SM-SPR4232

August 18, 2017 | Author: Clinton McDade | Category: Hdmi, Color Balance, Calibration, Electrical Connector, Film And Video Technology
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Description

PLASMA DISPLAY TV Chassis : D71C(N_SD_POD_HDMI)_Strauss Model : SPR4232X/XAA (SP-R4232)

SERVICE

Manual

PLASMA DISPLAY TV

CONTENTS 1.

Product Specification

2.

Alignment & Adjustment

3.

Troubleshooting

4.

Exploded View & Part List

5.

Electrical Part List

6.

Schematic Diagram

ELECTRONICS

This Service Manual is a property of Samsung Electronics Co.,Ltd. Any unauthorized use of Manual can be punished under applicable International and/or domestic law.

© Samsung Electronics Co., Ltd. Mar. 2005 Printed in Korea AA82-02172A

Product Specification

1. Product Specification Model Dimension Weight

SP-R4232 41.7(W) x 29.1(H) x 3.88 (D) inches (Without Stand) 41.7(W) x 30.7(H) x 13.4 (D) inches (With Stand) 35.5kg / 78.3 lbs (Without Stand) 40.1kg / 88.4 lbs (With Stand)

Voltage

AC 120V~, 60Hz

Power Consumption

330 W

Number of Pixels

852(H)x480(V)

Screen Size

42 inches

ANTENNA Input

ANT 1 - CABLE IN (Cable QAM) ANT 2 - AIR IN (ATSC) ※75W unbalanced

VIDEO Input

AV S-VIDEO COMPONENT1 - 480i/480p/720p/1080i COMPONENT2 - 480i/480p/720p/1080i PC HDMI (DVI Compatible)

AUDIO Input

AV S-VIDEO COMPONENT1 - 480i/480p/720p/1080i COMPONENT2 - 480i/480p/720p/1080i PC DVI

Monitor Output

AUDIO (L/R)

Audio Output

OPTICAL(DIGITAL OUT) COAXIAL(DIGITAL OUT)

Speaker Output

15W + 15W (8Ω )

Samsung Electronics

1-1

MEMO

1-2

Samsung Electronics

Alignment & Adjustment

2. Alignment & Adjustment 2-1 Service Mode 2-1-1 SERVICE MODE Entry Method (General Transmitter) ※ Using the Customer Remote 1. Turn the power off and set to stand-by mode. 2. Press the remote buttons in this order; POWER OFF-MUTE-1-8-2- POWER ON to turn the set on. 3. The set turns on and enters service mode. 4. Press the Power button to exit and store data in memory. ※ If you fail to enter service mode, repeat steps 1 and 2 above.

2-1-2 Initial SERVICE MODE DISPLAY State 2-1-2(A) OSD DISPLAY

HDMI/DTV HD Calibration Adjust Option Byte Test Pattern White Balance Chip Debugger SVP-EX Checksum MST9883 Option PDP MSP34XX RESET YC Delay DNIe Lite T-STRANUS0S-0036 Jan 12 2005 T-STRANUS5-0117 [Sec : 29]

※ If you need customer setting reset, use only "RESET W/O CP". ※ "T-STRANUS0S-0036" and "T-STRANUS5-0117" are firmware version. The firmware version is subject to change without notice. 2-1-2(B) Button Operations in SERVICE MODE Menu

Displays all menus

UP/DOWN

Cursor moves to select items

LEFT/RIGHT

To increase and decrease the data of the selected items

(ENTER) SOURCE button

Confirm your choice(Store OR Enter) Change input source

♣ While in Tuner mode, the direct access buttons can be used to select and change channels.

Samsung Electronics

2-1

Alignment & Adjustment

2-2 WHITE Balance Coordinates 2-2-1 SP-R4232 White Balance Adjustment 1. W/B Adjustment is required for the following sequence. Color Calibration (CVBS,Component,PC) → W/B Adjustment (HDMI,Component,CVBS) 2. Adjustment Method (Signal equipment : MSPG-925LTH, Measurement equipment : CA210) 3. You can adjust the white ratio in factory mode (Calibration, White Balance menu). 4. Since the adjustment value and the data value vary depending on the input source, you have to adjust these in HDMI, Component and AV modes. 5. The optimal values for each mode are configured by default. (Refer to Table 2-2 and 2-3) Equipment: CA-210 & Master MSPG925 Generator Calibration Pattern: Master MSPG925 #24 "Lattice pattern" W/B adjustment Pattern: Master MSPG925 #16 "ABL pattern" Use other equipment only after comparing the result with that of the Master equipment. Set Aging Time: Longer than 30 min. Pattern Resolution: Given below. Calibration Available/None and Pattern used for Calibration. Input mode CVBS IN (Model_#1) Component IN (Model_#6) PC Analog IN (Model_#21) HDMI IN

Calibration

Pattern

Perform in NTSC B&W Pattern #24

Lattice

Perform in 720p B&W Pattern #24

Lattice

Perform in VESA XGA (1024*768) B&W Pattern #24 None

Lattice -

Table 2-1 White Balance coordinates configuration result. (On the basis of the ABL pattern. The resolutions are given below)

Input mode CVBS IN (NTSC)

H/L

x 265

y 261

Y(fL) 31.0

T(K)/MPCD 16000K/-10

L/L

280

281

0.8

10000K/-5

Component IN (720p, 60Hz)

H/L

265

261

31

16000K/-10

L/L

280

281

1.4

10000K/-5

265 280

None 261 281

31.0 0.8

16000K/-10 10000K/-5

PC Analog IN HDMI IN (720p, 60Hz)

H/L L/L

Table 2-2 For PC Mode, perform only calibration and do not perform additional W/B adjustments.

2-2

Samsung Electronics

Alignment & Adjustment

ITEM

Warm 2

Warm 1

Normal

Color Coordinate

313/329(6500K)

295/305(8250K)

285/295(9300K)

R Cutoff

124

124

128

128

128

G Cutoff

125

125

128

128

128

B Cutoff

128

128

128

128

128

R Gain

143

137

125

117

124

G Gain

128

128

128

128

128

B gain

102

112

114

133

144

R Cutoff

128

128

128

128

128

G Cutoff

128

128

128

128

128

B Cutoff

128

128

128

128

128

R Gain

150

138

136

128

128

G Gain

128

128

128

128

128

B gain

111

125

137

151

162

R Cutoff

128

128

128

128

128

G Cutoff

128

128

128

128

128

B Cutoff

128

128

128

128

128

R Gain

150

138

136

128

128

G Gain

128

128

128

128

128

B gain

111

125

137

151

162

AV Component HDMI

PC

Cool1

Cool2

267/278(12500K) 263/265(15000K)

Table 2-3

2-2-2 Conditions for Measurement 1.On the basis of toshiba ABL pattern : High Light level (57 IRE) ■ INPUT SIGNAL GENERATOR : MSPG-925LTH * Mode NO 1 : [email protected] Hz NO 6 : [email protected] Hz NO 21 : [email protected] Hz * Pattern NO 24 : B&W Lattice Pattern NO 16 : Toshiba ABL Pattern 2.Optical measuring device : CA210 (FL) Please use the MSPG-925 LTH generator for model SP-R4232

Samsung Electronics

2-3

Alignment & Adjustment

2-2-3 Method of Adjustment 1.Adjust the basic level of Component,PC and CVBS input signals. a) Enter factory Calibration, confirm the ADC data (Component, PC, AV Modes). * ADC default value : Table 2-1

Picture 2-1 B&W Lattice Pattern * You must perform Calibration in the Lattice pattern before adjusting the White Balance. * If you perform Calibration in a pattern other than the Lattice pattern, it causes a malfunction and the operation will not finish. In this case, press the "EXIT" button on the remote control to terminate the operation. 1) Enter Service mode. 2) Apply the NTSC Lattice (No 1) pattern signal to the VIDEO IN port. 3) Press the Source key to switch to "AV/S-VIDEO" mode. 4) After confirming that the Lattice pattern appears, select the "Calibration" menu. 5) Select the "AV Calibration" menu. 6) In "AV Calibration Off" status, press the "▶" key to perform Calibration. 7) When Calibration is complete, it returns to the high-level menu. 8) Apply the 720p Lattice (No 6) pattern signal to the COMPONENT IN (Y/Pb/Pr) port. 9) Press the Source key to switch to "COMPONENT" mode. 10) After confirming that the Lattice pattern appears, select the "Calibration" menu. 11) Select the "COMP Calibration" menu. 12) In "COMP Calibration Off" status, press the "▶" key to perform Calibration. 13) When Calibration is complete, it returns to the high-level menu. 14) Apply the 1024x768 Lattice (No 21) pattern signal to the PC IN port. 15) Press the Source key to switch to "PC" mode. 16) After confirming that the Lattice pattern appears, select the "Calibration" menu. 17) Select the "PC Calibration" menu. 18) In "PC Calibration Off" status, press the "▶" key to perform Calibration. 19) When Calibration is complete, it returns to the high-level menu. 20) All Calibration operations are complete.

2-4

Samsung Electronics

Alignment & Adjustment

2.Adjust the white balance of HDMI,Component and AV Modes. a) Set the input to the mode in which the adjustment will be made (HDMI, Component, AV adjustment. Do not adjust in PC Mode.) * Input signal - AV Mode : Model #1 (744*484 Mode), Pattern #16 - Component/HDMI Mode : Model #6 (1280*720 Mode), Pattern #16 b) Enter factory White Balance, confirm the data.

Picture 2-2 Toshiba ABL Pattern c) Adjust the low light. (Refer to Picture 2-3 for measurement point.) - Adjust Sub-Bright(SVP) to set the 'Y' value. - Adjust red offset ('x') and blue offset ('y') to the color coordinates. * Do not adjust green offset data.

Low light Measurement point Picture 2-3 Toshiba ABL Pattern

d) Adjust the high light. (Refer to Picture 2-4 for measurement point.) - Adjust Sub-Contrast(DNIe) to set the 'Y' value. - Adjust red gain ('x') and blue gain ('y') to the color coordinates. * Do not adjust the green gain and sub-contrast (Y) data. High light Measurement point

Picture 2-4 Toshiba ABL Pattern

Samsung Electronics

2-5

Alignment & Adjustment

2-2-4 How to adjust White Balance with 10 steps gray pattern 1. If you don't have Toshiba ABL pattern, you can adjust white balance with 10 steps gray scale pattern of Picture 2-5. 2. When you measure Low Light, use 20 IRE portions. And When you measure High Light, use 70 IRE portion. But if color noise is less in 60 IRE than in 70 IRE, 60 IRE is allowed as a measure point.

Picture 2-5 3. Perform adjustments 2-b through 2-d from previous page using the 10 step gray scale pattern.

2-6

Samsung Electronics

Alignment & Adjustment

2-3 Factory Data 2-3-1 Factory OSD Main Menu HDMI/DTV HD Calibration Adjust Option Byte Test Pattern White Balance Chip Debugger SVP-EX Checksum MST9883 Option PDP MSP34XX RESET YC Delay DNIe Lite T-STRANUS0S-0036 Jan 12 2005 T-STRANUS5-0117 [Sec : 29]

2-3-2 Calibration ITEM AV Calibration

Off

Comp Calibration

Off

PC Calibration

Off

2-3-3 Option Byte ITEM Caption Level

16

Watchdog Enable

1

Spread Enable PC

1

Clock Adjust

4

2-3-4 White Balance ITEM

Range

Sub Bright(SVP)

Initial Values of Input Modes TV/AV/S-video

Component

PC

HDMI

0~1204

408

440

480

403

R-Offset

0~1204

516

515

512

516

G-Offset

0~1204

512

512

512

512

B-offset

0~1204

514

504

512

509

Sub Contrast(DNIe)

0~255

128

128

128

132

R-Gain

0~255

129

128

128

125

G-Gain

0~255

128

128

128

128

B-Gain

0~255

134

138

128

135

256

256

256

256

Sub Contrast(SVP) Samsung Electronics

2-7

Alignment & Adjustment

2-3-5 SVP-EX ITEM

Initial Values of Input Modes Range

TV

AV/S-Video

Component 480i/P

720/1080

PC

HDMI

00.Comb Filter 01.Y-Filter 01.Peaking 01.V-PosGain

0~15

2

2

1

2

0

1

02.V-NegGain

0~15

4

4

4

2

0

4

03.V-BpGain

0~32

16

16

16

16

16

16

04.V-HfGain

0~32

20

20

20

20

20

20

05.V-Peaking-TH 1

0~256

16

16

16

16

16

16

06.V-Peaking-TH 3

0~256

128

128

128

128

128

128

01.TCD3 Contrast

0~255

119

119

119

-

119

02.TCD3 Brightness

0~255

49

49

49

-

49

03.TCD3 YC Delay

0~15

1

0

1

-

1

04.Analog Y Offset

0~1023

63

64

63

-

64

05.Analog PB Offset

0~1023

512

512

512

-

512

06.Analog PR Offset

0~1023

512

512

512

-

512

07.Analog Y Gain

0~255

213

213

214

-

220

08.Analog PB Gain

0~255

254

254

245

-

254

09.Analog PR Gain

0~255

254

254

245

-

254

10.Black Level Setting

0~255

0

0

0

-

0

11.Brightness

0~255

128

128

128

-

128

127

127

120

-

127

02.NR 01.Y-NR-Off 02.C-NR-Off 03.Y-NR-On 04.C-NR-On 03.Deinterlace 01.Motion 04.Picture Gain Adjust

12.UserColor(MAX) 06.WB Control 01.MP R-Offset2

0~1023

512

512

512

512

512

02.MP G-Offset2

0~1023

512

512

512

512

512

03.MP B-Offset2

0~1023

512

512

512

512

512

04.PP R-Offset2

0~1023

512

512

512

512

512

05.PP B-Offset2

0~1023

512

512

512

512

512

06.PP B-Offset2

0~1023

512

512

512

512

512

2-8

Samsung Electronics

Alignment & Adjustment

ITEM

Range

Initial Values of Input Modes TV

AV/S-Video

Component

PC

HDMI

07. Chroma 01.LtiPeakGain

0~31

31

31

31

31

31

02.LtiStep

0~3

2

2

2

2

2

03.LtiTh

0~255

16

16

16

16

16

04.LtiGain

0~31

8

10

10

8

10

05.LowPassGain

0~31

8

17

7

5

12

06.BandPassGain

0~31

13

24

10

8

2

07.HighPassGain

0~31

10

18

2

5

26

08.PeakStep

0~3

1

1

1

1

0

09.PeakTh1

0~255

7

7

7

7

7

10.PeakTh2

0~255

2

2

2

0

2

11.PeakTh3

0~255

32

32

32

32

32

12.PeakN1Factor2

0~63

56

8

8

0

0

13.PeakN1Factor1

0~63

40

48

40

48

40

14.CoringTh

0~255

2

2

2

8

2

15.CoringGain

0~31

8

0

8

0

8

16.PeakPosGain

0~15

1

1

3

3

1

17.PeakNegGain

0~15

1

1

3

3

1

18.BypassHsharp

0~1

0

0

0

0

0

19.DctiGain

0~15

4

4

10

12

4

20.DctiStep

0~7

1

1

1

3

1

21.DctiEnable

0~1

1

1

1

1

1

22.DctiThres

0~255

12

12

12

12

12

08.CLK_A

16~17

16

16

16

17

16

09.CLK_B

0~255

32

32

32

0

32

0

0

0

0

0

10.GAMMA

Samsung Electronics

2-9

Alignment & Adjustment

2-3-6 MST9883 ITEM

Range

R_Gain

Initial Values of Input Modes TV/AV/SVHS

Component

PC

HDMI

0~255

114

114

114

114

G_Gain

0~255

113

113

113

113

B_Gain

0~255

114

114

114

114

R_Offset

0~255

121

121

121

121

G_Offset

0~255

121

121

121

121

B_Offset

0~255

121

121

121

121

2-3-7 MSP34XX ITEM

Range

Initial

FM-Prescale

0~255

0x20

NICAM-Prescale

0~255

0x20

AV-Prescale

0~255

0x1C

I2S_1 Prescale

0~255

0x10

I2S_3 Prescale

0~255

0x11

Carrier Mute

0~255

On

Pilot High

0~255

0x0D

Pilot Low

0~255

0x07

Scart1 Out Volume

0~255

0x6D

Scart2 Out Volume

0~255

0x73

2-3-8 YC Delay

2-10

Initial Values of Input Modes

ITEM

Range

RF PAL-B/G

0~255

0

RF PAL-D/K

0~255

0

RF PAL- I

0~255

0

RF SECAM-B/G

0~255

0

RF SECAM-D/K

0~255

0

RF SECAM-L/L'

0~255

0

RF NTSC3.58

0~255

0

RF NTSC4.43

0~255

0

AV PAL

0~255

0

AV SECAM

0~255

0

AV NTSC 3.58

0~255

0

AV NTSC4.43

0~255

0

AV PAL60

0~255

0

TV/AV/SVHS

Component

PC

HDMI

-

-

-

Samsung Electronics

Alignment & Adjustment

2-3-9 DNIe Lite ITEM

Range

Initial Values of Input Modes TV/AV/SVHS

Component

PC

HDMI

01.PATT_SEL

0~63

0

0

0

0

02.BLACK_TILT

0~255

120

120

80

120

03.BLACK_GAINMAX

0~1023

400

380

370

380

04.TEST_MCC

0~255

0

0

0

0

05.OVERLAP_MCM

0~255

0

0

0

0

06.AREA_EN_MCC

0~255

31

31

31

31

07.I2C Offset Mean

0~63

16

10

10

10

0

0

0

0

08.I2C Ana Check 09.White Balance(Post) 1.R-Offset(Post)

-512~511

0

0

0

0

2.G-Offset(Post)

-512~511

0

0

0

0

3.B-Offset(Post)

-512~511

0

0

0

0

4.R-Gain(Post)

0~255

0

128

128

128

5.G-Gain(Post)

0~255

0

128

128

128

6.B-Gain(Post)

