+5_D
R2507 R2513 Q2514
Q2513
V+4R4_STB
C2509
R2516 Q2519 Q2517
C2517 D2514
ADD SOLDER
C2533
J2514 J2517
Q2505 C2536 R2531
GND_D
R2528 Q2506
D2515
R2523 R2535
1
4
3
J2524 J2509
J2513
V+5_D
V+4R7_STB
J2515
C2509
J2501
DWX3222USBB
GND_D
R2540 IC2501 C2537
V+ADP5
(DNP2635-C)
F
CN2501
1
1
C2507
V+4R7_STB J2511
J2510
J2504 V+5_D J2508
JA2502
R2502 VA2503
SIDE A SIDE A
SIDE B SIDE B
O USBB ASSY
DWX3222- USBB
CN1004
B V+ADP5
V+ADP5
1
Q2527
DDJ-T1
130
FGND
JA2501
ADD SOLDER
L2504
C2506 VA2502
V+5_USB
L2506
Q2507 V+ADP5
E
E
E E
Q2528
O
2
1
IC2501 Q2505 Q2513 Q2509 Q2530 Q2520 Q2524 Q2506 Q2519 Q2514 Q2510 Q2529 Q2531 Q2522 Q2517 Q2518 Q2516 Q2507 Q2512 Q2515
Q2525 Q2521
Q2528 Q2527 Q2526 Q2523
E
1 E
Q2531 E
E
Q2523
Q2521
Q2520 Q2530 V+5_D
V+USB5 Q2515 1
C2514 Q2522
5 E E
Q2525
Q2524
GND_D
E E
R2536
C2502
C2508
B
GND_D E
C2520 Q2526 E
5
E
R2534
[[ G ]] C7 LF D
S2502 1
JA2502
J2523 GND_D
C
JA2501 KN4601
4 3 2 1
11.12 USBB ASSY A
O USBB ASSY
(DNP2635-C)
1 5
J2522 J2503 GND_D
J2518
5
6
7
8
12. PCB 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. - 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 → -
562 × 101 →
5621 ................................................................. RN1/4PC 5 6 2 1 F
Meaning of the figures and others in the parentheses in the parts list. Example) IC 301 is on the point (face A, 91 of x-axis, and 111 of y-axis) of the corresponding PC board. IC 301 (A, 91, 111) IC NJM2068V
Mark No. Description
Part No.
Mark No. Description
LIST OF ASSEMBLIES NSP
NSP
NSP
NSP
NSP
1..MAIN ASSY 2..UCOM ASSY 2..CDCB 1 ASSY 2..CDCB 2 ASSY
DWM2421 DWX3209 DWX3210 DWX3224
1..CDJ1 ASSY 2..CDJ1B ASSY 2..JOGB ASSY 2..TCHB ASSY 2..LEDB ASSY
DWM2422 DWS1430 DWS1432 DWS1433 DWS1434
1..CDJ2 ASSY 2..CDJ2B ASSY 2..JOGB ASSY 2..TCHB ASSY 2..LEDB ASSY
DWM2423 DWS1431 DWS1432 DWS1433 DWS1434
1..DJM1 ASSY 2..CHFD ASSY 2..CRFD ASSY 2..MICB ASSY 2..HPJK ASSY
DWM2424 DWX3212 DWX3213 DWX3215 DWX3216
1..DJM2 ASSY 2..DJMB ASSY 2..JACB ASSY 2..USBB ASSY
DWM2426 DWX3211 DWX3214 DWX3222
A JACB ASSY
Part No.