0~255

0

128

128

128

7.Com_Offset_Sel

0,1

1

0

0

0

8.Com_Gain_Sel

0,1

1

0

0

0

10.ColorTone Cool2 10.ColorTone Cool1 10.ColorTone Normal

Refer to Table 2-3

10.ColorTone Warm1 10.ColorTone Warm2

2-3-10 Adjust ITEM

Range

Initial Values of Input Modes TV/AV/SVHS

Component

PC

HDMI

01.Video Mute Time

0~63

5

-

-

5

02.Melody Volume

0~63

10

-

-

20

03.Dynamic Contrast

0

0

0

0

04.Dynamic Bright

0

0

0

0

05.Dynamic Color

0

0

0

0

06.Dynamic Sharpness

0

0

0

0

07.Standard Contrast

0

0

0

0

08.Standard Bright

0

0

0

0

09.Standard Color

0

0

0

0

10.Standard Sharpness

0

0

0

0

Samsung Electronics

2-11

Alignment & Adjustment

ITEM

Range

TV/AV/SVHS

Initial Values of Input Modes Component PC

HDMI

11.Movie Contrast 12.Movie Bright 13.Movie Color 14.Movie Sharpness 15.RF_dB_1

Rf

AV

-.Noise Thres1

0~255

20

20

-.LowPassGain1

0~31

7

14

-.BandPassGain1

0~31

12

19

-.HighPassGain1

0~31

6

16

-.PeakStep1

1

1

-.CoringTh1

2

2

-.CoringGain1

8

2

-.PosGain1

1

1

-.NegGain1

1

1

-.V-PosGain1

2

2

-.V-NegGain1

2

2

-.Noise Thres2

30

40

-.LowPassGain2

5

10

-.BandPassGain2

8

15

-.HighPassGain2

0

8

-.PeakStep2

0

0

-.CoringTh2

12

8

-.CoringGain2

8

10

-.PosGain2

1

1

-.NegGain2

1

1

-.V-PosGain2

1

1

-.V-NegGain2

1

1

-.Noise Thres3

40

60

-.LowPassGain3

0

5

-.BandPassGain3

0

12

-.HighPassGain3

0

4

-.PeakStep3

0

0

-.CoringTh3

26

14

-.CoringGain3

15

16

-.PosGain3

0

0

-.NegGain3

0

0

-.V-PosGain3

0

0

-.V-NegGain3

0

0

16.RF_dB_2

17.RF_dB_3

2-12

Samsung Electronics

Alignment & Adjustment

2-3-11 Test Pattern 01. OSD Pattern 01. Luma Ramp(32 Step) 02. Luma Ramp(128 Step) 03. White 16 04. White 240 05. Color Bar 06. RGB Ramp(32 Step) 07. Cross Hatch(20X20) 02. 1 Channel Pattern 01. Y-Filter 02. V-PosGain 03. V-NegGain 04. V-BpGain 05. V-HfGain 06. V-Peaking-Th1 07. V-Peaking-Th3 03. 2 Channel Pattern 01. Luma Ramp(32 Step) 02. Luma Ramp(128 Step) 03. White 16 04. White 240 05. Color Bar 06. RGB Ramp(32 Step) 07. Cross Hatch(20X20)

2-3-12 Chip Debugger : ON/OFF (Select this menu before downloading sub-micom image) 2-3-13 Checksum [XXXX]

Samsung Electronics

2-13

Alignment & Adjustment

2-3-14 Option PDP : ON/OFF ITEM

Range

01.Pixel Shift

Initial 0

-.Pixel Shift Test

0~1

0

-.Number Range

0~1

1

-.Line Range

0~1

1

02.Sound SD delay

0~2

1

03.Sound HD delay

0~2

1

04.Sound DTV delay

0~1

0

05.DDC Write

0~1

0

06.Auto Voltage Adj

5

07.Image Sticking

0

08.Error Mode Check

1

09.Error Code Table

4

10.Patt Sel

0

11.Control Key Lock

0

12.FCRL Con

1

2-3-15 Reset

2-14

Samsung Electronics

Alignment & Adjustment

2-4 Voltage Adjustment 2-4-1 SMPS Panel voltages must be adjusted after changing SMPS-PCB or PDP module. Fixing

Range

Vs

200V

195~215V

Va

60V

50~70V

Vset

180V

175~195V

Ve

95V

80~120V

Vscan

-200V

-180~220V

Board Adjustment SMPS-MAIN

SMPS-DC/DC

2-4-2 A point of adjusting SMPS-MAIN voltage.

Samsung Electronics

2-15

Alignment & Adjustment

2-4-3 A point of adjusting SMPS-DC/DC.

2-16

Samsung Electronics

Alignment & Adjustment

2-5 Output voltage of SMPS 2-5-1 Output Connector A.AC INPUT CONNECTORS A-1. AC_INPUT connector [CN800] Part Number : Molex Header : 35313-03 (Mated with 35156-03 Housing )

A-2. AC_POD connector [CN811] Part Number : Part Molex Header : 35313-03 (Mated with 35156-03 Housing )

PIN #

Signal

PIN #

Signal

1

AC Live

1

AC Live

2

N/C

2

N/C

3

AC Neutral

3

AC Neutral

B. Main DC OUTPUT CONNECTORS B-1. Vs/Va connector [CN809] Part Number : Molex Header : 35313-13 (Mated with 35156-13 Housing)

B-2. Logic connector [CN810] Part Number : Molex Header : 35312-10 (Mated with 35155-10 Housing)

B-3. Image_Analog [CN803] Part Number : Yeon-Ho Electronics Header SMW250-10

PIN #

Signal

PIN #

Signal

PIN #

Signal

1

D5.3V

1

STD_5V

1

6.5V

2

Vg

2

VS_ON

2

RTN

3

RTN

3

N/C

3

12V

4

RTN

4

PS_ON

4

RTN

5

RTN

5

RTN

5

18Vamp

6

RTN

6

D5.3V

6

18Vamp

7

RTN

7

RTN

7

RTN_amp

8

Va

8

RTN

8

RTN_amp

9

Va

9

D5.3V

9

Vt

10

N/C

10

D5.3V

10

RTN

11

Vs

12

Vs

Samsung Electronics

2-17

Alignment & Adjustment

B-4. Image_Digital [CN804-1] Part Number : Yeon-Ho Electronics Header: SMW250-12

B-6. FAN connector [CN805,CN806,CN807,CN808] Part Number : Molex Header/: 35312-03 Mated with 35155-03 Housing

PIN #

Signal

1

5.3V

PIN #

Signal

PIN #

Signal

2

RTN

1

FAN

1

5.3V

3

5.3V

2

RTN

2

RTN

4

RTN

3

FAN_D

3

Vcs

5

Vcs

4

Vcs

6

Vcs

5

RTN

7

RTN

6

RTN

8

RTN

7

12V

9

12V

8

PS_ON

10

PS_ON

9

RTN

11

RTN

10

STD_5V

12

STD_5V

11

FAN_ON

13

FAN_ON

12

FAN_D

14

FAN_D

C. POD Board Connector C-1.POD_IN connector [J0801] Part Number : Molex Header : 35313-03 (Mated with 35156-03 Housing)

2-18

B-5. Image_Digital [CN804-2] Part Number : Yeon-Ho Electronics Header: SMW250-14

1:1 Pin matched

C-2. POD_OUT connector [J0802] Part Number : Yeon/Ho Electronics Header :SMW250-12 (Mated with Yeon-Ho SMH250-12 Housing )

PIN #

Signal

PIN #

Signal

1

AC Live

1

POD_5.3V

2

N/C

2

RTN

3

AC Neutral

3

POD_5.3V

4

RTN

5

POD_6.5V

6

RTN

7

POD_12V

8

RTN

9

POD_12V

10

RTN

11

POD_33V

12

POD_S/W

Samsung Electronics

Alignment & Adjustment

D. DC/DC Board Connector D-1. Vs/Va connector [CN3] Part Number : Molex Header: 35313-13 (Mated with 35156-13 housing)

D-2. X Drive connector [CN4] Part Number : Molex Header: 35313-09 (Mated with 35156 -9 housing)

D-3. Y Drive connector [CN2] Part Number : Molex Header: 35313-10 (Mated with 35156 -10 housing)

PIN #

Signal

PIN #

Signal

PIN #

Signal

1

D5.3V

1

5.3V

1

Vs

2

Vg

2

Vg

2

Vs

3

RTN

3

RTN

3

RTN

4

RTN

4

RTN

4

RTN

5

RTN

5

Ve

5

Vest

6

RTN

6

RTN

6

RTN

7

RTN

7

RTN

7

Vscan

8

RTN

8

Vs

8

RTN

9

Va

9

Vs

9

Vg

10

Va

10

5.3V

11

N/C

12

Vs

13

Vs

D-4. Address1 connector [CN1] Part Number : Molex Header: 35313-05 (Mated with 35156-5 housing)

D-5. Address2 connector [CN6] Part Number : Molex Header: 35313-05 (Mated with 35156-5 housing)

PIN #

Signal

PIN #

Signal

1

Va

1

Va

2

N/C

2

N/C

3

5.3V

3

5.3V

4

N/C

4

N/C

5

RTN

5

RTN

Samsung Electronics

2-19

Alignment & Adjustment

2-6 Module Block

No

Code No

Specification

- ASSYPDPMODULE P

BN96-01887A

M1,PS42S5S,D,V4,1002¡¿590,852¡¿480,NTSC/PAL,42 INCH,PL42SD009A

1 ASSYPCB P-SMPS

BN96-01923A

PS-42S5S,100~240V

2 ASSYPCB P-SMPS

BN96-01856A

SPD-50P5HD(DC_DC),200Vin(DC_DC)

3 ASSYPCB P-SMPS

BN96-01805A

SPD-50P5HD(POD),100~240V(POD)

4 ASSYPDPP-X MAIN BOARD

BN96-02038A

M1,PS42S5S,D,V4,1002¡¿590,852¡¿480,NTSC/PAL,42 INCH,LJ92-01029A

5 ASSYPDPP-YMAIN BOARD

BN96-02039A

M1,PS42S5S,D,V4,1002¡¿590,852¡¿480,NTSC/PAL,42 INCH,LJ92-01030A

6 ASSYPDPP-YBUFF UPPER BOARD

BN96-02040A

M1,PS42S5S,D,V4,1002¡¿590,852¡¿480,NTSC/PAL,42 INCH,LJ92-01031A

7 ASSYPDPP-YBUFF LOWER BOARD

BN96-02041A

M1,PS42S5S,D,V4,1002¡¿590,852¡¿480,NTSC/PAL,42 INCH,LJ92-01032A

8 ASSYPDPP-LOGIC BOARD

BN96-02042A

M1,PS42S5S,D,V4,1002¡¿590,852¡¿480,NTSC/PAL,42 INCH,LJ92-01258

9 ASSYPDPP-ADDRESS E BUFF BOARD

BN96-02043A

M1,PS42S5S,D,V4,1002¡¿590,852¡¿480,NTSC/PAL,42 INCH,LJ92-01026B

10 ASSYPDPP-ADDRESS F BUFF BOARD

BN96-02044A

M1,PS42S5S,D,V4,1002¡¿590,852¡¿480,NTSC/PAL,42 INCH,LJ92-01027B

11 ASSYPCB MISC-MAIN

BN94-00669A

SPR4232X/XAA,D71C,D5

12 ASSYBOARD P-FUNCTION

BN96-02049A

SCHUBERT,CT5000-3270,FUNCTION

13 ASSYBOARD P-POWER & IR

BN96-02050A

SCHUBERT,CT5000-3400,POWER&IR

14 ASSYSPEAKER P

BN96-01955A

8ohm,D5,42,15W

15 ASSYFAN P

BN96-02046A

B1S,71X149.5X5mm,1.9,0.19,24,-10 ~ 70,60,3700,DC12V,POD FAN

16 ASSYMISC P-INLET

BN96-02112A

SP-R4232,STRAUSS,DOCUMENT,INLET

2-20

Description

S.N.A

S.N.A

Samsung Electronics

Alignment & Adjustment

2-7 Main Board Block 2-7-1 Block Diagram

Samsung Electronics

2-21

Alignment & Adjustment

2-7-2 PCB Layout

2-22

Samsung Electronics

Alignment & Adjustment

2-8 Disassemble and Reassemble * Please lay the PDP unit face down on a soft surface when removing the stand. (1)Loosen the Screws(4EA), and remove the stand.

(2)Loosen the Screws(14EA), and remove the Speaker Cover.

(3)Loosen the Screws(9EA), and remove the Terminal Cover.

(4)Loosen the Screws(3EA) and FAN-Connector, separate ASSY FAN.

Samsung Electronics

2-23

Alignment & Adjustment

(5)Remove Screw(5EA) and Cable, separate Main Board.

(6)Loosen the Screws(24EA), and remove the Rear Sub Cover.

(7)Loosen the Screws(6EA), and remove the Rear Sub Cover.

2-24

Samsung Electronics

Alignment & Adjustment

(8)In this state, you can separate the POD-SMPS, SMPS and the Logic board.

(9)Take care when separating the Logic Board not to damage the Flat-Cable Connector Cover.

(10) Loosen the Screw(24EA), and remove the wall bracket ass'y.

Samsung Electronics

2-25

Alignment & Adjustment

(11)Image that ASSY Bracket-Wall and SMPS are detached.

(12)To separate the Flat Cable of the X-Board, press the upper and the lower sides of the connector.

(13)While pressing the connector, pull it towards the right.

(14)Remove the Flat cable.

(15)Loosen the Screw(4EA), and remove the X-Board.

2-26

Samsung Electronics

Alignment & Adjustment

(16)To separate the Scan-Board connector, pull the connector holding the upper and the lower sides of the connector.

(17)To separate the Y-Board and the Scan-Board, remove the following 3 connectors.

(18)Loosen the Screw(6EA), and remove the Y-Board and Buffe Boards.

(19)Loosen the Screw(8EA), and remove the E-Board and F-Board.

(20)Assembly works with inverted order of dissolution.

Samsung Electronics

2-27

Alignment & Adjustment

2-9 How to Check the Version of the Program 1) Select the "Setup" menu in the Menu screen. 2) Place the cursor over the "On" of "Function Help", and press the "Info" key on the remote control. 3) The version of the program is displayed at the bottom of the Menu screen.

Main Program Version Boot-code Version

2-28

Samsung Electronics

Troubleshooting

3. Troubleshooting 3-1 Troubleshooting Summary - The purpose of this document is to provide necessary information for service personnel operation. ▶ The chart below shows abnormal conditions that happened in 2005. Condition Name

Description

No Voltage Output Operating Voltages don't exist.

Related Board SMPS

No Display

Operating Voltages exist, but an Image doesn't exist on screen Y-MAIN, X-MAIN, Logic Main, Cables, Main

Abnormal Display

Abnormal Image(not open or short) is on screen.

Y-MAIN, X-MAIN, Logic Main

Sustain Open

some horizontal lines don't exist on screen

Scan Buffer, FPC of X / Y

Sustain Short

some horizontal lines appear to be linked on screen

Scan Buffer, FPC of X / Y

Address Open

some vertical lines don't exist on screen

Logic Main,Logic Buffer,FFC,TCP

Address Short

some vertical lines appear to be linked on screen

Logic Main,Logic Buffer,FFC,TCP

Samsung Electronics

3-1

Troubleshooting

3-2 Troubleshooting Procedure of PDP Set. No Video Disconnect JA9001,CN1002 and CN1001 of Main Board. Short PIN 4 and 5 of CN804-1 in SMPS. (Voltage of PS_ON would be LOW.) Check voltages of CN804-1

NG

Change SMPS and Check 3-4-1

NG

Change SMPS-POD and Check

and CN803 in SMPS Check voltage of J0802 in SMPS-POD

3-4-3

Disconnect AC Plug and Remove the Main board. Short CN2034 of Logic Board. (To display Full white pattern without Main Board.) Connect AC Plug. OK Check Full white pattern.

Change Main Board.

Check SMPS-DC Board. - Disconnect CN4001 of X-Board, and Check

NG

voltage of CN4 in SMPS-DC.

Change SMPS-DC and Check 3-4-2

- Disconnect CN2609 of F-Buffer Board, and Check voltage of CN6 in SMPS-DC. Check SMPS Board. - Disconnect CN3 of SMPS-DC Board, and Check voltage of CN809 in SMPS. - Disconnect CN2004 of Logic Board, and Check voltage of CN810 in SMPS.

NG

Change SMPS and Check 3-4-1

- Disconnect J801 of SMPS-POD Board, and Check voltage of CN811 in SMPS. Check PDP Module.

3-2

Samsung Electronics

Troubleshooting

3-3 Troubleshooting Procedure of Module. 3-3-1 No Display (Operating Voltages exist, but an Image doesn't exist on Screen.) ⇒ No Display is related with Y-MAIN, X-MAIN, Logic Main and so on. This page shows you how to check the boards, and the following pages show you how to find the defective board.

No Display

[ Logic Main]

[Y-MAIN]

[X-MAIN]

LED(LED2000) blinks

Check necessary points

Check necessary points

3-3-2(A) No Display (Operating Voltages exist, but an Image doesn't exist on Screen.) [ Y- M AIN ] C h e c k se ve ra l p o i n ts

F5004 for Vs F5002 for Vcc F5001 for Vdd

O PEN

F U SE

Replace the board

OK

Q5011 Q5016 Q5014 Q5018 Q5021 Q5028

Q5013 Q5017 Q5015 Q5020 Q5027 Q5029

S H O RT

F ET / D IO D E

Replace the board

OK

Y- M A IN N orm al State

Samsung Electronics

3-3

Troubleshooting

3-2-2(B) No Display (Operating Voltages exist, but an Image doesn't exist on Screen.) [ X- M AIN ] C h e c k se ve ra l p o in ts

F4003 for Vs F4002 for Vcc F4001 for Vdd

O PEN

FU S E

Replace the board

OK

Q4010 Q4014 Q4012 Q4016

Q4011 Q4015 Q4013 Q4017

S H O RT

F ET / D IO D E

Replace the board

OK

X- M A IN N o rm al State

C he ck L o g ic- m a in

3-2-2(C) No Display (Operating Voltages exist, but an Image doesn't exist on Screen.) [ L o g ic M ain ] L ED (LED 2 00 0 ) bl in k s ? (ac tii o n o f Vsy n c ) NG

NG

Replace the board NG

OK

Replace EEPROM OK

L o g ic M a in No r m a l Sta te

3-4

Replace PDP

Samsung Electronics

Troubleshooting

3-2-3(A) Abnormal Display (Abnormal Image is on Screen. (except abnormality in Sustain or Address) ⇒ Abnormal Display is related with Y-MAIN, X-MAIN, Logic Main and so on. This page shows you how to check the boards, and the following pages show you how to find the defective board.

Abnormal Display

[ Logic Main]

[Y-MAIN]

[X-MAIN]

Observation of abnormal display

Check necessary points

Check necessary points

3-2-3(B) Abnormal Display (Abnormal Image is on Screen. (except abnormality in Sustain or Address) [ Y- M AIN ] C h e c k se ve ral p o in ts

F5004 for Vs F5002 for Vcc F5001 for Vdd

O PEN

FU SE

Replace the board

OK

Q5011 Q5016 Q5014 Q5018 Q5021 Q5028

Q5013 Q5017 Q5015 Q5020 Q5027 Q5029

SH O RT

FET

Replace the board

OK

Y- M AIN No rm al State

Samsung Electronics

Ch ec k X- m ain

3-5

Troubleshooting

3-2-3(C) Abnormal Display (Abnormal Image is on Screen. (except abnormality in Sustain or Address) [ X- M AIN ] C h e c k se ve ra l p o in ts

F4003 for Vs F4002 for Vcc F4001 for Vdd

NG

FU SE

Replace the board

OK

Q4010 Q4014 Q4012 Q4016

Q4011 Q4015 Q4013 Q4017

NG

F ET

Replace the board

OK

X- M AIN No rm al State

C he ck L o g ic- m a in

3-2-3(D) Abnormal Display (Abnormal Image is on Screen. (except abnormality in Sustain or Address)

[ L o g ic Main ] L ED (LD 2 0 0 0) b lin ks (ac tio n o f Vs yn c )

re g u la r a b n o rm a l p a tte rn

NO

Lo g ic M a in N o rm a l S t a te

YES

R e p lac e b o ard

3-6

R e p lac e PD P

Samsung Electronics

Troubleshooting

3-2-4 Sustain Open (some horizontal lines don't exist on screen)

3-2-5 Sustain Short (some horizontal lines appear to be linked on Video) [ Y- FPC ] Sustain Short (Discharging in unwanted scan line)

Af te r C h a n g in g Y-- b u f f e r, re c h e c k th e sta tu s

NG

Replace the panel There's a defect on FPC

OK

Done (Defect is from Y-buffer)

Samsung Electronics

3-7

Troubleshooting

3-2-6 Address Open (some vertical lines don't exist on screen) ⇒ Address Open is related with Logic Main, Logic Buffer, FFC, COF and so on. This page shows you how to check the boards, and the following pages show you how to find the defective board.

Address Open ▶ Line Open ▶ Data Block Open ▶ TCP Block Open

[ Logic Buffer]

[ Logic Main / FFC]

Changing necessary parts (E/F)

Changing some parts

3-2-7 Address Open (Vertical Lines don't exist on screen.)

Wh a t is t he st a tu s of open ?

1 lin e o r 1 b lo c k

H a l f b l oc k / H ALF O F SC REEN

NO

YES

YES

R e p la c e PD P

3-8

NG

Re p la c e Lo gic M a in / Address Buf f er ( E or F ) / F F C

OK

DONE

Samsung Electronics

Troubleshooting

3-2-8(A) Address Short (some vertical lines appear to be linked on screen) ⇒ Address Open is related with Logic Main, Logic Buffer, FFC, COF and so on. This page shows you how to check the boards, and the following pages show you how to find the defective board.

Address Short ▶ Line short ▶ Data Block short

[ Logic Buffer]

[ Logic Main / FFC]

Changing necessary parts (E/F)

Changing some parts

3-2-8(B) Address Short (some vertical lines appear to be linked on screen)

W hat is t he s t at us of shor t ?

1 line or

H a lf bloc k / H ALF O F SC REEN

NO

1 b loc k

YES

YES

R e p la ce P DP

Samsung Electronics

NG

R e p l a ce L o g ic Ma in / Address Buf fer ( E or F ) / F FC

OK

D ONE

3-9

Troubleshooting

3-3 Troubleshooting Procedure of SMPS 3-3-1 SMPS MAIN

1. Does the Relay operate within 30 seconds of the power being connected and turned on by the remote control? 2. Does the voltage of CN804 5PIN(PS_ON) remain low? 3. Does the Relay blink within 30 seconds of the power being connected and turned on by the remote control? 4. Is there a short circuit in D-S of QP801 or 802, or A-C of DP801? ⇒ A defect in the PFC circuit 5. Is there a short circuit in D-S of QU801 or QU804, or is FU801S opened? ⇒ A defect in the Vs circuit 6. Is there a short circuit in ICA802 D-S, or is FA801S opened? ⇒ A defect in the Va circuit 7. Is there a short circuit in ICM803 D-S, or is FM801S opened? ⇒ A defect in the Vmulti circuit 8. Is there a short circuit between the pins of BD801S? ⇒ A defect in the BRIDGE DIODE

3-10

Samsung Electronics

Troubleshooting

3-3-2 SMPS DC/DC

1. Is a voltage measured at all output terminals? 2. Is the PDP_POWER Vs output normal? 3. Is the output voltage of Vset normal? ⇒ Defect in the Vset circuit 4. Is the output voltage of Ve normal? ⇒ Defect in the Ve circuit 5. Is the output voltage of Vscan normal? ⇒ Defect in the Vscan circuit

Samsung Electronics

3-11

Troubleshooting

3-3-3 SMPS POD ※CODE NO : BN96-01805A

3-12

Samsung Electronics

Troubleshooting

Samsung Electronics

3-13

MEMO

3-14

Samsung Electronics

Exploded View & Part List

4. Exploded View & Part List 4-1 SPR4232X/XAA Yon can search for the updated part code through ITSELF web site. URL:http://itself.sec.samsung.co.kr

Samsung Electronics

Loc.No CIS7 M0006 M0006

Code No AA61-60003B BN63-01634B BN63-01815A

Description;Specification SPRING ETC-CS;-,SUS304,-,-,OD11.2,N7,OD1 COVER-REAR SUB;SP-R4232,SECC,T1.0 COVER-REAR BOTTOM;42D5,HIPS,T3.0,HB,GR50

Q’ty 1 1 1

M0013

BN96-01786B

ASSY COVER P-REAR;SP-R4232,SECC T0.5

1

M0045

BN96-01912A

ASSY STAND P-SET;42D5,ABS HB

1

M0112 M0145

BN63-01822A BN96-02049A

COVER-FRONT;42D5,SF0507,T3.5,HB,BK23,STE ASSY BOARD P-FUNCTION;SCHUBERT,CT5000-32

1 1

M0146

BN96-02050A

ASSY BOARD P-POWER & IR;SCHUBERT,CT5000-

1

T0003

BN96-01911A

ASSY COVER P-FRONT;42D5,ABS HB,STEAM MOL

1

T0023 T0023

BN96-01788A BN64-00336A

ASSY COVER P-KNOB POWER;SPD-42P5HD KNOB POWER;42P5,PC,VIOLET

1 1

T0044

BN96-01887A

ASSY PDP MODULE P;M1,PS42S5S,D,V4,1002¡¿

1

T0057

BP64-00177A

BADGE-BRAND;ALL,AL,T1.5,70,11.3,BLK,SILI

1

T0069

BN63-01814A

COVER-MIDDLE;42D5,HIPS,T3.5,V0,GRAY

1

T0074

BN59-00462A

REMOCON;STRAUSS,TM76A,200*54*30,ZILOG,54

1

T0079

BN94-00669A

ASSY PCB MISC-MAIN;SPR4232X/XAA,D71C,D5

1

T0159

BN96-01805A

ASSY PCB P-SMPS;SPD-50P5HD(POD),100~240V

1

T0159

BN96-01923A

ASSY PCB P-SMPS;PS-42S5S,100~240V

1

T0175

BN96-01955A

ASSY SPEAKER P;8ohm,D5,42,15W

1

T0268

3903-000144

CBF-POWER CORD;DT,US,BP3/Y,U(IEC C13-RA)

1

T0275

BN96-02112A

ASSY MISC P-INLET;SP-R4232,STRAUSS,DOCUM

1

T0456

BN67-00105A

GLASS-FILTER EMI;42P3,MESH,48%,984*584,T

1

T0555 T0603

BN96-01392B BN64-00338A

ASSY MISC P-BRKT TERMINAL;SP-R4232,SECC WINDOW-RMC;42P5,ACRYL,5%

1 1

T0890

BN96-02046A

ASSY FAN P;1B1S,71X149.5X5mm,1.9,0.19,24

1

S.N.A S.N.A S.N.A S.N.A

S.N.A S.N.A

S.N.A S.N.A S.N.A

S.N.A S.N.A S.N.A S.N.A

4-1

Electrical Part List

5. Electrical Part List 5-1 SPR4232X/XAA Service Item Yon can search for the updated part code through ITSELF web site. URL:http://itself.sec.samsung.co.kr LOC.

CODE

T0568

AA39-30007B

CBF IF;-,T,150mm,1365#26

1

T0952

BN59-00459A

MODULE;UMX-NT-041,UMX-NT-041,2in/2out/lo

1

T0074

BN59-00462A

REMOCON;STRAUSS,TM76A,200*54*30,ZILOG,54

1

M0596

BN68-00835C

MANUAL USERS-00;SP-R4232,SAMSUNG,Eng,Nor

1

T0079

BN94-00669A

ASSY PCB MISC-MAIN;SPR4232X/XAA,D71C,D5

1

T0555

BN96-01392B

ASSY MISC P-BRKT TERMINAL;SP-R4232,SECC

1

S.N.A

T0852

BN96-01470A

ASSY BOARD P-OPTICAL;HP-P5581,OPTICAL

1

S.N.A

M0013

BN96-01786B

ASSY COVER P-REAR;SP-R4232,SECC T0.5

1

T0023

BN96-01788A

ASSY COVER P-KNOB POWER;SPD-42P5HD

1

T0159

BN96-01805A

ASSY PCB P-SMPS;SPD-50P5HD(POD),100~240V

1

T0159

BN96-01856A

ASSY PCB P-SMPS;SPD-50P5HD(DC_DC),200Vin

1

T0159

BN96-01923A

ASSY PCB P-SMPS;PS-42S5S,100~240V

1

T0044

BN96-01887A

ASSY PDP MODULE P;M1,PS42S5S,D,V4,1002¡¿

1

T0003

BN96-01911A

ASSY COVER P-FRONT;42D5,ABS HB,STEAM MOL

1

M0045

BN96-01912A

ASSY STAND P-SET;42D5,ABS HB

1

T0175

BN96-01955A

ASSY SPEAKER P;8ohm,D5,42,15W

1

T0073

BN96-02038A

ASSY PDP P-X MAIN BOARD;M1,PS42S5S,D,V4,

1

T0096

BN96-02039A

ASSY PDP P-Y MAIN BOARD;M1,PS42S5S,D,V4,

1

T0048

BN96-02040A

ASSY PDP P-Y BUFF UPPER BOARD;M1,PS42S5S

1

T0049

BN96-02041A

ASSY PDP P-Y BUFF LOWER BOARD;M1,PS42S5S

1

T0142

BN96-02042A

ASSY PDP P-LOGIC BOARD;M1,PS42S5S,D,V4,1

1

BN96-02043A

ASSY PDP P-ADDRESS E BUFF BOAR;M1,PS42S5

1

BN96-02044A

ASSY PDP P-ADDRESS F BUFF BOAR;M1,PS42S5

1

T0890

BN96-02046A

ASSY FAN P;1B1S,71X149.5X5mm,1.9,0.19,24

1

M0018

BN97-00557A

ASSY MICOM;,D71C,S3F866B,X-XXXX-XXXX,200

1

Samsung Electronics

SPEC

Q'TY

S.N.A

S.N.A

S.N.A

5-1

MEMO

5-2

Samsung Electronics

Schematic Diagram

6. Schematic Diagram 6-1 POWER & TUNER This Document can not be used without Samsung’s authorization.

B5V_VCC FT1003 KIA78D05F 1

O

I

COMPONENT 1

3

G

2

C1073 100uF

COMPONENT 2

C1074 100nF

JA1001

PGND

JA1002

+6V

PGND

jack9p_2 1 3 2 4 6 5 7 9 8

B5V_BA7657

FT1001 KIA78D05F 1

C1004

C1005

220uF

100nF

I

3

O G

2

C1006

C1007

220uF

100nF

1

TP1003

R1002

TP1T0P017008 1 1 TP1009

R1004

1

TP1011 1

D1005 RLZ8.2

D1004 RLZ8.2

TP1014

1

D1006 RLZ8.2

100oXhRm EF 10ohm

XREF

R1006

10ohXmREF

R1011

10ohm

XREF

1

jack9p_2 1 3 2 4 6 5 7 9 8

COMP2_IDENT COMP2_Y COMP2_PB

TP1002

R1001 100ohXRm EF

TP1T0P014005 TP1006

R1003 10ohm

TP1010

R1005 10ohm

1 1

1

1

D1001 RLZ8.2

TP1012

1

D1003 RLZ8.2

D1002 RLZ8.2

R1007 10ohm

BD1001 BLM41P600S B

A

BD1002 HH-1H4532-121JT

COMP2_PR

TP1024

10 9 8 7 6 5 4 3 2 1

TP1025 TP1026 TP1027 TP1028 TP1029

BD1003 HH-1H4532-121JT

C1012 100nF 1 6V

D1013 RLZ8.2

C1008 R1013 C1009 R1014 C1010 33pF 75ohm 33pF 75ohm 33pF

D1014 RLZ8.2

D1008 RLZ8.2

TUNERGND

PGND

FT1002 3BA178M09FP

jack6p_3

+18V_A

2

TP1020

1 1

L1002

1

TP1023

D1018 RLZ8.2

1

D1019 RLZ8.2

R1016

L1004

R1018

470ohm

XREF

470ohm

XREF

TP1T0P115016

1 3 2 4 6 5

COMP2_SL_IN

TP1017

1 1

PGND

C1018

100uF 25V

100nF

AGND_IN

D1023 RLZ8.2

D1022 RLZ8.2

B33V

SOUND_AMP

C1015 330pF

BD1004 HH-1H4532-121JT

CN1001

C1019

D1017 RLZ8.2

D1016 RLZ8.2

1

L1003

R1015

470ohm

XREF

COMP1_SL_IN

R1017

470ohm

XREF

COMP1_SR_IN

COMP2_SR_IN D1020 RLZ8.2

C1016 330pF

C1014 330pF

C1013 330pF

D1021 RLZ8.2

AGND_IN AGND_IN

SOUND_AMP

SMW250-10 WHT

L1001

1

TP1022

AGND_IN C1017

AGND_IN

JA1003

TP1T0P118019

1 3 2 4 6 5

D1011 RLZ8.2

D1010 RLZ8.2

D1007 RLZ8.2

C1001 R1009 C1002 R1010 C1003 33pF 75ohm 33pF 75ohm 33pF

AGND_IN AGND_IN

AGND_IN

jack6p_3

R1008 75ohm

D1009 RLZ8.2

JA1004

B9V O G

R1012 75ohm

D1012 RLZ8.2

2

1

B8V

D1015 PMLL4148

C1011 47uF 16V

I

PGND

COMP1_PR

XREF

AGND_IN

PGND

1

COMP1_Y COMP1_PB

XREF

AGND_IN

PGND

COMP1_IDENT

XREF

AGND_IN

C1020 100nF

10uF

AGND_IN

C1021 100nF 16V

B3.3V_1

DELETE OPTION

POD NIM

0ohm 1/10W

USA OPTION

PGND

PGND

PGND

M GN D 7

C1053 22uF 16V

M GN D 8

NEAR NIM TUNER TUNERGNDTUNERGND

R1041

EXT POD NIM OPTION (DELETE OPTION)

0ohm 1/10W

+6V

B3.3V_2

B

C1064 100uF 25V

C1063 100uF 16V

C1065 100nF 16V

BS

SS

IN

EN

SW GND

COMP FB

8 7 6 5

R1053 10Kohm

A

B

2

1

B3.3V_2

2

B

BD1014 BLM41P600S

1

A

2

A

1

1 2 3 4

C1058 10nF

BD1012 BLM41P600S

1

IC1008 MP1583DN

BLM41P600S BD1013

C1066 47uF 10V OS_CON

R1051 6.2Kohm 1/10W

C1061 120uF 6.3V

0ohm

R1046 0ohm

USA OPTION

DELETE OPTION nNXT2004_RST

R1069

100ohm

C1062 100nF 16V

KOREA option

C1067 100nF 16V

BS

SS

IN

EN

SW GN D

C1068 100pF

COMP FB

1

1 1.1V FSTART/SYNC VALID/EN DATA7 DATA6 DATA5 DATA4 DATA3 DATA2 DATA1 DATA0 MPEG_CLK SDA

MGND4

R1050 0ohm 1/10W

R1052 10Kohm

8 7 6 5

C1071 100nF 16V

TUNERGND

C1060 100nF 25V

47uF 10V

R1054 10Kohm 1/10W

D1025 SS24

C1069 10nF

OS_CON C1057

2 3 4 B4_+3.3V GND B5_+2.5V B6_+1.2V MPEG_PKT_SYNC MPEG_DATA_EN MPEG_DATA7 MPEG_DATA6 MPEG_DATA5 MPEG_DATA4 MPEG_DATA3 MPEG_DATA2 MPEG_DATA1 MPEG_DATA0 MPEG_DATA_CLK SD A

SCL

R1034

MGND3

MGND4

MGND4

0ohm 0ohm

0ohm

ALPS_XTAL_OFF

KOREA OPTION R1030,R1032,R1036 R1038,R1040,R1078,R1079

0ohm

R1055 C1070 180pF 100Kohm

C1046 100nF 25V

C1045 100uF 16V

R1040

B3.3V_2

R1033 100Kohm 1/10W

TUNERGND

B

TUNERGND

KOREA OPTION

B3.3V_2 BD1011 CIB32P600NE

IC1006

TP1057 AP1117D-18A

B1.8V_TUNER

C1055 100nF 2 5V

C1054 47uF 16V

1 2

VOUT

VIN

3 B

AD J

TUNERGND TUNERGND

B3.3V_2 S_3.3V_TUNER

TUNERGND

DELETE OPTION TUNERGND

BD1017

C1088 10uF 16V

BD1018

C1089 100nF

IC1011

KOREA OPTION

74LCX245MTCX 20 19 18 17 16 15 14 13 12 11

VCC

DIR

/OE

A1

B1

A2

B2

A3

B3 B4

A4 A5

B5

A6

B6

A7

B7

A8

B8

GND

R1056 3.6Kohm 1/10W

D1026 SS24

BD1010 CIB32P600NE

FROM NEWPORT

TUNERGND

KOREA : 0x28 USA : 0x14

PGND

SIF_MAIN

XREF

100ohm 1/10W XREF

R1036 R1038

SCL

MGND3

TUNER

R1057 10Kohm

R1031 0ohm 1/10W

TUNERGND

5 6 7 SIF_OUT

22uH

IC1007 MP1583DN 1 2 3 4

1 .8 V

VIDEO_OUT X_TAL_OFF_SW

MGND3

L1008

OS_CON

L1009

PGND

3A Current

R1045

KOREA OPTION USA option

C1059 10nF

100ohm 100ohm

0ohm

B12V

TP1067

nRESETO

0ohm 1/10W

USA OPTION

C1056 100nF 16V

R1042 R1043

R1044

R1047

22uH

SDA6_DTVCH SCL6_DTVCH

3.3V GND

XREF

1

M GN D 6

TUNERGND

TUNER_CVBS_MAIN

R1028 1Kohm 1/10W

R1079 DELETE OPTION

B

C1052 100nF 16V

C1051 47uF 16V

PGND

R1027 10Kohm 1/10W

nRSTO

XREF

DELETE OPTION

TUNERGND

TUNERGND

MPEG_ERROR

2

ADJ

MGND5

R1039

2

R1023 0ohm 1/10W

Q1001 KSC1623-G E

A

VOUT

C B

1

C1050 100nF 16V

C1049 47uF 16V

2

V IN

1

C1048 100nF 16V

C1047 47uF 16V

PGND

AP1117D-18A 3

3

O G

N .C SIF_OUT

0ohm

R1032

GND POWER_RESET

ERROR

B

I

B3__+32V

33V GND POWER_RESET

VIDEO_OUT

TUNERGNDTUNERGND

R1030 0ohm

KOREA OPTION

AFT_OUT

R1048 R1049

1

B2_+5V

5V(B+)

A

IC1005

C1044 47uF 10V OS_CON

C1043 100nF 16V

RFAGC

RF_AGC

AFT_OUT

R1022 100ohm

R1026 100ohm

C1035 100nF 2 5V

1

S_3.3V_TUNER IC1004 BA033FP

0ohm 1/10W

B

R1078

S_5V

C1042 100nF 16V

C1041 47uF 1 0V OS_CON

PGND

L1007

SCL1_DTVCH XREF SDA1_DTVCH

PGND

USA OPTION PGND

8

G

2

PGND

R1029

3

9

O

28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

I

50V 100nF

1/10W 0ohm

1

C1034 47uF 50V

C1030

TUNERGND

B33V

BD1009 CIB32P600NE

N_C

100ohm 100ohm

IC1003 BA033FP

C1040 100nF 16V

C1039 47uF 10V OS_CON

2

TUNERGND

MGND2 N.C

2

G

C1038 100nF 16V

C1037 220uF 16V

C1036 3.3nF

B

MGND1

MGND1 MGND2

3

3

O

4

I

TU1002

5

IC1002

KIA78D05F 1

C1033 47uF 10V OS_CON

C1026 47uF 16V

R1021 0ohm 1/10W

TU1003

6

D1024 SS24

C1032 100nF 1 6V

TP_CLK TP_DATA TP_EN TP_PD TP1032 TP1033 TP1034 TP1036 TP1037 TP1038 TP1039 TP1040 TP1041 TP1042 TP1043 TP1044 TP1047 TP1048 TP1049 TP1050 TP1051 TP1052 TP1053 TP1054 TP1055 TP1056 TP1058 TP1059 TP1060 TP1061 TP1062 TP1063 TP1064 TP_TS_ERR TP1065 TP1066 TP_ETX USA OPTION TP_CTX TP_ITX TP_QTX