IC 4401,4402 IC 4403-4405 Q 4401-4412
CN 4401 L-PLUG (9P) CN 4402 L-PLUG (7P) CN 4403 CONNECTOR VA 4401-4404 VARISTORS
KM200NA9L KM200NA7L B2PS-VH EZJZ1V270RM C
R R R R R
4401,4402 4403,4404 4405-4408 4409,4429-4432,4464 4410,4463,4467,4474
RS1/10SR1102D RS1/10SR1001D RS1/10SR1202D RS1/10SR5600D RS1/10SR4301D
R R R R R
4413-4420 4421,4423,4425,4427 4422,4424,4426,4428 4445,4447,4453,4455 4468,4473
RS1/10SR4701D RS1/10SR1002D RS1/10SR9101D RS1/10SR1200D RS1/10SR5600D
C C C C C
4401 4402-4405,4422-4429 4406,4408,4420,4421 4407,4410,4416,4418 4412-4415
CCSRCH102J50 CCSRCH101J50 CEJQ101M16 CEJQ470M16 CEJQ100M35
C C C C
4430,4431,4438-4443 4444-4449 4457,4460,4462 4458
CEJQ101M16 DCE1016 CKSRYB103K50 CKSRYB104K16
SEMICONDUCTORS
NJM4565MD NJM4580MD INC2002AC1
CTF1378 AKB7181 DKN1622 6
E
B UCOM ASSY IC IC IC IC IC
101 102,104,105 103 106 201
BD9851EFV S-1200B33-M5 S-1200B50-M5 S-80927CNMC-G8X S-24CS64A0I
IC IC IC IC IC
202 203 205 301,302 303
TUSB3200ACPAH TC7SB66FU S-80942CNMC-G9C NJM2121MD AK5358AET
131
DDJ-T1 5
D
RS1/10SR###J
CAPACITORS
MISCELLANEOUS L 4401-4404 INDUCTOR JA 4401,4403 PIN JACK (2P) JA 4402,4404 HEADPHONE JACK
VNE1948 DCS1115
Other Resistors
> > >
SEMICONDUCTORS
Part No.
KN 4401 SCREW PLATE VR 4401 POTENTIOMETER
RESISTORS
* Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.
Mark No. Description
B
7
8
F
1
Mark No. Description
A
> >
B
3
Part No.
IC IC IC IC IC
304,506 305 501 701 702
AK4387ET NJM4565MD NJM4580MD PEG850A8-K TC74VHC238FK
IC Q Q Q Q
1101,1102 101 102 103,106 104,203,301
TC74LCX541FK RTQ025P02 RTQ045N03 LSA1576UB RT1N241M
Q Q Q Q Q
105,202,501,581 201 302,303,503,504 502,505,582 506,509,583
LSC4081UB RT3N22M INC2002AC1 LTC124EUB LTA124EUB
Q Q D D D
507,508 701 101,102 103-105 301,303
INC2002AC1 RT3P22M RB160L-40 1SS352 1SS302
D 302 D 304,305,501,502 D 701,702 C
2
Mark No. Description
RKZ3.3KG(B2) HSU119 RB160M-30
MISCELLANEOUS L L L L L
101,102 POWER INDUCTOR 201,202 CHIP BEEDS FILTER 203 COIL 206 CHIP BEEDS FILTER 501-504 CHIP INDUCTOR (10U)
ATH7047 BTX1042 ATH7015 BTX1042 DTL1105
L 701-704 CHIP BEEDS FILTER KN 1003,1004 EARTH METAL FITTING KN 1006 EARTH METAL FITTING X 201 CRYSTAL RESONATOR (6.0 MHz) X 701 CERAMIC OSCILLATOR
BTX1042 VNF1109 VNF1109 DSS1136 CSS1616