7

S_6.5V

R1025 3.6Kohm 1/10W

MGND2

8

MGND1

L1006

R1024 C1031 180pF 100Kohm

SEC NIM ALPS NIM

DELETE OPTION

3A Current

C1025 100nF 25V

B5V_BA7657

BD1008 CIB32P600NE

NEAR NIM TUNER

9

C1024 100nF 16V

28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

C1023 120uF 6.3V

DNVS303EH261A

L1011

OS_CON

R1019 6.2Kohm 1/10W

0ohm

FB

RF_AGC

XREF

KOREA OPTION

0ohm

C1029 100nF 16V

EN COMP

SW

AFT_MAIN

XREF

USA OPTION

1

R1037

B

A

1

2

C1028 100uF 25V

C1027 100uF 16V

IN

R1020 10Kohm

8 7 6 5

SS

BS

GND

L1005 22uH

IC1001 MP1583DN 1 2 3 4

OFF : LOW

R1035

B

A

2

1

BD1007

BLM41P600S

B3.3V_1_1

TP1030

ON : HIGH

2

NC : Auto

PGND

C1022 10nF

DRX

BD1005 BLM41P600S

D6V

CRX

PGND

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

PGND

1 2 3 4 5 6 7 8 9 10

1 3 5 7 1 3 5 7

2 4 6 8 2 4 6 8

1 3 5 7

2 4 RA1003 6 33ohm 8 1/16W

SAM_TS(7)

RA1001

SAM_TS(6)

33ohm 1/16W

SAM_TS(4)

RA1002 33ohm 1/16W

SAM_TS(0:7)

XREF

SAM_TS(5)

SAM_TS(3) SAM_TS(2) SAM_TS(1) SAM_TS(0)

SAM_TSSYNC SAM_TSVLD SAM_TSCLK

XREF XREF XREF

C1072 3.3nF

PGND

POD_NIM_OPTION (USA OPTION)

D6V A5V

A3.3V BD1015

A5V

GND

R1061

SW_POWER

100ohm 1/10W

PGND

A1.8V_CPU

D12V R1077

Q1003 KSC1623-G

PS_ON

1KohXmREF

1/10W

SW_POWER

GND

IC1009

STD_5V

SMW250-12 WHT

CN1002

BD1016

THER_D

SI-3006KWM-TL 1

PGND XREF

2

FAN_ON_OFF

FT1006 LFA30-2A1E223MT

C1079 220uF

TP1081 VOUT2

VOUT1 VIN GND

R1063 1Kohm

5

C1078 47uF 6.3V

C1080 100nF

C1081 100nF 16V

C1082 10nF 50V

C1083 100nF 16 V

LED_RED

R1065 10Kohm XREF

XREF

FAN_DET

PGND

PGND

PGND

PGND

PGND

PGND

KE Y 1

SDA5_TV_5V SCL5_TV_5V

R1062

100ohm 1/10W

R1074

0ohm 1/10W

PODIN(3)

RA1005

PODIN(2)

33ohm 1/16W

PODIN(0)

PODIN(1)

PODIN_SYNC PODIN_VLD PODIN_CLK

RA1006

XREF

33ohm 1/16W

XREF

XREF

TP1072

TP1074 TP1076 TP1077 TP1094

TP1080 TP1082

Q1002 KSC1623-G

R1064 22Kohm

FT1009 LFA30-2A1E223MT

KEY2

SMW250-03

KEY1

XREF

A3.3V TP1089

B3.3V_1

PODIN(0:7)

XREF

PODIN(4)

D1032 D1033 D1034 8T 5Z VX 6L 1 5V6LT1 BZX84CB 5Z VX 6L 1B 8T 4C 4C

FT1007 LFA30-2A1E223MT

FT1008 LFA30-2A1E223MT

1nF 50V

PODIN(5)

CN1004

PGND

PGND

FT1005 LFA30-2A1E223MT

4

3

C1077

XREF

1

GND VC

FT1004 LFA30-2A1E223MT

IR

PODIN(6)

33ohm 1/16W

3

0ohXmREF

PODIN(7)

RA1004

CN1003

1 2 3 4 5 6 7 8

DELETE_OPTION

1/10W

2 4 6 8 2 4 6 8 2 4 6 8

SMAW250-08 WHT

3

R1076

GND

C1076 100nF

C1075 100uF

2

VCS VCA

1/10W 2.7Kohm

1

100ohXm REF 1/10W 100ohXm REF 1/10W

R1059

D1029 SDS7000

1

R1060

D1028 SDS7000

2

TP1083 TP1084 TP1085

R1058

D3.3V

POWER

DELETE_OPTION D1027 SDS7000

3

12 11 10 9 8 7 6 5 4 3 2 1

MGND1

TP1068 TP1069 TP1070 TP1071 TP1073 TP1075 TP1078 TP1079

A3.3V

2

D3.3V

1

D6V

1 3 5 7 1 3 5 7 1 3 5 7

KEY2

1 2 3

TP1086 TP1087

TP1092

XREF

1

PGND

CONTROL

L1010 CIC21J601NE

IC1010 AD5337ARM XREF

C1086

10uF 16 V

C1087

100nF 25V

PGND

Samsung Electronics

VCXRSEF VCA R1068

1 2 3 0ohm 4 1/10W

VDD

A0

VOUTA SCL VOUTB SDA REFIN GND

8 7 6 5

R1066 R1067

100ohm XREF 100ohm XREF

SCL4_TV_3.3V SDA4_TV_3.3V

C1084 100uF 16V

PGND

C1085 100nF 16V

PGND

PGND

6-1

Schematic Diagram

6-2 SOUND-PROCESS This Document can not be used without Samsung’s authorization.

BD2007,BD2009 : DELETE OPTION

B8V

C2001 C2002 100nF 22uF 16V

B5V_VCC

L2001

B5V_VCC B3.3V_1_1

R2001 R2002 R2003 R2004 R2005 R2006 R2007 R2008 47Kohm 47Kohm 47Kohm 47Kohm 47Kohm 47Kohm 47Kohm 47Kohm

OPTION

B5V_VCC

B3.3V_1_1 BD2002

VIDEO1_SL_IN

XREF

16V 10uF

C2003

COMP1_SL_IN

XREF

16V 10uF

C2004

COMP2_SL_IN

XREF

16V 10uF

C2005

16V 10uF

16V 10uF

XREF

VIDEO1_SR_IN

16V 10uF

XREF

COMP1_SR_IN

XREF

COMP2_SR_IN

BD2007

BD2001

C2006

C2007

100nF

BD2008

C2008

47uF 6.3V

B5V_VCC

C2009

1

C2019

16V 10uF

C2020

16V 10uF

C2022

0Y 2Y Y-COM

1X

3Y

X-COM

1Y

0X

/EN

3X

VEE VSS

A B

1/10W 2Kohm

1/10W 2Kohm

4.7ohm 1/10W

1

0ohm

2

M0

R2020

FT2001

0ohm

4

0ohm 0ohm 0ohm 0ohm

8

LRCK

/RST

100Kohm 100Kohm 1/10W 1/10W

R2022

1/10W 100ohm XREF

S_CLK_1

R2023

11

VQ AINL

R2021

2.2nF 50V

12

AINR

SCLK

2.2nF 50V

13

VA

GND VD

7

14

REF_GND

SDOUT

6

C2015 C2018

15

FILT+

VL

5

R2026 R2027 R2028 R2029

100nF 25V

10 9

C2023 100nF 25V

R2009

1

C2010

16

M1

MCLK

3

SAM_SCLK_IN SAM_SCLK_OUT SAM_LRCLK_OUT SAM_LRCLK_IN

3

IC2002 CS5340-CZZ

R2014

SAM_SDO_IN

16 15 14 13 12 11 10 9

VDD 2X

R2012

47Kohm 1/10W

MM74HC4052M 1 2 3 4 5 6 7 8

R2011

R2013 R2017

2

R2032

R2033

100Kohm 1/10W

100Kohm 1/10W

16

1

R2024

15

2 3

100ohm 1/10W

4 5

7

C2021 100nF 25V

D0 D1 D2 D3

Q0 Q1 Q2 Q3

8

14

R2025 100ohm

S_CLK_1

16V 10uF

16V 10uF

C2027

R2042 R2043 100ohm

C2028

6

C2029 100nF 25V

7 8

1M SRAM

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

13 12 11 10 9

XREF

DVI_SR_IN

XREF

PC_SL_IN

XREF

PC_SR_IN

XREF

C2035

4.7uF35V

C2036

4.7uF35V

C2037

4.7uF35V

C2038 4.7uF 35V

10uF

C2045L2002 C2043 C2044100uF 3.3uH 470pF 1.5nF 16V

C2040 100nF

C2041100nF

64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41

C2048 C2052 47uF 16V

C2049 56pF

56pF

XREF

SIF_MAIN 56pF

2

C2057

HC-49/SM5H_18R432 SGND

C2058 3pF

R2062 100ohm

XREF

M_CLK

X2001 1

SGND

C2061 3pF

R2063 R2066

100ohm 100ohm

B5V_VCC

AVSUP AVSUP ANA_IN1+ ANA_INANA_IN2+ TESTEN XTAL_IN XTAL_OUT TP AUD_CL_OUT NC NC D_CTR_I/O_1 D_CTR_I/O_0 ADR_SEL STANDBYQ

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

R2068 1Kohm

IC2012 MSP4440G_QA_C12_500

0X80

CAPL_M AHVSUP CAPL_A SC1_OUT_L SC1_OUT_R VREF1 SC2_OUT_L SC2_OUT_R NC NC DACM_SUB NC DACM_L DACM_R VREF2 DACA_L

SGND

B8V

7

D0 D1 D2 D3

Q0 Q1 Q2 Q3

8

R2046 100ohm 1/10W

R2122

C2046 10uF 16V

NC NC AVSS AVSS MONO_IN NC VREFTOP SC1_IN_R SC1_IN_L ASG SC2_IN_R SC2_IN_L ASG SC3_IN_R SC3_IN_L ASG SC4_IN_R SC4_IN_L NC AGNDC AHVSS AHVSS NC NC

SGND

C2056 470pF

NC I2C_CL I2C_DA I2S_CL I2S_WS I2S_DA_OUT I2S_DA_IN1 ADR_DA ADR_WS ADR_CL DVSUP DVSUP DVSUP DVSS DVSS DVSS I2S_DA_IN2 NC I2S_CL3 I2S_WS3 RESETQ I2S_DA_IN3 NC DACA_R

C2055 1.5nF

C2054 22uF

C2053 47nF

6

14

12

LATCH

R2044

IC2006

1

20

OUTPUT

8Q

3

4

10

2D

R2123

SGND

R2049

C2050 10uF 16V

40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25

100Kohm 1/10W 100Kohm 1/10W

R2050

100ohm C2047

17

7D 7Q

6

3

14

4 5

7

D0 D1 D2 D3

Q0 Q1 Q2 Q3

8

XREF

MONITOR_SL_OUT

XREF

MONITOR_SR_OUT

4D 9

4Q 10

XREF

ANY_SC2_SL_OUT

XREF

DELAY1

IC2010 N74F125D 1

XREF

2 3

DELAY2

ANY_SC2_SR_OUT

4

XREF

5

R2060 1Kohm

R2061 1Kohm

Del et e

6 7

R2064 4.7Kohm

SDA5_TV_5V

SGND

R2069 20Kohm

C2062 1uF

RESET_MSP MSP_SCLK_IN MSP_LRCLK_IN MSP_SDO_IN

IN

IN

IN

IN

IN

IN

N M L K J I H

14

C2059 100nF 25V

11

R2056 150ohm

10 9 8

IO

R2055

0ohm

XREF

S_CLK_1

R2059 1Kohm

R2065 4.7Kohm

Del et e

R2058 1Kohm

14

1

XREF

S_CLK

13 12

VCC 13

2 O_O

I5

3

12

I1

O_5

4

11

O_1

I4

5

10

I2

O_ 4

6

C2060 100nF 25V

9

0ohm O_2

I3

7

8

GND

O_3

SGND

R2074

C2067 4.7nF

C2066 4.7nF

XREF

100ohm

C2068 1nF

C2070 3.3nF

C2069 1nF

XREF

DELETE OPTION

S_DATA_IN

100ohm

R2075

100ohm

R2077

100ohm

R2076

S_DATA_OUT

IN

XREF

R2073

LR_CLK

A B C D E F G

5VC IC2011 MC74F14D

R2053 1Kohm

OPTION [ Del et e] R2047 R2048 R2051 R2052 R2059 R2060 R2061 R2067

R2071 20Kohm

C2065 1uF

HP_R

100ohm

XREF

S_CLK

LATCH

R2067

0ohm

SGND

R2072

11

Del et e

C2064SGND 100nF

100ohm

R2070

12

5Q

GND

R2047 150ohm

R2048 150ohm

HP_L XREF

13

5D

11

R2052 Del et e 1Kohm

R2051 1Kohm

10uF

100ohm

L2004 3.3uH C2063 10uF SCL5_TV_5V 16V

14

6D

8

12

9

6Q

7

3D

13

10

15

3Q

Del et e

C2031 100nF 25V

16

5

5VC

10uF

100ohm

R2057

15

6

C2042 100nF 25V

100ohm C2051

R2054

16

2

C2032 10uF 16V

18

8D

1D

11

9

5VC

19

IQ XREF

S_DATA_IN

VCC

2

S_DATA_OUT

S_CLK_1

XR EF

100ohm 1/10W

MM74HC373MTCX

12

1

XREF

C2026 47pF 50V

11

GND

13

100ohm

13

5D 5Q

10

IC2009 74F163AD(REEL)

D2001 BZT52-C15 DELETE OPTION

SGND

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

L2003 3.3uH

5

R2031

14

2Q

C2039

B5V_BA7657

15

4

C2034 100nF 25V

SGND

DVI_SL_IN

4.7uF35V

16

3

100ohm 1/10W C2033

1

100ohm 100ohm

6D

4Q

32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17

O E_ A10 CS_1 I/O8 I/O7 I/O6 I/O5 I/O4 VSS I/O3 I/O2 I/O1 A0 A1 A2 A3

A1 1 A9 A8 A1 3 WE_ CS2 A1 5 V CC NC A1 6 A1 4 A12 A7 A6 A5 A4

R2016 R2019

6Q

9

100ohm

IC2007 K6X1008C2D-TF55

14

2

15

4D

R2030

10

IC2008 74F163AD(REEL) R2045

16

7Q

6

3Q

11

16

Q0 Q1 Q2 Q3

5

7

9

D0 D1 D2 D3

2Q

8

15

5

100ohm

12

2

4

100ohm

3D

1

3

100ohm 1/10W

RESET_MSP

R2015

13

IC2005 74F163AD(REEL)

SOUND_SEL2

17

7D

R2018

C2013 10uF 16V

C2012 100nF 25V

8D

2D

XR EF

100ohm

8Q 18

4

C2017 100nF 25V

R2010

19

1D

6

C2024 C2025 1uF 1uF 50V 50V

VCC

2

3

IC2004 74F163AD(REEL)

5VC

DELETE OPTION

20

OUTPUT

100ohm

IQ

C2014 100uF 16V

SOUND_SEL1 R2034 R2035 R2036 R2037 R2038 R2039 R2040 R2041 47Kohm 47Kohm 47Kohm 47Kohm 47Kohm 47Kohm 47Kohm 47Kohm

IC2001 MM74HC373MTCX

DELETE OPTION

5VC

47uF 6.3V

100nF

SAM_ODCLK_OUT

IC2003

AUDIO DELAY

BD2009

C2011

C2016

[ Del et e] R2009 R2015 R2018 R2030 R2010 R2019 R2031

SGND

XREF

100ohm

R2078

B3.3V_1_1

XREF

SEL_I2S HIGH OUTPUT EAGLE

XREF X RE F

1Kohm

XREF

B3.3V_1_1

R2079

C

Q2001

B

KSC1623-G

R2080 1Kohm 1/10W

LOW HDMI

SEL_I2S

E

L2005 IC2013

MC74VHC244DTR2 1

20

B3.3V_1_1 BD2003 MPZ2012S300A

R2106

4.7Kohm

R2110 100ohm R2111 100ohm

AGSPLL

LPPLL

AVSPLL AVDPLL

BCK_A1)

VDDc GNDc PROTECT1)

DVSPLL

DVDPLL

WCK_A1)

OUT6B

TESTEN

GNDIO

GNDc

NSP6241A 0xCC VDDIO

VDDc

GNDc

SCL/VH SDA/VL

OUT6A

+3.3V_6241 10KohmC2106 1uF

PVDD_A

GND

PVDD_A

DGND

OUT_A

GND

OUT_A GND GND

/RESET_AB

OUT_B

PWM_BM

OUT_B

PWM_BP

PVDD_B

DREG

PVDD_B

M1

BST_B

M2

BST_C

M3

PVDD_C

REG_RTN

PVDD_C

PWM_CP

OUT_C

PWM_CM

OUT_C

/RESET_CD

GND

PWM_DM

GND

PWM_DP

OUT_D

/SD_AB

OUT_D

/SD_CD

PVDD_D

/OTW

PVDD_D BST_D

GND

GVDD

GND

GN D

M_CLK

56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29

R2116

O6

0ohm

R2088

HDMI_LRCLK

8 IN

HDMI_SDO

I3 9

IN

O7 10

IN

GND MSP_MCLK_IN MSP_SCLK_IN MSP_LRCLK_IN

C2088

33nF L2007

33nF

C2092

100nF

100nF

100nF

100nF

R2098

10Kohm

1

10nF

R2103

1

SOUND_AMP

R2104

C2102

C2094

SOUND_AMP

R2101

1 C2098

C2093

R2097

1 C2096

SPK_L+ 2

1

C2095

C2101

100nF

SOUND_AMP

R2107

10Kohm

R2108

C2099 63V 330nF

1

SPEAKER_OUT_L D2002 RLZTE-1130B

SOUND_AMP

33nF

D2003 RLZTE-1130B

C2103

BD2004

L2008 3

2

4

1

BD2005

10nF

L2009 R2112 C2105

33nF

C2104

1

1

SPK_L-

SOUND_AMP

2

SOUND_AMP

L2010

100nF

3

4 3 2 1

L+ LR+ R-

BD2006

TP2002 TP2003 TP2004 TP2005

SOUND_AMP

2

SGND

SGND

AGND_IN

SMAW250-04 WHT

C2109

100nF

C2110

33uF 2 5V

L2011 1

SPK_R+

4

1

CN2001

2

C2111

SOUND_AMP

XREF

11

I7

R2085

7

R2121

10Kohm

C2112

SPEAKER_OUT_R

10nF

0ohm R2115

SOUND_AMP

1

100ohm C2114

100nF

10uH 10uH L2013

10uH 10uH L2012

RESET_MSP

XREF

6

MSP_SDO_IN

100nF

R2120

I2

10ohm

DELETE OPTION

22nF

0ohm

3.3

R2114

R2113 0ohm C2108

DVDD

GREG

O3

0ohm

HDMI_SCLK

A

NSP6241

VDDIO GNDIO

100nF

C2100 100nF 25V

GVDD BST_A

IN

IN

13

I6 R2090

O5

B

GNDIO

0ohm

R2083

5

1

SDATA561)

SOUND_AMP

4

A

VDDIO

SAM_ODCLK_OUT

SOUND_AMP

I1

IN

B 2

SDATA341)

C2097

GND

GND

PWM_AM

O2

R2095

GREG

PWM_AP

R2087

0ohm

HDMI_MCLK

1

OUT5B

IC2016

+3.3V_6241

GND

C2082

R2093

IN

15

I5

12

100nF

R2092

O4

A

OUT5A

BCK_M1)

0ohm

R2081

B 2

OUT3B

OUT3A

VDDIO

GNDIO

OUT2B

OUT2A

OUT1B

AD

GNDIO

OUT1A

VDDc

GNDc

GNDIO

WCK_M1)

SDATA12/SPDIF_M1)

48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33

17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

C2107 100nF 25V

VDDIO

64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49

SDA5_TV_3.3V

VDDIO

VDDc

RF2109 XRE

100ohm 100ohm

OUT4B

CKOUT

RF2105 XRE

0ohm 0ohm 0ohm

OUT4A

CKIN

R2099 R2100 R2102

R2096

HPOUT_L

M/S

SCL5_TV_3.3V

XREF

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

1u F

SAM_SCLK_OUT

C2078

3.3

SOUND_AMP

TAS5122IDCA

C2086

100ohm

GND_HP_L

RESET1)

S_CLK

VCC_HP_L

SDATA_O12/SPDIF_01)

LR_CLK S_DATA_IN

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

VCC_HP_R HPOUT_R

C2091 100nF 25V

SOUND_AMP

100nF

C2087 100nF 25V

GND_HP_R

100nF

C2084

IC2015

C2090

10uF 16V

R2084

O1

10nF 1000uF 25V

100nF

6241_OUT1A 6241_OUT1B 6241_OUT2A 6241_OUT2B

R2094 10Kohm

C2085 100nF 25V

10uH 10uH L2006

1000uF 25 V

IN

17

I4

0ohm

1

+2.5V_S

0ohm

14

C2081

C2083

2 3

2

1

B3.3V_1_1

PGND

C2089

SAM_LRCLK_OUT

10nF

R2091 0ohm 1/10W

O0

100nF C2077

I0

16

C2080

C2079

O E1

IN

18

1

C2076 22uF 16V

C2075

O E2

1

3

AD J

BCK_O1)

VIN

VOUT

IN

19

+18V_A

R2089 10Kohm

R2086 10Kohm

SDATA78/SPDIF_A1) WCK_O1)

2

10uF 16V

100nF

AP1117D-25A 1

C2074

C2073

IC2014

TP2001

R2082

VCC

1

B5V_VCC

SAM_SDO_OUT

+18V_A

C2072 100nF

1

+3.3V_6241

C2071 10uF 16V

C2116

C2118

100nF

100nF

AMP_MUTE1 C2119

100nF

C2120

10uF 16V

R2119 10Kohm

R2117

10Kohm

R2118

C2113 63V 330nF

1

D2005 RLZTE-1130B

SOUND_AMP

D2004 RLZTE-1130B

C

Q2002

B

C2115

10nF

KSC1623-G

XREF

L2014

E

1

SPK_R-

SOUND_AMP

2

C2117

10uF 16V

6-2

Samsung Electronics

Schematic Diagram

6-3 MICOM & IO-EX & AV IN/OUT PC_VS_MICOM

PC_HS_MICOM

This Document can not be used without Samsung’s authorization.

B3.3V_1

A3.3V

A3.3V

D3003 KDS184

P2.3 P2.2

XIN

P2.1

TEST

P2.0

P0.2/TM2CAP

P1.3/AD3

XXRREEFF

TP3003

XREF XREF

A5V

2

100nF

A

2

C3002 100nF 25V

HC-49/S-SMD(12MHz,30ppm) C3003 10uF 16V

3

3

R3086 10Kohm

Q1

SW_DTV_OUT SW_HDMI_ADC_OUT

FAN_ON_OFF RESET_MSP SW_POWER I2C_READY 10Kohm

SW_SPDIF_OUT RESET_DNIE SEL_COMP SEL_COMP_PC SEL_I2S RF_AGC AFT_MAIN

Q3009 KSC1623-G

XREF

100ohm 100ohm

XREF

KEY1 KEY2 R3090 R3091

R3094 100ohm

XREF XREF

3

DELETE OPTION

ZD3007 BZX84C5V6LT1

XREF XREF XREF XREF

XREF

470ohm 100ohm 470ohm 100ohm 100ohm 100ohm 100ohm 100ohm

XREF

C3012 R3076 1Kohm

R3078 1Kohm

R3077 1Kohm

XIN

32 31 30 29 P0_4_AD8 28 P0_5_AD9 27 P0_6_AD10 P0_7_AD11_PWM0 26 P3_1 25 2 4 P3_3 23 P1_0_T0_ZCD 22 P1_1_BUZ P1_2_INT0 21 20 P1_3_INT1_PWM1 P2_7_AD7_SCLK 19 P2_6_AD6_SDAT 18 17 AVREF

0x62

XOUT TEST_VPP P0_1_SO P0_0_SCK RESET P3_0 P3_2 P2_0_AD0 P2_1_AD1 P2_2_AD2 P2_3_AD3 P2_4_AD4 P2_5_AD5 AVSS

VDD

P0_2_SI

P0_3_CLO

470ohm 470ohm

R3045 R3048 R3051 R3054

100ohm 100ohm

R3057 R3059 R3062 R3064 R3066

100ohm 100ohm 100ohm

XREF XREF XREF XREF

470ohm 470ohm

XREF XREF XREF XREF XREF

470ohm

R3068 R3071 R3073 R3075 R3079

100ohm 100ohm 100ohm 100ohm

R3080

1Kohm

XREF XREF XREF XREF XREF

EN1 EN0 DELAY1 DELAY2 OOB_SEL POD_SW LNA_ON SW_RF1 SW_RF2 OOB_EN IRQ2SYS FAN_STATUS SCL5_TV_5V SDA5_TV_5V

100ohm 100ohm

8 7 6 5

VCC /WC

NC NC

SCL

NC

SDA

V SS

1 2 3 4

SCL2_24C256 SDA2_24C256

R3095 100ohm

1

2

3 2 1

ZD3006 BZX84C5V6LT1

R3056 R3061 R3063 R3065 R3067 R3070 R3072 R3074

XREF

VSS

LED_RED LED_GRN

XREF

DELETE OPTION C3014 100nF

470ohm

XREF

IC3004

XREF

A5V A3.3V

C3013 22uF 16V

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

Q0

R3053

XREF

R3073,R3141 : USA OPTION

IC3003

AT24C16AN-10SI-2.7

100ohm 100ohm 100ohm

R3092 R3093

C3009 20pF

R3081 R3082 R3083 R3084 R3085

R3087 R3088 R3089

B

E

C3008

S3C9428X35-S0T8 POWER_INFO RESET_SVP LVDS_EN RESET_HDMI FAN_DET

XREF

Q3002 KSC1623-Y

X3001

B

10Kohm

1

A3.3V

C

DELETE OPTION

FT3001

22uF 16V

R3139

6X BZX84C5B VZ LT 81 4C5V6LT1 ZD3008 ZD3009 1

Q3001 KSC1623-G

E C3042

R3141

XREF

I/O EXPANDER

B

10Kohm

10Kohm 10Kohm 10Kohm 10Kohm 10Kohm 10Kohm 10Kohm 10Kohm

2.7Kohm R3020

TP3002 1

XREF

CPU_nRESET

R3032 R3033 R3034 R3035 R3036 R3037 R3038 R3039

10Kohm 10Kohm 10Kohm 10Kohm 10Kohm 10Kohm 10Kohm

XREF

1

XREF

TP3001

XREF

R3069 4.7Kohm

DDC_WP

R3015 R3016 R3017 R3018 R3019 R3021 R3022

100ohm 100ohm 100ohm 100ohm 100ohm 100ohm 100ohm 100ohm

1

P3.2/PWM2/SCL1(2)

P3.3/PWM3/SDA1(2)

NC

P3.5/PWM5(2)

P3.6/PWM6(2)

P1.4/VSYNC-O

P3.4/PWM4(2)

P2.4

XOUT

22pF 50V

22pF 50V

P1.5/HSYNC-O

VSS1

C3011

C3010

P2.5

IC3002 S3F866B

VDD1

R3042 R3044 R3047 R3050 R3052 R3055 R3058 R3060

12 13 14 15 16 17 18 19 20 21 22

3

P2.7

HP_IDENT PC_IDENT COMP2_IDENT COMP1_IDENT SVHS1_IDENT HDMI_IDENT VIDEO1_IDENT

0ohm 1/10W

C

R3029

1Kohm 1Kohm 1Kohm 1Kohm 1Kohm

3

24.0MHz

P3.0/PWM0

3 5 7

33 32 31 30 29 28 27 26 25 24 23

R3025

MUTE_HP AMP_MUTE1 AMP_MUTE2

1

1

P3.1/PWM1

VSS2

2

XREF XREF

2 100ohm 4 1/16W 6 8

RA30021

P2.6

SCLK(1)/SCL0(2)

P0.3(2)

1

2

P0.0/INT0 P0.1/INT1

VDD2

HDMI_5V

D3002 KDS184

XREF

XREF

SDAT(1)/SDA0(2)

P1.2/AD2

XREF

VSYNC-I(2)

P1.1/AD1

R3046 100ohm R3049 100ohm X3002 4C-49/SM5H,24MHZ,16PF

XREF

PC_5V

1 2 3 4 5 6 7 8 9 10 11

P1.0/AD0

XREF

100ohm 100ohm 100ohm 100ohm

NC

XREF

SDA3_SMICOM SCL3_SMICOM

R3031 R3040 R3041 R3043

P0.6(2)

XREF

1nF 50V

P0.5(2)

C3041

IR

A5 V

DDC_VCC

XREF

XREF

1 2

22-28-4023

XREF

44 43 42 41 40 39 38 37 36 35 34

GND

HSYNC-I(2)

2B

2 100ohm 4 1/16W 6 8

3 5 7

P1.6/CLAMP-O

2A

RA30011

SDA_EMU SCL_EMU

P1.7/CSYNC-I(SOG)

1B

1 2 3 4

P0.4(2)

1A

NRESET

CN3002

/OE1

/OE2

R3134

EMU_SDA EMU_SCL

V CC

4.7Kohm

8 7 6 5

XREF XREF

R3138

XREF

B3.3V_1

R3023 10Kohm XREF

4.7Kohm

NC7WBD3125K8X

A3.3V

100ohm 100ohm 100ohm

2

IC3001

C3005 100nF

R3024 R3027 R3028

10Kohm 10Kohm 10Kohm 10Kohm 10Kohm 10Kohm 10Kohm 10Kohm

R3026 0ohm

R3007 R3008 R3009 R3010 R3011 R3013 R3014 R3012

10uF 16V

XREF

A5V

C3001

R3001 R3002 R3003 R3004 R3005 R3006

SW_IC3010

2.7Kohm 2.7Kohm 10Kohm 10Kohm 10Kohm 10Kohm

PC_VS_MICOM

DELETE OPTION

A5V R3097 2.2Kohm 1/10W TP3004

R3099 0ohm 1/10W

R3098 100ohm

C3015

R3100 0ohm 1/10W

10nF 50V

0ohm 1/10W

1

100nF

SLAVE_INT

3 4

100nF

5 TXD_ANYNET

AV INPUT 1 SIG_2 SIG_1 GND_2 SIG_4 SIG_3 GND_3 SIG_6 SIG_5

1 3 2 4 6 5 7 9 8

TXD_DEBUG RXD_ANYNET

TP3009

1

R3108

1

TP3012

1

L3002 3.3uH

1

L3003

1

TP3017

R3109

L3004

1

D3007 RLZ8.2

D3008 RLZ8.2

VIDEO1_IDENT

XREF

TP3015

D3006 RLZ8.2

F 100oXRhEm

C3024 330pF

10ohm 11

R3104

10ohm 10

RR3E1F05 X

10ohm 12

R3107

10ohm 9

XREF

XREF

V+

C1V-

2 6

C2+

C3019

100nF

C3020

100nF

TPT 3P 0035006

ANYNET I/F

C2T1IN

T1OUT

T2IN

T2OUT

R1OUT R2OUT

R1IN R2IN

14 R3103

TP3007

1 1

1

100ohm

TP3008

7

1

13 R3106

100ohm

8

D3004

D3005

CDS3C30GTH

CDS3C30GTH

AGND_IN

AGND_IN

AGND_IN

TPT 3P 0133014 1 1

VIDEO1_SL_IN

XR F 100o hEm

JA3001 SUPLVAL

4 9 10 5 6 8 7

SEL_I2S HIGH OUTPUT EAGLE

15

VIDEO1_CVBS

XR F 100o hEm

R3111

C3022 100pF

R3112 75ohm

RXD_DEBUG

R3102

XREF

C1+

VCC

C3018 R3140

C3021

GND_1

100nF

IC3006 MAX232ECWE 16

0ohm 1/10W

jack9p_bTP3T0P130011

C3017 10uF 16V

C3016

R3101

JA3002

ANYNET & SERVICE I/F

L3001

R3110 100ohm

VIDEO1_SR_IN

TP3016

SERVICE I/F

1

R3113 100ohm

TP3018 1

D3009 RLZ8.2

OP3001 CT5000-2870

CDS3C30GTH

CDS3C30GTH

C3023 330pF AGND_IN D3011 RLZ8.2

D3012 RLZ8.2

1 1

AGND_IN

AGND_IN

0ohm 1/10W

IC3007

DM74LS157M 1 2 3 4 5 6 7 8

1 1

3

1

AGND_IN C3027 100nF

AGND_IN

B5V_VCC

C3036 10uF 16V

2

L3005

4.7Kohm 1/10W

TP3022

TP3T0P230021 AGND_IN

D3013 RLZ8.2

R2124

DELETE OPTION

TP3019

LOW HDMI

SAM_SPDIF_OUT HDMI_SPDIF SEL_I2S SW_SPDIF_OUT

R2125

B5V_VCC

D3010

D3024

AGND_IN

OPTICAL SPDIF OUT

JA3003 SUPLVAL

4 9 10 5 6 8 7

1

/PBRST

SUB MICOM RESET

1

2

GND

8 7 6 5

3

3.3VIN

4

5VIN

/5V_RST /3.3V_RST 5V_TOL 3.3V_TOL

5

1 2 3 4

6

10Kohm 1/10W

GND

R3096

7

IC3005 DS1834AS/T.R

FT3002 SGM32F1E104-2A

S

VCC

A1 B1 Y1

G A4 B4

A2

Y4

B2

A3

Y2

B3

GND

Y3

16 15 14 13 12 11 10

C3026 10uF 16V

C3025

100nF

9

AGND_IN

B5V_VCC

AGND_IN

10uH L3006

MONITOR_OUT

SPDIF_COAX_OUT

B5V_BA7657

SVHS INPUT 1

C3028

100nF

Q3003

3 1

JA3004

T0P237028 1 T1P3

D3015 RLZ8.2

D3016 RLZ8.2

100ohm 100ohm XREF

L3008 3.3uH

R3117

100ohm XREF

R3120 75ohm

5

6

1 TP3030

C3030 100pF

R3121 75ohm

C3031 330pF

TP3033 4 2

R3114 R3116

XREF

1 TP3029

1

D3014 RLZ8.2

SVHS1_IDENT SVHS1_C SVHS1_Y

JA3006 jack9p_b GND_1

JA3007 jack6p_3

SIG_2

3

SIG_1

2

1

GND_2

4

3

SIG_4

6

2

SIG_3

5

4

GND_3

7

6

SIG_6

5

D3018 RLZ8.2

D3019 RLZ8.2

SIG_5

R3135 C 22Kohm

TPT 3P 0234025 1

Q3008 KSC1623-G

TP3026

1 1

1

B

E

R3119 470ohm

ZD3001

R3136 100ohm

C3037 10uF

C3029 XREF

MONITOR_OUT

E

R3137 22Kohm

B

C

100nF

Q3004

2SA1611-M6-T1

L3007

CN3001

2

UJK-SW-16D

TP3023 R3115

100ohm

4

1

1

3

R3118

75ohm

2 1

D3017

RLZ8.2

CDS3C30GTH

A3.3V

9 8

AGND_IN

AGND_IN

AGND_IN AGND_IN AGND_IN AGND_IN AGND_IN

USA OPTION

TP3034

KSA1182

1

AGND_IN

AGND_IN

3

KSC1623-G

1 1

KOREA OPTION

Q3005 C3038 10uF

ZD3002 RLZ8.2

AGND_IN

XREF

R3124

ANY_SC2_SL_OUT

0ohm

Q3006 KSC1623-G

R3122

E C

B

XREF

MUTE_HP

4.7Kohm

R3123 1Kohm

C3039 4.7nF

ZD3003 RLZ8.2 R3126 100Kohm

TP3035 1

AGND_IN

ZD3004 RLZ8.2 ZD3005 RLZ8.2

AGND_IN

Q3007 KSC1623-G

AGND_IN C3040 10uF XREF

R3129

R3128 1Kohm

ANY_SC2_SR_OUT

0ohm C3034 4.7nF

R3130 100Kohm

AGND_IN

Samsung Electronics

6-3

Schematic Diagram

6-4 HDMI & PC This Document can not be used without Samsung’s authorization.