CN 301,501 CONNECTOR CN 302 CONNECTOR CN 303 CONNECTOR CN 901,902 CONNECTOR CN 903,905,1001 25P CONNECTOR
AKM1295 AKM1293 AKM1292 AKM1294 VKN1429
CN 904,906 20P CONNECTOR CN 1002 8P CONNECTOR CN 1003 15P CONNECTOR CN 1004 CONNECTOR JP 501 CRIMP CONNECTOR
VKN1424 VKN1300 VKN1307 AKM1299 DKP3926
E
F
101 102 103,114 104 105,106
RS1/10SR4701D RS1/10SR1202D RS1/10SR222J RS1/10SR1003D RS1/10SR1502D
R R R R R
107,115 108,116,131 109 110,146 111
RS1/10SR153J RS1/10SR333J RS1/10SR1002D RS1/10SR562J RS1/10SR1802D
R R R R
112 113 120,147,230 121,122,128
RS1/10SR8202D RS1/10SR8201D RS1/8SQ0R0J RS1/10SR103J
132
RS1/10SR223J
R R R R R
124 126 127,130,139,325 132-134,137,144 135,141,143
RS1/10SR203J RS1/10SR273J RS1/10SR473J RS1/10SR103J RS1/10SR0R0J
R R R R R
136 138 145 212 215
RS1/10SR101J RS1/10SR220J RS1/10SR332J RS1/16SS2701F RS1/16SS3900F
R R R R R
255,306,524,525 256,257 301-304,340,720 305,329 309,319
RS1/10SR103J RS1/10SR221J RS1/10SR0R0J RS1/10SR470J RS1/10SR471J
R R R R R
310 311,512 313,314 315,316 317,318
RAB4CQ103J RS1/10SR100J RS1/16SS8201D RS1/16SS6801D RS1/16SS1601D
R R R R R
322-324,346,347 336,337 338,339,501,502 341,342 343,344
RS1/10SR104J RS1/16SS1001D RS1/16SS4701D RS1/10SR2401D RS1/10SR8200D
R R R R R
505-508 509,510 523,526-528 718,719,752,765 721
RS1/16SS3301D RS1/16SS3901D RS1/10SR102J RAB4CQ220J RAB4CQ470J RAB4CQ221J RAB4CQ221J RAB4CQ220J RAB4CQ101J RS1/16SS###J
CAPACITORS
RESISTORS R R R R R
Part No.
R 123,125,326
R 722-724,737,738 R 741 R 824 R 1109-1111 Other Resistors
D
4
C C C C C
101 102 103 104,113,149 105,110-112,114
CCSRCH561J50 CKSRYB332K50 CCSRCH820J50 CCG1205 CKSRYB105K10
C C C C C
106,115,203,204 108 109 117,141,144,335 119,121,122,125
DCH1201 CKSRYB222K50 CCSRCH121J50 CKSRYB103K50 CKSRYB104K16
C C C C C
120,123,124,137 126,227 130-135,140,143 139 142,503,506
CKSRYB105K10 CKSSYB222K50 CKSRYB104K16 CCSRCH221J50 CCSRCH471J50
C C C C C
145,336,520 147,225,312,313 150 205,206,211,213 207,208,212
CCSRCH102J50 CKSRYB104K16 CKSRYB105K10 CKSSYB104K16 CCSSCH471J50
C 210,702,713,750 C 214,228,229,714
DCH1201 CCSSCH220J50
DDJ-T1 1
2
3
4
5
Mark No. Description C 215,219,221,226 C 216,318,716 C 217,218
6
Part No. CKSSYB104K16 CKSSYB103K16 CCSSCH470J50
C C C C C
220,715,718,719 222,707,708,711 223,224 231,232,701,703 305-307,316,326