B3.3V_1

B3.3V_1

L4001 L4002

PC_IN

A5V

2

1

1

2

2

C4010 100nF

1

AGND_IN

C4015 C4016 100nF 100nF

C4012 C4013 C4014 100nF 100nF 100nF

C4011 100uF

C4001 C4002 100nF 100uF

C4019 C4020 220pF 220pF

C4017 C4018 100nF 220pF

C4004 C4005 C4006 100nF 100nF 100nF

C4003 100nF

D40013 D4002 3 D40033

1XREF

R4005 10Kohm R4011 R4013

47ohm 47ohm

BD4004 B

TP4035

C4037 33pF 50V

EMU_SDA EMU_SCL

C4038 33pF 50V

C4035 1nF

TP4011

L4003

10uH

R4031

470ohmXREF

1 TP4012

L4004

10uH

R4032

470ohmXREF

PC_RED

C4036 47nF

R4028 1F00ohm XRE XREF

SDA4_TV_3.3V

R4030 100ohm

PC_SR_IN PC_SL_IN

VDD

VDD

GND

GND GND

GND

PVDD

PVDD

COAST

FILT

B/Cb[3]

AVDD

B/Cb[4]

IC4003

GND GIN/Y

B/Cb[5] B/Cb[6] B/Cb[7]

SOGIN

MST9883CR-110

GND AVDD

VDD GND G/Y[0]

AVDD

0x98

GND RIN/Pr

G/Y[2] G/Y[3]

A0

G/Y[1]

SCL

G/Y[4]

SDA

G/Y[5]

VREF

G/Y[6]

AVDD GND

G/Y[7] GND

C4039 100nF

1 3 5 7 1 3 5 7

R4020 R4025

2 4 6 8 2 4 6 8

SVP_B(0) SVP_B(1) SVP_B(2) SVP_B(3) SVP_B(4) SVP_B(5) SVP_B(6) SVP_B(7)

2 4 6 8 2 4 6 8

SVP_G(0) SVP_G(1) SVP_G(2) SVP_G(3) SVP_G(4) SVP_G(5) SVP_G(6) SVP_G(7)

22 ohm

22 ohm

22 ohm

22 ohm

R4029

XREF

SVP_G(0:7)

D4010

D4009

3722-001061

R4027 1F00ohm XRE

SCL4_TV_3.3V

TP1 4T0P049010 1

C4034 47nF

100ohm

AVDD

1 3 5 7 1 3 5 7

20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

GND

XREF

XREF

PC_GREEN

B/Cb[2]

VDD

XREF

XREF

100ohm

PC_HS_7657 PC_VS_7657 PC_HS_MICOM PC_VS_MICOM

B/Cb[0] B/Cb[1]

GND

R4018

RLZ8.2

RLZ8.2

C4040 330pF D4012 RLZ8.2

AGND_IN

R4033

R4034 22

22

R4035

SVP_R(7) SVP_R(6) SVP_R(5) SVP_R(4) SVP_R(3) SVP_R(2) SVP_R(1) SVP_R(0)

1 3 5 7 1 3 5 7

D4011 RLZ8.2

C4041 330pF 2 4 6 8 2 4 6 8

1

XREF

R4022

SVP_B(0:7)

AVDD BIN/Pb

100ohm

4 9 10 5 6 8 7

R4026 XREF

41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

GND

SUPLVAL

XREF

100ohm

R4024100ohm

D4008 RLZ8.2

PC_S_IN

JA4002

R4023

AGND_IN AGND_IN AGND_IN

AGND_IN

C4031 47nF

R4019

100ohm

8

74LCX14MX R4021100ohm

C4033 100pF

XREF

PC_BLUE

9

XREF

GND

VDD

D4004 D4005 D4006 RLZ8.2 RLZ8.2 RLZ8.2

IN

C4030 100nF

11 10

GND

R/Cr[1] R/Cr[0]

C4032 100pF

RLZ8.2 AGND_IN

IN

IN

12

R/Cr[2]

7

MGND1

IN

13

R/Cr[3]

6

IN

14

R/Cr[4]

4 5

IN

R/Cr[5]

3

N M L K J I H

IN

GND

PC_IDENT

A B C D E F G

VSYNC HSYNC

2

PVDD

1

22ohm

D4007

TP4007

IC4002

PC_5V

XREF

R/Cr[7] R/Cr[6]

R4017

A3.3V

VDD

R4015 75ohm R4016 100ohm

AT24C02N-10SC TP4036 AGND_IN

C4029 100nF

PVDD

TP4008

C4025 220pF

C4023 C4024 220pF 100nF 50V

DELETE OPTION AGND_IN

GND

XREF

1

1

1

75ohm

R4010 0ohm

C4022 10nF 50V

C4027 8.2nF

C4079 33pF

B3.3V_1

1

R4014

1TP4006

1 2 3 4

8 7 6 5

DCK

1TP4005

100ohm

HSOUT

22ohm AGND_IN

R4009

IC4001

C4009 220pF

B

40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21

R4012

100ohm

MIDSCV GND

B

100ohm

F 4003 XRER

VSOUT SOGOUT

BD4003

TP4004

1

DDC_WP

XRER F 4002

GND

B

PC_VS_7657

AVDD

R4004 10Kohm

BD4002

1TP4003

PC_HS_7657

TP4034

CLAMP

ACB1608H-060-T 6 1 11 7 2 12 8 3 13 9 4 14 10 5 15

C4028 100nF

C4026 10uF

R4006 R4007 R4008 75ohm 75ohm 75ohm

1

GND

TP14T0P041002

MGND2

C4021 82nF

R4001 2.7Kohm

DDC_VCC

AVDD

XREF

105-15202N330

61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

XREF

JA4001

BD4001 MPZ2012S300A

PC_RED PC_GREEN PC_BLUE

XREF

C4007 C4008 100nF 220pF

AGND_IN

XREF

SVP_R(0:7)

10ohm 10ohm

91 92

R4056 R4057

10ohm 10ohm

86 87

R4058 R4059

10ohm 10ohm

84 83

BD4005

HDMI_INPUT

C4047 22uF 16V

C4046 100nF

D4018 RLZ6.2B

NC

47ohm 1

R4065

DGND_IN

TP4032 TP4033 1

1/10W 3.9Kohm R4070 DGND_IN

MGND2

C4056 100nF

C4055 10uF 16V

D4019

DGND_IN

D4020

D4021 RLZ8.2

MMBD4148SE MMBD4148SE

R4071 10Kohm

CEC

R4066

DDC_WP

1XREF

1 2 3 4

8 7 6 5

0ohm 33ohm 33ohm

R4072 R4073 R4074

HDMI_IDENT D2_DDC_SDA D2_DDC_SCL

XREF XREF XREF

FT4002

FT4003 FT4004

23 24 MGND1

P/N:3701-001298

3

D4024

D4025 3 D4026 3 D4027 3 D4028 3 D4029 3 D4030 3 D4031

D4032 RLZ5.6B-TE-11

DGND_INDGND_IN

2

1

2

1

2

1

2

1

2

1

2

1

2

1

C4059 1nF

BD4008

A3.3V

MMBD4148SE 1

6-4

3

C4057 22uF 16V

C4066 1nF

C4065 1nF

D4033 RLZ5.6B-TE-11

22ohm 22ohm 22ohm R4039 R4040 R4041

PGND

21

28 45 57 66 78

23

22

C4073 C4074C4075 10uF 100nF 1nF 16V

SPDIF ANGY ANBPB ANRPR COMP

VCC VCC VCC VCC

16 41

B

SCK WS SD0

OGND OGND OGND OGND OGND

65

BD4010 ACB1608H-060-T

MCLKIN

OVCC OVCC OVCC OVCC

0.5m4m7

99

C4076 10uF R4080 3.9Kohm

2

PVCC

17 40 64 100

C4062 C4063 C4064 22uF 100nF 100nF 16V

Q16 Q17 Q18 Q19 Q20 Q21 Q22 Q23

AGND AGND AGND AGND AGND

56 67

BLM41P600S

D2_RXCLKD2_RXCLK+ D2_RX0D2_RX0+ D2_RX1D2_RX1+ D2_RX2D2_RX2+

AVCC

MCLKOUT

C4058 100nF

DGND_IN

FT4001

3301-001594 => 2901-001302

BLM41P600S

82 AVCC 89 AVCC 93 AVCC 90 5 .5mm

79

C4052 C4053 100nF 1nF

BD4007

47ohm

R4075 0ohm

DGND_IN

IC4004 AT24C02N-10SC

Q8 Q9 Q10 Q11 Q12 Q13 Q14 Q15

RXC+ RXC-

DACVCC DACVCCR DACVCCG DACVCCB DACGND DACGNDR DACGNDG DACGNDB

GND GND GND GND

PLLVCC

PLLGND

24 25

R4062 10Kohm

0x60

RX0RX0+

80

C4051 10uF 16V

TP4031

IC4005 SII9993CT100

RX1RX1+

85 88 90 94 98

B

R4061 10Kohm

19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

C4050 1nF

BD4006 ACB1608H-060-T

XREF

MGND3

C4049 100nF

RLZ5.6B-TE-11

HDMI_5V

JA4004 DC1R019WDA

C4048 100nF

Q0 Q1 Q2 Q3 Q4 Q5 Q6 Q7

NC

C4077 47nF

R4046 R4048 R4050

HDMI_DE HDMI_AD_VS HDMI_AD_HS HDMI_AD_CLK

0ohm 0ohm 0ohm

RSET DACVREFO DACVREFI

70 69 68 63 62 61 60 59

1 3 5 7 1 3 5 7

2 4 6 8 2 4 6 8

SVP_B(0) SVP_B(1) SVP_B(2) SVP_B(3) SVP_B(4) SVP_B(5) SVP_B(6) SVP_B(7)

58 55 54 53 52 51 50 49

1 3 5 7 1 3 5 7

2 4 6 8 2 4 6 8

SVP_G(0) SVP_G(1) SVP_G(2) SVP_G(3) SVP_G(4) SVP_G(5) SVP_G(6) SVP_G(7)

48 44 43 42 39 38 37 36

1 3 5 7 1 3 5 7

2 4 6 8 2 4 6 8

SVP_R(0) SVP_R(1) SVP_R(2) SVP_R(3) SVP_R(4) SVP_R(5) SVP_R(6) SVP_R(7)

26

R4060

33ohm

27

R4063

33ohm

1 3 5 7

29

R4067 R4068 R4069

12 15 7

33ohm

22 ohm

SVP_G(0:7) RA4003 22 ohm

RA4004 22 ohm

SVP_R(0:7) RA4005 22 ohm

RA4006 22 ohm

C4054

100pF

HDMI_MCLK HDMI_SCLK HDMI_LRCLK HDMI_SDO HDMI_SPDIF

RA4007 0ohm 0ohm 0ohm

C4061 10nF

C4060 1 0 uF 16V

2 5 10 13

C4067 1nF

C4068 1nF

3

RA4002

2 4 6 8

10.5mm 6 11 14

4

22 ohm

1 1 1

ANALOG

8

9

SVP_B(0:7) RA4001

DELETE OPTION R4 0 6 4

32 31 30

TP4017 TP4018 TP4019

ANALOG_Y/Pb/Pr

B3.3V_1 BD4009 ACB1608H-060-T C4069 100nF

B

C4071 C4072 22uF 100nF 16V

C4070 100nF

D4022 RLZ5.6B-TE-11

ANALOG R4076 NC 100ohm

B3.3V_1

A5V

NC

DSDA DSCL

DDC_VCC

C4045 100uF 16V

BLM41P600S

RX2RX2+

CONFIG_I2C

D2_RXCLK+ D2_RXCLK-

R4054 R4055

EXT_RES

CSDA CSCL

D2_RX0D2_RX0+

B3.3V_1

96 97

R4077 4.7Kohm

76 77

D2_RX1D2_RX1+

10ohm 10ohm

75 74

D2_RX2D2_RX2+

AGND_IN

81

R4052 R4053

ODCK

R4051 390ohm

22ohm 22ohm 22ohm 22ohm

46

B3.3V_1

AGND_IN

D4017

R4044 R4045 R4047 R4049

DE VSYNC HSYNC

D4016 RLZ8.2

D4015 RLZ8.2

C4044 100nF 25V

HDMI

C4043 330pF

C4042 330pF

0ohm 100ohm

DVI_SR_IN

XREF

L4006 10uH AGND_IN

R4037 R4042

35 34 33

470ohm

R4043

RESET_HDMI

R4079 R4082 4.7Kohm

D4014 RLZ8.2

IRQ2SYS

DVI_SL_IN

XREF

71

D4013 RLZ8.2

1

470ohm

INT

TP4016

R4038

RSVD RSVD RSVD RSVD

1

73 20 19 18

L4005 10uH

TP4015

R4081 4.7Kohm

1

72

1

RESET#

TP4T0P143014 1 3 2 4 6 5

PLLIN PLLOUT

jack6p_3

R4036 4.7Kohm

DVI_S_IN

JA4003

HDMI_VS HDMI_HS

B3.3V_1

R4083

47ohm 47ohm

R4084

100ohm

R4085

100ohm

R4078 4.7Kohm

AGND_IN C4078 25V 100nF

IC4006 NC7WBD3125K8X 8 7 6 5

VCC

/OE1

/OE2

1A

1B

2A

2B

GND

1 2 3 4

D2_DDC_SCL D2_DDC_SDA

AGND_IN

DGND_IN

SCL4_TV_3.3V SDA4_TV_3.3V

DGND_IN

Samsung Electronics

Schematic Diagram

6-5 SVP-EX52 This Document can not be used without Samsung’s authorization.

B3.3V_1_1 SMW250-03

AP1117D-25A

BD5001

TP5T0P052003

C5016

1

D Q3

B1 C2 C1 D1 J12 J11 H12 H11 F12

E12 E11 E2 E1 F2

DQ9

VDDM

VDDM

VSS

VDDM

VSS

VSS

VSS VSS VSS

VDDM

VSS CVBS1

VDDM

VREFP_1

J8

J7 VSS22

VSS23

VSS24

A10

K4

A3

C3

C4

K9

VSS25

VSSQ0

VSSQ1

VSSQ2

VSSQ3

VSSQ4

C10

C5

C9

D5

D8

C8

VSSQ5

VSSQ6

VSSQ7

VSSQ8

VSSQ9

F4

E4

VSSQ10

F9

DQ14

VDDQ11

DQ15

VDDQ10

DQ16

VDDQ9

DQ17

VDDQ8

DQ18

VDDQ7

F1

DQ19

VDDQ6

DQ20

VDDQ5

VDD7

H8 H7 H6 H5 G8 G7 G6 G5 F8 F7 F6 F5 E8 E7 E6 E5 D9 D7 D6 D4 J 10 J3 H 10 H3 F 10 F3 E10 E3 D 11 D2 B11 B9 B7 B6

VDDQ1

VDDQ0

VDD6

J5

B4

B2

K10

K7

VDD5 K6

VDD3

VDD2

VDD1

VDD0

VREF

WE_

VDD4 K3

D3

D10

C7

C6

L1

K1

K2

M12

M1

C12

D12

CAS_

VDDQ2

RAS_

VDDQ3

CS_

DQ22 DQ23

CKE

J2

VDDQ4

CK_

J1

DQ21

M11

H1

J6

RA5007 1/16W 22ohm

RA5006 1/16W 22ohm

7 5 3 1 7 5 3 1

C5044 0.1UF 50V

XREF

8 6 4 2 8 6 4 2

C5045 0.1UF 50V

T8

C5087

PAVSS2 PAVDD2

HC-49/S-SMD(14.31818MHZ)

P18

C5050

PDVSS PAVDD PAVSS

XREF

P3

XREF

P2

DDR_MD(1)

N1 8

1 2 3 4

N17

N13

N10

C5056 100uF 16V

C5059

N9

25V 100nF

CLOSE TO SVP_EX

N8

C5057 100uF 25V

BS

SW

R5064

N1 M20

C5061 1uF DDR_MD(2)

M19 M18

C5063

R5061 10Kohm

C5060 100pF XREF

C5054 120uF 6.3V

COMP2_Y

Q5001 KSC1623-G

C5062 10nF

C5064 10uF 16V

DELETE OPTION 50V 1uF C5066

M13 M12 M11

SW_HDMI_ADC_OUT

R5067

C5065 100nF

C5067 C5068 R5069

M2

0ohm 1/10W

M1 L20 L19

XREF

C5127

DDR_DQS(0)

L18

100nF 100nF

XREF XREF

DDR_DQM(0)

100nF

DDR_MD(4)

L17 L13 L12 L11

C5070 DELETE OPTION 50V 1uF C5071

XREF

50V 1uF C5069 100ohm 1/10W

O4 I1 O5

IN

I2

C5073

100nXF REF

C5074 100nF

C5072

100nF

L3 L2

C5075

O6

13

8

I6

IN

O7 10

11

IN

I7

GND

MD5

C5078 100nF

L5004

B1.8VL_SVP

C5080 100nF

DDR_MD(5)

C5076 22uF 16V

B1.8VA_SVP C5077 100nF

C5079 100nF

C5084 100nF

BD5008

3.3Kohm R5079

XREF

XREF

25V 100nF

XREF

100nF 25V

VDDH_CPU

C5092 100nF

XREF

C5096

AVSS_ADC1 AVDD_ADC1

10uF 16V

XREF

AVSS_ADC1

XREF

AVDD_ADC2

C5094 100nF XREF

AVSS_ADC2

XREF

AVDD_ADC3

XREF

AVSS_ADC3 AVDD_ADC3 SVP_INT

AVSS3_BG_ASS AVDD3_AVSP2

XREF

C5099

C5129

C5104 1uF 50V 100nF C5128 1uF 50V 100nF XREF

C5119

C5124

10uF 16V

B3.3V_1_1

VD1.8

B1.8VA_SVP

IC5007

C5107

C5115 100nF

C5100

100nF 25V

VDDH_B3.3V

C5131 100nF

C5130

100nF

C5132

100nF

100nF

XREF

C5113

XREF

C5123 1uF 50V 100nF

AVSS_ADC3

XREF

XREF

XREF

C5105

R5080

1.2Kohm

XREF

0ohm

COMP1_PB

C5110

1uF

C5112

100nF

30pF

AP1117D-18A TP5006

MONITOR_OUT

3

C5111 22uF 16V

R5081

75ohm

XREF

PAVSS2

C5097 47uF 10V

XREF

PDVDD

C5098 100nF XREF

PDVSS

XREF

PAVDD

BD5014

C5101 F 100n XREF

C5102

AVSS_ADC3 OS_CON

47uF 10V

C5103 100nF XR EF

PAVSS

1

C5108

ADJ

C5106

PAVDD2

100uF 16V

C5109

16V 100nF

1.5Kohm

XREF

C5118 100nF 25V

C5117 1uF 10V L5005

B3.3V_1_1 2.2uH

B1.8VL_SVP

IC5008

TP5007

FAN1117AD-1.8 3

C5122 22uF 16V XREF

2

XR EF

47uF 10V

R5084

SVHS1_C

COMP2_PR

COMP1_PR

VOUT

VIN

PAVSS1

A3.3V VDDH_CPU

C5133 1uF 50V 100nF

R5078

COMP2_PB

AVSS_ADC2

C5114 100nF C5116 100nF

OS_CON

OS_CON BD5013 XREF

XREF

C5089 100nF

BD5009

BD5012

C5136 25V 100nF

PAVDD1

47uF 10V

C5088

C5093

VSSL

XREF

AVDD_ADC1

C5086 100nF

BD5011

C5090

VDDH_CPU

0ohm

C5091 10uF 16V

AVSS_ADC2 AVDD_ADC2

10uF 16V

VDDL

XREF

C5083 OS_CON

C5081 100nF

1

XREF XREF

HD_HS

VD1.8

B1.8VD_SVP

C5134

VI N

VOUT ADJ

1

XREF

nWR_SVP nRD_SVP

XREF

R5076

22ohm

I3

SVP_CLK SVP_DE SVP_VS SVP_HS

DDR_MA(11)

DDR_MD(7)

DDR_MD(6)

DDR_MA(10)

DDR_MA(9)

DDR_MA(8)

DDR_MD(8)

DDR_MD(10)

DDR_MA(6)

DDR_MA(7)

DDR_MD(9)

DDR_MD(11) DDR_MA(5)

DDR_MA(3)

DDR_MA(4) XREF

0ohm 1/10W

25V 100nF

R5071

HD_VS

9 IN

AVSS_ADC1

DDR_DQM(1) XREF

0ohm 0ohm

0ohm 1/10W

DDR_DQS(1)

R5074 R5075

C5095

22ohm

100nF

DELETE OPTION

SVP_AD(7)