CCSSCH101J50 CCSSCH102J50 CCSSCH270J50 CKSSYB104K16 CEVW100M16
C C C C C
308-311,328,329 315,317,319,513 320,321,504,505 322,323 327,331
CEVW470M16 CKSRYB104K16 CCSSCH681J50 CCSRCH391J50 CEVW100M16
C C C C C
330 332-334,337,338 340,342 341,514 509,510,554
CEVW470M6R3 CEVW470M16 CCSSCH821J50 CEVW470M16 CCH1565
C C C C C
511,516,517,1019 515,717,724 519 704,712,721,749 705,706
CEVW101M16 CKSRYB104K16 CKSRYB103K50 CKSSYB104K16 CKSSYB471K50
C C C C C
709,710 720 725-748,760,1020 752,759,762 755,923-930
CCSSCH100D50 CCSSCH220J50 CKSSYB103K16 CCSSCH102J50 DCH1201
C 756,1101,1110 C 1013-1018 C 1021
CKSSYB104K16 DCH1201 CKSSYB103K16
C CDCB 1 ASSY
7
Mark No. Description SEMICONDUCTORS IC 3301 Q 3301 D 3301
GP1S094HCZ0F LSC4081UB HSU119
CN 3301 3PJUMPER CONNECTOR
A
52151-0310
RESISTORS All Resistors
RS1/10SR###J
CAPACITORS C 3301
CKSRYB104K16
F JOGB ASSY
B
MISCELLANEOUS
CN 3201 CONNECTOR ASS'Y
PF04PG-B05
RESISTORS All Resistors
RS1/10SR###J
MISCELLANEOUS PC 3201 PHOTO INTERRUPTER
SEDS-7573
CAPACITORS C 3201 C 3202,3203
CKSQYB225K10 CKSRYB103K50
C
G LEDB ASSY SEMICONDUCTORS Q Q Q D
6001-6004 6005-6008 6009-6014 6001-6024
RT1N241M LSA1576UB 2SC4154-11 SLI-343U3R(HJKL)
MISCELLANEOUS CN 6001 CN 6002 JH 6001 JP 6001
AD7147ACPZ500RL7
RESISTORS All Resistors
Part No.
MISCELLANEOUS
SEMICONDUCTORS IC 2001
8
19P CONNECTOR L-PLUG (4P) 3P CABLE HOLDER 3P JUMPER WIRE
VKN1279 KM200NA4L 51048-0300 D20PDY0310E
D
RS1/16SS###J
RESISTORS R R R R R
CAPACITORS C C C C
2001 2003 2005-2007 2009
CKSRYB103K50 CKSRYB104K16 CCSSCH101J50 DCH1201
Other Resistors
D CDCB 2 ASSY
RS1/10SR###J E
C 6001-6004
CKSRYB104K16
AD7147ACPZ500RL7
RESISTORS All Resistors
RS1/16SS###J
H CDJ1B ASSY SEMICONDUCTORS Q Q Q D D
CAPACITORS C C C C
RS1/8SQ0R0J RS1/8SQ0R0J RS1/8SQ472J RS1/8SQ0R0J RS1/8SQ0R0J
CAPACITORS
SEMICONDUCTORS IC 2101
6049-6051,6053,6056 6072-6075,6077,6079 6088 6089,6096,6098,6100 6103,6105,6113
2101 2103 2105-2107 2109
CKSRYB103K50 CKSRYB104K16 CCSSCH101J50 DCH1201
RT1N241M 2SB1197K 2SC4154-11 HSU119 SLI-343M8G(GHJ) F
D 3030-3047 D 3051,3052 D 3053
E TCHB ASSY 5
3030-3033 3035,3045-3047 3038-3043 3001-3008,3011-3029 3009,3010,3048-3050
SLI-343Y8Y(KLM) SLI-343U8R(HJK) SLI-343M8G(GHJ)
133
DDJ-T1 6
7
8
1
Mark No. Description D 3056-3059
A
2
3
Part No.
Mark No. Description
Part No.
HSU119
MISCELLANEOUS
B
4
VR 3001,3002,3004-3006 ROTARY VR VR 3003 VR S 3001,3002,3012 TACT SWITCH S 3003-3006,3009-3011 TACT SWITCH S 3013 TACT SWITCH
DCS1078 DCV1009 DSG1079 DSG1089 DSG1089
S 3014-3026 TACT SWITCH S 3027,3028 TACT SWITCH S 3030 ENCODER CN 3001 19P CONNECTOR CN 3002 25P CONNECTOR
DSG1079 DSG1117 DSX1082 VKN1250 VKN1256
CN 3003 20P CONNECTOR
VKN1251
J DJMB ASSY SEMICONDUCTORS IC Q Q Q D
4001-4003 4001-4008 4009-4016 4017-4019 4001-4027
D 4028-4034,4037 D 4035,4036,4038,4039 D 4040-4047
TC74HC4052AF RT1N241M LSA1576UB 2SC4154-11 HSU119 SLI-343Y8Y(KLM) SLI-343U8R(HJK) SLI-343Y8Y(KLM)
MISCELLANEOUS RESISTORS R 3001,3002,3015 R 3020-3022,3028,3067 R 3076 Other Resistors
RS1/8SQ0R0J RS1/8SQ0R0J RS1/8SQ472J RS1/10SR###J
CAPACITORS C C C C C
C
3001-3003,3005-3008 3009,3010,3014,3017 3011 3041,3042 3043,3046-3051
CKSRYB103K50 CKSRYB104K16 CEJQ101M16 CKSRYB103K50 CKSRYB104K16
DCS1117 DCS1078 DCS1078 DCS1117 DCS1116
S S S S S
DSG1089 DSG1079 DSG1089 DSG1079 YSD5019
4001,4003,4004,4007 TACT SWITCH 4002,4005,4006,4008 TACT SWITCH 4009,4011,4013-4018 TACT SWITCH 4010,4012,4019-4026 TACT SWITCH 4027 ROTARY SW
CN 4001 8P CONNECTOR CN 4002 25P CONNECTOR
I CDJ2B ASSY
VKN1239 VKN1256
RESISTORS All Resistors
SEMICONDUCTORS
D
VR 4001,4005,4009,4013 ROTARY VR VR 4002-4004,4006-4008 ROTARY VR VR 4010-4012,4014-4016 ROTARY VR VR 4017,4019 ROTARY VR VR 4018 ROTARY VR
Q Q Q D D
3530-3533 3538-3543 3544-3547 3501-3510,3512 3511,3513,3548-3550
RT1N241M 2SC4154-11 2SB1197K HSU119 SLI-343M8G(GHJ)
D D D D
3514-3529,3556-3559 3530-3547 3551,3552 3553
HSU119 SLI-343Y8Y(KLM) SLI-343U8R(HJK) SLI-343M8G(GHJ)
RS1/10SR###J
CAPACITORS C 4028,4029 C 4030-4057 C 4058-4076
CEJQ470M16 CKSRYB104K16 CKSRYB103K50
K MICB ASSY SEMICONDUCTORS IC 4601
NJM4565MD
MISCELLANEOUS
E
VR 3501,3502,3504-3506 ROTARY VR VR 3503 VR S 3501,3503,3504 TACT SWITCH S 3502,3505-3511 TACT SWITCH S 3512-3524 TACT SWITCH
DCS1078 DCV1009 DSG1079 DSG1089 DSG1079
S 3525,3526 TACT SWITCH S 3527 ENCODER CN 3501 19P CONNECTOR CN 3502 25P CONNECTOR CN 3503 20P CONNECTOR
DSG1117 DSX1082 VKN1250 VKN1256 VKN1251
MISCELLANEOUS JA 4601 KN 4601 VR 4601 S 4601 CN 4601
VA 4601 VARISTORS
R 4601 R 4602 R 4604 R 4605 Other Resistors
RS1/8SQ0R0J RS1/10SR###J
CAPACITORS C C C C C
F
3501,3502,3504,3505 3520,3521,3541-3547 3535-3539 3540 3550-3552
DKN1614 VNE1948 DCS1111 DSH1025 KM200NA6 EZJZ1V270RM
RESISTORS
RESISTORS R 3600 Other Resistors
MIC JACK SCREW PLATE POTENTIOMETER SLIDE SWITCH PLUG (6P)
RS1/10SR2201D RS1/10SR1002D RS1/10SR1101D RS1/10SR6802D RS1/10SR###J
CAPACITORS CKSRYB103K50 CKSRYB104K16 CKSRYB103K50 CEJQ101M16 CKSRYB104K16
C C C C C
4601,4618 4602 4604,4612,4614 4605 4606
C 4609,4611
134
CCSRCH102J50 CCSRCH561J50 CEJQ100M35 CCSRCH331J50 CEJQ101M16 CEJQ470M16
DDJ-T1 1
2
3
4
5
Mark No. Description C C C C
4613 4615 4616 4619,4620
6
Part No.