0ohm 1/10W

25V 100nF

R5070

L8 L4

HD_CLK

7 IN

O2

HDMI_AD_CLK

SW_DTV_OUT

6

14

VIDEO1_CVBS

0ohm

5

15

I5

COMP1_Y

R5068

4 IN

IN

16

HDMI_DE

XREF

IN

17

I4

12

R5072

I0 3

O3

L9

IN

18

O0

HDMI_AD_VS

0ohm

2

O1

50V 1uF

R5066

OE1

19

HDMI_AD_HS

TUNER_CVBS_MAIN SVHS1_Y

1 IN

VCC

0ohm

DELETE OPTION

M8

IC5006

MC74VHC244DTR2

OE2

M9

M4

FT5001

20

M10

M3

R5060

10Kohm

R5062 10Kohm 1/10W

100nF

DDR_MD(3)

M1 7

XREF

XREF

XREF

XREF

XREF

DDR_DQM(2)

C5055 100nF 16V

BB3.3V_1_1

PDVDD

XREF

0ohm 1/10W 0ohm 1/10W

FB

8 7 6 5

R5058 5.6Kohm 1/10W

A

R5063

N2

COMP

GND

C5058 100nF 16V

N5

N3

SS EN

IN

R5059 10Kohm

D5001 SS24

N4

DDR_DQM(0)

R5057

N16

N11

1 1Kohm 1/10W

IC5005 MP1583DN

C5053 10nF

N12

U1 L5003

DDR_MCLK0

B3.3V_1_1

2

DDR_MD(0)

XREF

C5047 10nF 50V

1

N20 N19

C5052

100nF 25V

B

P4

P1

B1.8VD_SVP

C5051 100nF 16V

BD5007 BLM41P600S

20pF

A

14.31818MHz

P5

2

P16

R5054

51ohm 1/10W

XREF

D6V

P17

XREF

XR EF

C5126 20pF

P19

XREF

PAVSS1 PAVDD1

DDR_CLKE DDR_CS0# DDR_RAS# DDR_CAS# DDR_WE#

X5001

R1 P20

XREF

DDR_MCLK0#

51ohm 1/10W

DDR_BA0 DDR_BA1

R2

C5082

XREF

R5050 R5051 R5052 R5053

100pF 50V

XREF

R4

DDR_DQS(1) DDR_DQS(3) DDR_DQS(0) DDR_DQS(2) DDR_DQM[0:3]

R5

XREF

R16

DDR_DQM(3)

C5049

R18 R17

R3

XREF

R5049

XREF

100nF 25V

XREF

DDR_DQM(1)

R19

C5046

XREF

XREF

100nF 25V

1Kohm 1/10W

22ohm 22ohm 22ohm 22ohm

T2

C5085

R5073

MVREF

R5047

1/10W 1/10W 1/10W 1/10W

100pF 50V

T3

T1 R20

DDR_MD(16)

0ohm

R5048

T4

DDR_MD(17)

T5

DDR_MD(18)

T6

DDR_MD(22)

DDR_MD(23)

T7

BD5010

XREF

R5045

1Kohm 1/10W

T15

BD5015

XREF

1/10W 1Kohm

16V

T13

C5123,C5127,C5128,C5133

C5135

VDDM

C5019 C5021 100nF 10nF

T14

XREF

R5077

E9

G4

G9

VDDQ12

XREF

R5082 R5083

VSSQ11

VSSQ12

VSSQ13

VSSQ14

VSSQ15

J4

H4

VSSQ16

DQ13

T16

K20

VSS K19

MA11 K18

VSS

VSS

VDDM K17

K13

K12

VSS

VSS

VSS

VSS K9

K8

K11

J9

VDDQ13

T20

AVSS_ADC1

K10

AVSS3_BG

CVBS_OUTP

CVBS_OUTN

H9

VDDQ14

T17

L1

K4

K3

K2

AVDD_ADC1 K1

MD6 J20

MD7 J19

VDDM

VSS

MA10 J18

J17

J13

VSS J12

VSS

VSS

VSS

VSS

J9

J11

J10

PB_B2

PB_B1

C

VREFN_1

J8

J4

J3

J2

J1

MD8 H20

MA9

MA8

VDDC

VSS H19

H18

H17

H16

VDDC H13

VSS H12

VSS

VSS

VDDC

VSS H9

H11

H10

E2

E1

AVDD3_AVSP2

MA2

SVP_AD(6)

VSSQ17

VSS0 VDDQ15

DQ12

T19

C5061,C5066,C5069,C5071,C5104

Samsung Electronics

VSS2

DQ10

T18

L10

CLKE VDDM

MD12

VSS4 VSS3

VSS1

H2

0ohm

1

AIN_VS

VDDM

VSS

C5005 4.7nF

U1

U2

TESTMODE

U5

U3

RESET

U6

U4

SCL

DPIN4

DPIN5

DPIN13

U9

U7

U10

U8

DPIN20

DPIN21

DPIN_FLD

U11

U13

U12

VDDH

VDDH

DPIO17

DPIO10

U14

U15

DPIO9

U16

DPIO3

U19

U17

U18

NC

NC

DPIO_RT1

DPIO_RT2

U20

V2

V3

V1

SDA

PWM

V5SF

DPIN12

V4

DPIN14

V5

V7

V8

V6

DPIN3

DPIN6

DPIN19

V9

DPIN22

DPIN_DE

V10

V12

V13

V11

DPIO23

DPIO18

DPIO11

DPIO16

V14

V15

DPIO8

V17

V16

V18

NC

DPIO4

DPIO_RT0

V19

NC

V20

NC

W1

W3

W2

H

DPIN8

DPIN11

MPUCS_FLD

W4

DPIN15

W5

W7

W8

W6

DPIN2

DPIN7

DPIN18

W11

W10

W9

DPIN23

DPIO22

DPIO19

DPIN_V

W12

W14

W13

DPIO15

DPIO12

W15

W16

W17

NC

DPIO5

DPIO0

DPIO_CLK

W18

W19

NC

Y1

Y2

W20

V

DE

NC

DPIN9

Y3

DPIN10

Y6

Y7

Y4

Y5

DPIN0

DPIN1

DPIN16

DPIN17

Y8

DPIN_CLK

Y9

Y11

Y10

DPIO21

DPIN_H

Y13

Y12

DPIO20

DPIO14

DPIO13

Y14

DPIO7

Y15

Y17

Y18

Y19

Y16

DPIO6

DPIO1

NC

MD4

H8

D20

VDDM

ADDR6

DDR_MD(12)

DQM0

VDDH_CPU

D19

DQS0

VSS

H5

D17 D18

DDR_MA(2)

MD28

VREFN_2

D15 D16

Y_G1

AVDD_ADC2

D14

XREF

VDDC MPUGPIO2

AVSS_ADC2

DDR_CLKE

CVBS3 AIN_N1

H2

D12

CVBS2

ADDR3 ADDR2

H4

D11

D13

VSS

ADDR4

H3

D10

VSS

VREFP_2

D9

VSS

H1

D8

MD14 ADDR5

MD10

DDR_MD(28)

D7

MD13

VSS

MD9

D6

VSS VSS

MA7 MA6

D3 D4 D5

VDDM MA1

G20

SVP_AD(2)

VDDM

G19

SVP_AD(3)

CS1#

G18

SVP_AD(4)

D1 D2

MD3

G17

SVP_AD(5)

VSS

RAS#

VDDC

C20

DDR_MD(14)

WE#

VDDH_CPU

C19

DDR_MD(13)

MD2

BA0

PR_R2

C18

DDR_MA(1)

AIN_N2

PR_R1

C17

R5065

MD18

G5

0ohm

Y_G2

G4

C15 C16

PDVDD AIN_N3

G16

C14

XREF

VDDC

MD26 MD23 MD21 MD19

G3

C13

XREF

MD27

VREFN_3

XREF

VSS

VREFP_3

DDR_BA0 DDR_WE# DDR_RAS#

VSS VSS VSS

VDDC

G1

C12

DDR_MD(18)

VDDC

MD30

G2

C11

DDR_MD(19)

VDDC

MD11

C10

DDR_MD(21)

ADDR1

VSS

C9

DDR_MD(23)

ADDR0

VSS

DDR_MD(26)

C8

NC

VDDC

SVP EX-62

AD7

MA5

C6 C7

MD0 MD1

VSS

F20

DDR_MD(30) DDR_MD(27)

XTL1

MD15

F18

C5

MA0

AD6

F19

C4

VDDM

VDDC

C3

VSS

F17

SVP_AD(0) SVP_AD(1)

IC5004

CS0#

F16

SVP_CD(7)

C2

PAVSS

AVSS_ADC3

C1

PAVDD

AVDD_ADC3

SVP_CD(6)

PDVSS

VSSR

INTN

B20

DDR_MD(15)

VSS

CAS#

MPUCSON

B19

DDR_MA(0)

VDDC

F5

B17 B18

VDDC

MD17

F4

B16

NC DPIO_RT5

VSS

F3

B15

XREF

VSS MD20

ALE

B14 XREF

MD25

F2

B1 3

DDR_CAS# DDR_CS0#

NC NC

F1

B12

VSS

DQS1

B11 DDR_MD(17)

XTL O

MD29

DQM1

B10

DDR_MD(20)

PAVDD1

VSS

MA3

B9

MLF1

MA4

B8

PAVSS1

E20

B7 DDR_MD(25)

AD2 AD1 MPUGPIO0

E19

B6

DDR_MD(29)

VDDC VDDC

E18

B5

NC DPIO_RT4

AD5

VDDM

B4

VDDL VSSL

E17

B3

SVP_CD(1)

1Kohm 1/10W

NC

VDDM

RF5056 XRE

B2

VDDM

VDDC

pSVP_CS

B1

NC

E16

A20 SVP_CD(5) SVP_CD(2)

MCK0

E15

A19

100nF 25V

PAVSS2 PAVDD2

E14

C5048

PLF2

MVREF VDDR MCK0#

MPUGPIO4

A18

VDDC AIN_HS

VDDC

A16 A17

VDDH

MD16 BA1

E8

A15

VDDH

DQM2 DQS2

E13

A14

XREF

XREF XREF

VDDH

MPUGPIO3

A12 A1 3

MD22

VDDC

XREF

A11 DDR_MD(16)

VDDH

E7

XREF

VSSL

DDR_DQM(2) XREF

XREF

VDDH VDDH

MD24

VDDC

VDDL

A10

DQM3 DQS3

E6

DDR_BA1 MVREF DDR_MCLK0# DDR_MCLK0

A8 A9

DPIO2

MD31

WR_

DDR_DQS(2)

A7 DDR_MD(24) DDR_MD(22)

DPIO_RT3

MPUGPIO1

E5

A6

DDR_DQM(3) XREF

NC

RD_

DDR_MD(31)

NC NC

AD0

ADDR7

A5

AD4 AD3

E4

A2 A3 A4

0ohm

DDR_DQS(3)

A1

SVP_CD(3) SVP_CD(0)

E3

SVP_CD(4)

R5046

NC

NC

Y20

R5044

VSS5

DQ11

CK

RA5005

DQ6

BA1

RA5004

VSS7 VSS6

4M X 32 DDR 1105-001533

D Q5

D Q7 DQ8

BA0

1/16W 22ohm

F11

DQ4

DQ24

DDR_MD(0)

RA5003 1/16W 22ohm

A4

VSS8

IC5003 SUPLECODE

L4

DDR_MD(1 1)/16W

7 5 3 1 7 5 3 1 2 4 6 8 2 4 6 8

D Q2

M3

DDR_MD(2 2)2ohm

8 6 4 2 8 6 4 2 1 3 5 7 1 3 5 7

A5

L10

DDR_MD(3)

VSSQ18

VSS9

DQ1

L11

DDR_MD(4)

25V 100nF

B10

VSS11 VSS10

DQ0

B5

DM3

C5042 C5043

25V 100nF

B3

A10 A1 1

A6

DM2

25V 100nF

VSSQ19

K5 L6

2 4 RA5001 6 8 2 4 RA5002 6 8

DM1

C5040 C5041

25V 100nF

G3

DDR_MA(10) DDR_MA(11)

G2

25V 100nF

VSS12

DM0

C5038 C5039

25V 100nF

A9

G11

25V 100nF

NC2

DDR_MA(9)

VSS13

A2

C5036 C5037

25V 100nF

NC0

VSS14

A8_AP

DQS3

SVP_R(4)

SVP_R(5)

SVP_R(3)

SVP_R(6)

SVP_R(2)

SVP_R(7)

4.7Kohm 1/10W

NC3

VSS15

A7

L7

DQS2

DDR_MD(5 1)/16W

C5035

25V 100nF

R5043

NC1

A6

M9 M10

DQS1

SVP_B(5)

SVP_B(4)

SVP_B(6)

SVP_B(0)

SVP_B(3)

DDR_MD(2 6)2ohm

G10

M8

DDR_MA(7) DDR_MA(8)

DQS0

IC5002

DDR_MD(24)

NC4

VSS16

G1

DDR_MD(25)

L2

A5

A12

DDR_MD(26)

K11

L8

G12

DDR_MD(28) DDR_MD(27)

K12

DDR_MA(5)

DQ31

DDR_MD(29)

25V 100nF

K8

VSS17

A1

C5033 C5034

25V 100nF

NC5

A4

DQ29

25V 100nF

NC6

M7

DQ28

R5039 R5040 R5041 R5042

R5038

R5012

C5031 C5032

25V 100nF

VDDMQ

XREF

XREF

25V 100nF

SVP_G(4)

SVP_G(5)

R5034 R5035 R5036 R5037

R5033

R5011 SVP_G(3)

SVP_G(6)

R5026 R5027 R5028 R5029 R5030 R5031 R5032

R5009 R5010 SVP_G(2)

SVP_G(7)

SVP_B(7)

SVP_R(0:7)

R5020 R5021 R5008 R5022 R5023 R5024 R5025

R5006 R5007 SVP_G(0)

SVP_B(2)

XREF

XREF

C5029 C5030

25V 100nF

DDR_MD(7)

SVP_B(1)

SVP_G(1)

SVP_B(0:7)

XREF

XREF

SVP_R(0)

DDR_MD(0:31) DDR_MA(0:11) DDR_DQM(0:3)

XREF

SVP_R(1)

SVP_CD(0:7) SVP_AD(0:7)

R5013 R5014 R5015 R5016 R5017 R5018 R5019

SVP_G(0:7)

DDR_MD(30)

C5028

25V 100nF

NC7

DDR_MA(4)

DDR_MD(31)

XREF

L12

VSS18

DQ30

VD1.8

L3

A3

A7

C5027

L9

DDR_MA(3)

1 3 DDR_MD(1 13/)16W 5 7 DDR_MD(12) 1 DDR_MD(11) 10 DDR_MD(2 2)ohm 3 DDR_MD(9 1)/16W 5 7 DDR_MD(8)

25V 100nF

33ohm 33ohm 33ohm 33ohm

100ohm

33ohm

VSS19

VSS20

A8

DNIE_BIN(0)

DNIE_BIN(4)

DNIE_BIN(1)

DNIE_BIN(3)

33ohm 33ohm 33ohm 33ohm

33ohm

33ohm

33ohm 33ohm 33ohm 33ohm 33ohm 33ohm 33ohm

33ohm 33ohm

XREF

VSS21

A2

A1

A9

DNIE_GIN(4)

DNIE_GIN(1)

DNIE_GIN(0)

DNIE_GIN(5)

DNIE_GIN(6) DNIE_BIN(2)

DNIE_BIN(5)

DNIE_BIN(9)

DNIE_BIN(6)

33ohm 33ohm 33ohm 33ohm 33ohm 33ohm 33ohm

33ohm 33ohm

DDR_MD[0:31]

DDR_MD[0:31]

A0

M5

DDR_MD(15)

C5026

33ohm 33ohm 33ohm 33ohm 33ohm 33ohm 33ohm

M4

M6

DDR_MD(2 14 2)ohm

25V 100nF

100nF 1 6V

L5

B8

DNIE_RIN(3)

DNIE_RIN(0)

DNIE_RIN(9)

DNIE_RIN(4)

DNIE_RIN(2)

DNIE_RIN(1)

DNIE_RIN(8)

DNIE_RIN(5) DNIE_GIN(7)

DNIE_GIN(2)

DNIE_GIN(9)

DNIE_BIN(8)

DNIE_BIN(7)

VDDH

DNIE_BIN(0:9)

XREF

C5018

DDR_MA(2)

DDR_MA(6)

VSSH

C5020 47uF 16V

DDR_MA(1)

DDR_MD(19)

XREF

DNIE_GIN(8)

DNIE_GIN(3)

10uF 16V

XREF

DNIE_GIN(0:9)

XREF

C5025 100nF

DDR_MA[0:11]

DDR_MA[0:11]

DDR_MA(0)

VDDH

XREF

C5024

DNIE_RIN(7)

DNIE_RIN(6)

BD5006

VDDMQ

XREF

AVSS3_BG_ASS

DNIE_RIN(0:9)

NC8

RESET_SVP

XREF

BD5005

C5013 C5015 10nF 10nF

C5011 10nF

C5003

Near to DDR

C5023 100nF

A11

C5022 10uF 16V

XREF

XREF

XREF

DELETE OPTION

C5014 10nF C5006 4.7nF

C5010 47uF 16V

C5007 100nF 16V

BD5003

AVDD3_AVSP2

XREF

XREF

A3.3V

C5125 47uF 16V

C5012 10nF

C5004

XR E F

BD5004

XREF

BD5002

1

VSSH_B3.3V

XREF

DQ27

XREF

B12

B3.3V_1_1

SDA4_TV_3.3V SCL4_TV_3.3V

XREF

1

DDR_MD(20)

22ohm

1

TP5005

TP5001 2

VOUT ADJ

M2

22ohm

R5005

100ohm

100nF 16V

NC9

R5004

XREF

100ohm

R5003

HSOUT_EX

XREF

VSOUT_EX

SVP_VS SVP_HS

CLKOUT_EX

TP5004 R5002

C5017 100nF

10uF 16V

VIN

C5002

NC10

1

C5009 22uF 1 6V

NC11

2.2uH

3

VDDH_B3.3V

XREF

1

FOR DEBUG I2C CONTROL

DELETE OPTION L5002

IC5001

DQ26

2.2uH

B2.5V_SVP

B5V_VCC

TEST5001

DQ25

SVP_DE

22ohm

B5V_VCC

A5V

C5001 1uF 10V L5001

C11

XREF

C5008 100nF 25V

DDR_MD(21)

R5001

R5085

0ohm

SVP_CLK

3 2 1

XREF

2

1

C5120 100uF 16V

C5121

16V 100nF

6-5

Schematic Diagram

6-6 S3C2800 This Document can not be Aused 3.3Vwithout Samsung’s authorization.