7
Mark No. Description
CKSRYB103K50 CFTLA103J50 CKSRYB104K16 CCSRCH101J50
Q 2509,2510,2512-2515 Q 2516-2519,2526,2527 Q 2520,2521,2528,2531
Part No. RT1N141M-11 RT1P141M RT1N141M-11 A
Q Q D D D
L CHFD ASSY SEMICONDUCTORS D 4201-4212
8
2522-2525 2529,2530 2504 2505,2507 2511-2514
RTQ040P02 RT1P141M UDZS5R6(B) RB160M-30 HSU119
HSU119 D 2515
UDZS3R6(B)
MISCELLANEOUS VR 4201-4204 VARIABLE RESISTOR S 4201-4204 SLIDE SWITCH CN 4201 15P CONNECTOR CN 4202 L-PLUG (3P)
DCV1024 ASH1039 VKN1246 KM200NA3L
MISCELLANEOUS
RESISTORS All Resistors
CEJQ101M16 CKSRYB103K50 CKSRYB104K16
RESISTORS
HSU119
MISCELLANEOUS DCV1023 KM200NA3L
CAPACITORS C 4301 C 4302
VNE1948 ASG1100 KM200NA13L EZJZ1V270RM
B
RS1/4SA0R0J RS1/10SR###J
CAPACITORS
SEMICONDUCTORS
VR 4301 VARIABLE RESISTOR CN 4301 L-PLUG (3P)
KN 4601 SCREW PLATE S 2502 SLIDE SWITCH CN 2501 L-PLUG (13P) VA 2501,2502 VARISTORS
R 2510,2532 Other Resistors
M CRFD ASSY D 4301,4302
BTX1042 DTH1197 BTX1042 DKN1523 DKN1237
RS1/10SR###J
CAPACITORS C 4201 C 4202-4205 C 4206-4210
L 2503,2504 CHIP BEEDS FILTER L 2506 COIL L 2507,2508 CHIP BEEDS FILTER JA 2501 DCIN JACK JA 2502 USB CONNECTOR
CKSRYB103K50 CKSRYB104K16
N HPJK ASSY
C
C C C C C
2501,2503-2506,2514 2502,2508 2507 2509,2533 2515,2535
CKSRYB103K50 CEJQNP470M25 CEJQ100M35 CEHAZL121M10 CKSRYB103K50
C C C C C
2516,2517 2519 2520 2521,2522,2534 2523,2528
DCH1201 CKSRYB474K16 CKSRYB224K16 CKSRYB105K16 CCSRCH102J50
C 2525,2529
CKSRYB104K16
D
SEMICONDUCTORS IC 4801 Q 4801-4804
NJM4556AD INC2002AC1
MISCELLANEOUS JA 4801 JA 4802 KN 4801 CN 4801 VA 4801
HEADPHONE JACK CONNECTOR SCREW PLATE PLUG (9P) VARISTORS
DKN1622 CKS4124 VNE1948 KM200NA9 EZJZ1V270RM
RESISTORS
E
R 4807,4809 R 4813,4814 Other Resistors
RS1/4SA270J RS1/4SA130J RS1/10SR###J
CAPACITORS C C C C
4801-4803,4806 4807,4808,4813,4814 4809,4810,4815,4816 4811
CEHAR470M16 CEHAR101M10 CKSRYB473K16 CKSRYB103K50
O USBB ASSY
F
SEMICONDUCTORS Q 2506 Q 2507
2SC4154-11 LSA1576UB
135
DDJ-T1 5
6
7
8
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