B3.3V_2

CD(15)

AD(15) nSCS0 nSCS1 nSCS2 nSCS3

R6079 4.7Kohm XREF

2 4 6 8 1 3 5 7

nOE nWE

3

R6011 4.7Kohm SW6002

KSA-2441

O3

R6028

4.7Kohm 1/10W

0ohm 1/10W

nRD_SVP

R6035

0ohm 1/10W

A0

VCC

/ Y0 A1

A5 /Y5

/Y1

A4

A2

/Y4

/ Y2

A3

GND

/Y3

R6030 14 13 12 11 10 9 8

R6031

0ohm 1/10W

R6034 R6036 R6039

0ohm 0 1o /1h0m W 1 0/o1h0m W 1/10W

0 ohm 1/10W

nCIMAX_CS

nWE

nWR_SVP nSVP_CS pSVP_CS

2

Q1

A5V

SCL5_TV_5V

SDA5_TV_5V

3

GND OUT IN

TP6002 TP6003

A5V

1

MGND1

Q6001 2N7002L

TP6004

R6052

MGND2

4.7Kohm

EEPROM WRITE JIG Connector

GND

Q6002 2N7002L

2

A3.3V

A5 V

IC6004 KIA7027F

C6038 10nF 50V

R6058R6059 10Koh1m0Kohm

TP6005 TP6006 TP6007 TP6008

R6107 4.7Kohm

R6109 0ohm

SCL5_TV_3.3V SDA5_TV_3.3V

A5V

Q6004 KSC1623-Y

1: DATA

12507WR-06L

2: CLOCK

CN6001

6: 5V

R6110 100ohm

R6081 4.7Kohm

D6001

IC6012

SCL2_24C256 XREF SDA2_24C256

VCC /OE1 1A /OE2

DELETE OPTION

1B

2A

2B

GN D

1 2 3 4

WP_24C2X5R6EF

4: WRITE PROTECTION 5: GROUND

R6108 10Kohm

NC7WBD3125K8X 8 7 6 5

3: BUS_STOP (LOW ACTIVE)

A3.3V

RLZ8.2

C6066 100nF

10Kohm

R6066 R6067 R6069

22ohm 22ohm 22ohm

R6084

A3.3V C6039 100nF 16V

IC6005 M24256-WMN6T 8 7 6 5

VCC

A0

/WC SC L

A1 NC

SDA

VSS

1 2 3 4

nRSTO R6086

C6040 100nF 16V

1Kohm

WP_24C256 nNXT2004_RST pRST

R6094 4.7Kohm

A3.3V

A3 B3

GND

B3.3V_2

X6003 HC-49/SM5H 6MHz C6037 15pF

CPU_nRESET

4.7Kohm

O2

O1

C6036 15pF

XREF

R6090 R6091 R6092 R6093

100ohm 100ohm 100ohm 100ohm

CD(29) CD(30) CD(31)

AD(24)

CD(25) CD(26) CD(27) CD(28)

CD(23)

CD(24) AD(23)

CD(22) AD(22)

AD(21)

CD(21)

CD(20) AD(20)

AD(19)

DQM(0:3)

CD(19)

0ohm

DELETE OPTION

CD(18)

0ohm 0ohm 0ohm 47ohm

nOE

R6032

A3.3V

AD(18)

R6085 R6087 R6088 R6089

A1 B1

14 13 12 11 10 9 8

Q1

Q2

4 Q3 Q0

1

R6077

A2 B2

Q0

P_AD(24) P_AD(25) P_AD(26) P_AD(27)

P_AD(22) P_AD(23)

R6009 4.7Kohm R6027

0ohm

4.7Kohm

R6018

DELETE OPTION

R6017 R6019 R6020 R6021 R6022 R6023 R6024 R6025 R6026 4.7Kohm 4.7Kohm 4.7Kohm 4.7Kohm 4.7Kohm 4.7Kohm 4.7Kohm 4.7Kohm 4.7Kohm

R6016 4.7Kohm

R6012 10Kohm 10Kohm 10Kohm

53

R6010

2 4 6 8 1 3 5 7

P_AD(28) P_AD(29) P_AD(30) P_AD(31)

R6070 R6071 R6072

TXD_ANYNET RXD_ANYNET nRESETO POWER_INFO ALPS_XTAL_OFF TXD_DEBUG RXD_DEBUG SCL3_SMICOM SDA3_SMICOM SCL6_DTVCH SDA6_DTVCH IR

VC C

C6034 33pF

XREF

R6116

nVPEN nSDCAS nSDRAS SDCKE SDCLK

100ohm

100ohm 100ohm 100ohm 100ohm 100ohm 100ohm 100ohm 100ohm 1Kohm

A3.3V_CPU

AD(17)

Q6003 KSC1623-G

100ohm

SCL1_DTVCH SDA1_DTVCH SVP_INT SLAVE_INT pLAN_INT SCL4_TV_3.3V SDA4_TV_3.3V nVPEN TU_DATA TU_CLK TU_EN

BR-SF

TP6017

A0 B0 O0

X6002 DMX-26S(32.768KHz,20ppm) C6035 33pF 32.768Hz

nCIMAX_INT

DELETE OPTION

100ohm 100ohm 100ohm 100ohm

R6060 R6061 R6062 R6063 R6064 R6065 R6105 R6106 R6068

GND

R6082 4.7Kohm

DQM(0) DQM(1) DQM(2) DQM(3) CD(16) AD(16) CD(17)

HIGH: ENABLE LOW: DISABLE R6083

100ohm 100ohm 100ohm 100ohm 100ohm 100ohm 100ohm 100ohm 100ohm 0ohm 100ohm 100ohm R6117

R6054 R6055 R6056 R6057

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52

SW_IC3010

100ohm

R6078

1

R6041 R6042 R6043 R6044 R6045 R6046 R6047 R6048 R6049 R6050 R6051 R6053

C6017 100nF 16V

1

nSDCS0 CPU_GPIO6001

CPU_nRESET

C6016 10uF

10uH

IC6003 74LVX04MX 1 2 3 4 5 6 7

MGND4 MGND2

R6038 1Kohm

R6037 R6040

MF-SF

nSCS1 nSF_CS

SF-MF

TP6018

SW_SVPBUS

L6002

C6030 100nF 16V

R6115

CD(14)

C6033

4.7Kohm 4.7Kohm

nBR_CS

nSVP_CS

TP6009 1 TP6010 1 TP6011

AD(14)

560pF

MF-NC

TP6016 7 8 9 10

2 3 4 5

nSCS0 R6033 0ohm

6

R6114

AD(13)

CD(13)

TP6015

MGND3 MGND1

4.7Kohm 1/10W 4.7Kohm

CD(12) AD(12)

1

0ohm

AD(11)

P_NGNT1 PCLK_CPU nRSTO

C6031 10uF

TP6014 DELETE OPTION nMF_CS

C6032 100nF 16V

A3.3V

TP6T0P163012

R6113

CD(11)

C6029 10uF 16V

C6028 100nF 16V

AD(24)

1 2 3 4 5 6

CD(10) AD(10)

2

1 2 3 4 5 6 7

nSCS3

0ohm 0ohm

AD(9)

1

IC6001

4.7Kohm 1/10W 0ohm 1/10W 0ohm 1/10W

74LCX32MX

R6111 R6112

CD(8) CD(9)

OPTION

C6027 10uF 16V

D

AD(7) AD(8)

GND IN OUT GND

C6026 1uF 10V

D

CD(7)

2

S

AD(6)

S3C2800X

4

3

R6006

0ohm 1/10W

R6007

DELETE OPTION

PCI_nGNTx3 104 PCI_nGNTx2 103 PCI_nGNT1 102 PCI_CLK 101 PCI_nRST 100 AVS S 99 PLLCAP 98 AVDD 97 OM1 96 OM0 95 EXTAL1 94 XTAL1 93 nRESET 92 TEST 91 EXTAL0 90 XTAL0 89 VSS3OP_4 88 VDD3OP_4 87 GPF7 86 GPF6 85 GPF5 84 GPF4 83 GPF3 82 GPF2 81 GPF1 80 GPF0 79 GPE7 78 GPE6 77 GPE5 76 GPE4 75 VSS_2 74 VDD_2 73 GPE3 72 GPE2 71 GPE1 70 GPE0 69 nRESET_OUT 68 GPD7 67 GPD6 66 GPD5 65 GPD4 64 GPD3 63 GPD2 62 GPD1 61 GPD0 60 IRIN 59 TDO 58 TDI 57 TMS 56 TCK 55 nTRST 54 ENDIAN

IC6006

1

R6004

DELETE OPTION R6005

G

CD(6)

L6001

IC6002 KIA7027F

DELETE OPTION

3

S

CD(5)

AD(5)

A3.3V A3.3V

G

CD(4) AD(4)

PCI_AD5 VSS3OP_9 PCI_AD4 PCI_AD3 PCI_AD2 PCI_AD1 PCI_AD0 PCI_nINTA DATA0 ADDR0 DATA1 ADDR1 DATA2 ADDR2 DATA3 ADDR3 VDD3OP_8 VSS3OP_10 DATA4 ADDR4 DATA5 ADDR5 DATA6 ADDR6 DATA7 ADDR7 DATA8 ADDR8 DATA9 ADDR9 VDD4 VSS_4 DATA10 ADDR10 DATA11 ADDR11 VDD3OP_9 VSS3OP_11 DATA12 ADDR12 DATA13 ADDR13 DATA14 ADDR14 DATA15 ADDR15 nSCS0 nSCS1 nSCS2 nSCS3 nSDCS0 nSDCS1

4.7Kohm

AD(3)

PCLK_SAM PCLK_CPU R6002 47ohm

SW6001

4.7Kohm

CD(3)

3

R6076

CD(2)

AD(2)

OUT

KPS-1105PYN

R6075

CD(1)

AD(1)

GND

R6008 68Kohm 1/10W

4.7Kohm

AD(0)

2

A3.3V R6001 47ohm

C6015

R6074

AD(0:24)

4

100nF 16V

4.7Kohm

CD(0)

VC C

X6001

R6073

157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 17 6 17 7 17 8 17 9 180 181 182 183 184 18 5 18 6 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208

P_AD(4) P_AD(3) P_AD(2) P_AD(1) P_AD(0)

P_NINTA

A5 V

P_AD(16) P_AD(17) P_AD(18) P_AD(19) P_AD(20) P_AD(21)

P_AD(6) P_AD(7)

P_AD(0:31)

P_AD(5)

INH-

K3750HCE(33MHz,100ppm)

C6013 100uF 16V

P_NREQ1

C6022 100nF 16V

R6029 4.7Kohm

1

P_NBE(3)

4.7Kohm

C6025 100nF 1 6V

BD6002 MPZ2012S300A

156

C6024 100nF 16V

4.7Kohm

PCI_AD6 155 PCI_AD7 154 PCI_C0_nBE0 153 VDD3OP_7 152 PCI_AD8 151 PCI_AD9 150 PCI_AD10 149 PCI_AD11 148 PCI_AD12 147 PCI_AD13 146 PCI_AD14 145 VSS3OP_8 144 PCI_AD15 143 PCI_C1_nBE1 142 PCI_PAR 141 PCI_nSERR 140 PCI_nPERR 139 PCI-NLOCK 138 PCI_nSTOP 137 PCI_nDEVSEL 136 PCI_nTRDY 135 VDD3OP_6 134 PCI_nIRDY 133 PCI_nFRAME 132 PCI_C2_nBE2 131 VSS3OP_7 130 PCI_AD16 129 PCI_AD17 128 PCI_AD18 127 PCI_AD19 126 PCI_AD20 125 PCI_AD21 124 VSS_3 123 VDD_3 122 PCI_AD22 121 PCI_AD23 120 PCI_IDSEL 119 PCI_C3_nBE3 118 VSS3OP_6 117 PCI_AD24 116 PCI_AD25 115 PCI_AD26 114 PCI_AD27 113 VDD3OP_5 112 PCI_AD28 111 PCI_AD29 110 PCI_AD30 109 PCI_AD31 108 PCI_nREQx3 107 PCI-nREQx2 106 VSS3OP_5 105 PCI_nREQ1

C6023 100nF 16 V

P_NDEV P_NTRDY P_NIRDY P_NFRAME P_NBE(2)

nSDCS2 nSDCS3 VDD3OP VSS3OP nDCAS0 nDCAS1 nSDCAS nSDRAS SDCKE SDCLK DQM0 DQM1 DQM2 DQM3 DATA16 ADDR16 DATA17 ADDR17 DATA18 ADDR18 VDD3OP_2 VSS3OP_2 DATA19 ADDR19 DATA20 ADDR20 VDD_1 VSS_1 DATA21 ADDR21 DATA22 ADDR22 DATA23 ADDR23 DATA24 ADDR24 DATA25 DATA26 DATA27 DATA28 VDD30P_3 VSS30P_3 DATA29 DATA30 DATA31 nOE nWE GPB6_nWAIT GPB7_CLKOUT GPC0 GPC1 GPC2

47uF 6.3V

C6021 10nF 50V

C6020 100nF 16V

R6003

C6012 100nF 16V

C6002 100uF 16V

R6013 R6014 R6015

B3.3V_2 C6019 10nF 50V

RA6003 4.7Kohm

4.7Kohm 4.7Kohm 4.7Kohm

FOR PCI POWER OF CPU

C6018 100nF 16V

C6011 100nF 16V

C6010 10nF 50V

BD6001 MPZ2012S300A

P_NSTOP P_NLOCK P_NPERR P_NSERR P_NPAR P_NBE(1) P_NBE(0)

A1.8V_CPU

C6014

C6009 100nF 16V

C6008 10nF 50V

2 4 6 8

C6007 100nF 16V

C6006 10nF 50V

1 3 5 7

C6005 100nF 16V

P_AD(15)

C6004 10nF 50V

P_AD(8) P_AD(9) P_AD(10) P_AD(11) P_AD(12) P_AD(13) P_AD(14)

C6003 100nF 16 V

C6001 100uF 16V

RA6002 4.7Kohm

4.7Kohm

RA6001 4.7Kohm

A3.3V

nCIMAX_WAIT

XREF

R6096 R6098

R6097

4.7Kohm 4.7Kohm

R6100 SCL2_24C256 SDA2_24C256

R6095 4.7Kohm

4.7Kohm

L6003

C6041 C6042 100nF 10uF

R6099

4.7Kohm 1/10W

4.7Kohm

XREF

IC6007

XREF

SW_SVPBUS nRD_SVP

74LCX245MTCX

SVP_CD(0:7) XREF

SVP_CD(0) SVP_CD(1) SVP_CD(2) SVP_CD(3) SVP_CD(4) SVP_CD(5) SVP_CD(6) SVP_CD(7)

A3.3V

100uF 16V

VCC /OE

DIR A1

B1

A2

B2

A3

B3

A4

B4

A5

B5 B6

A6 A7

B7

A8

B8

GND

1 2 3 4 5 6 7 8 9 10

CD(0:7) XREF

CD(0) CD(1) CD(2) CD(3) CD(4) CD(5)

DIR H : A -> B

CD(6) CD(7)

DIR L : B -> A

A3.3V 2402-001210 => 2402-001086

2402-001210 => 2402-001086 C6043

20 19 18 17 16 15 14 13 12 11

C6046 100nF 16V

2402-001210 => 2402-001086 L6004

C6048 100nF 16 V

C6047 10nF 50V

C6049 10nF 50V

C6044 100uF 16V

C6050 100nF 1 6V

C6051 10nF 50V

C6052 100nF 16V

C6053 10nF 50V

C6054 100nF 16V

C6055 10nF 50V

C6045 100uF 16V

C6056 100nF 16V

C6057 10nF 50V

C6058 100nF 16V

C6059 10nF 50V

C6060 100nF 16V

C6062 C6063 100nF 10uF

C6061 10nF 50V

A5 V

DELETE OPTION

R6101

4.7Kohm 1/10W

A3.3V

XREF

SW_SVPBUS

IC6008 74LCX245MTCX

C6064 100nF 16V

CD(0:31) AD(0:24)

C6065 100nF 16V

SVP_AD(0:7)

XREF SVP_AD(0)

AD(22) AD(21) AD(20) AD(19) AD(18) AD(17) AD(16) AD(15) AD(14) AD(13) AD(12) nMF_CS nVPEN nRESETO 4.7Kohm R6080

AD(11) AD(10) AD(9) AD(8) AD(7) AD(6) AD(5) AD(4) AD(3) AD(2) AD(1)

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

/WP,A24 /WE

A21,NC

/OE

A20

STS

A19

DQ15

A18 A17

DQ7 D Q14

A16

D Q6

VCC

GND

A15

DQ13

A14

DQ5

A13 A12

DQ12 DQ4

CE0

VCC,VCCQ

VPEN,VPP /RP

IC6010

R6102

A22,NC CE1

GND DQ11

A11

DQ3

A10 A9

DQ10 DQ2

A8

VC C

GND

D Q9

A7

DQ1

A6 A5

DQ8 DQ0

A4

A0

A3

/BYTE

A2

A 23

A1

NC,CE2

56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29

0ohm CD(16) CD(17) CD(18)

CD(15) CD(7) CD(14) CD(6)

R6104

10Kohm 1/10W

CD(19) CD(20)

CD(13) CD(5) CD(12) CD(4)

CD(21) CD(22)

CD(11) CD(3) CD(10) CD(2)

DQM(2)

CD(9) CD(1) CD(8) CD(0)

AD(23)

CD(23)

nWE nSDCAS nSDRAS nSDCS0 AD(23) AD(24) AD(12) AD(2) AD(3) AD(4) AD(5)

R6103

4.7Kohm 1/10W

6-6

1 VDD1 2 DQ0 3 VDDQ1 4 DQ1 5 DQ2 6 VSSQ1 7 DQ3 8 DQ4 9 VDDQ2 10 DQ5 11 DQ6 12 VSSQ2 13 DQ7 14 VDD2 15 LDQM 16 WE_ 17 CAS_ 18 RAS_ 19 CS 20 BA0 21 BA1 22 A10 23 A0 24 A1 25 A2 26 A3 27 VDD3

VSS3 DQ15 VSSQ4 DQ14 DQ13 VDDQ4 DQ12 DQ11 VSSQ3 DQ10 DQ9 VDDQ3 DQ8 VSS2 N_C2 UDQM CLK CKE N_C1 A11 A9 A8 A7 A6 A5 A4 VSS1

54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28

CD(31)

CD(0)

CD(30) CD(29)

CD(1) CD(2)

CD(28) CD(27)

CD(3) CD(4)

CD(26) CD(25)

CD(5) CD(6)

CD(24)

CD(7) DQM(0)

DQM(3) SDCLK SDCKE AD(13) AD(11) AD(10) AD(9) AD(8) AD(7) AD(6)

nWE nSDCAS nSDRAS nSDCS0 AD(23) AD(24) AD(12) AD(2) AD(3) AD(4) AD(5)

1 VDD1 2 DQ0 3 VDDQ1 4 DQ1 5 DQ2 6 VSSQ1 7 DQ3 8 DQ4 9 VDDQ2 10 DQ5 11 DQ6 12 VSSQ2 13 DQ7 14 VDD2 15 LDQM 16 WE _ 17 CAS_ 18 RAS_ 19 CS 20 BA0 21 BA1 22 A10 23 A0 24 A1 25 A2 26 A3 27 VDD3

VSS3 DQ15 VSSQ4 DQ14 DQ13 VDDQ4 DQ12 DQ11 VSSQ3 D Q1 0 DQ9 VDDQ3 DQ8 VSS2 N_C2 UDQM CLK CKE N_C1 A11 A9 A8 A7 A6 A5 A4 VSS1

54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28

CD(15) CD(14) CD(13) CD(12) CD(11) CD(10) CD(9) CD(8)

DQM(1) SDCLK SDCKE AD(13) AD(11) AD(10) AD(9) AD(8) AD(7) AD(6)

pRST pLAN_INT nWE nOE nSCS2 nBR_CS nSF_CS CD(0) CD(1) CD(2) CD(3) CD(4) CD(5) CD(6) CD(7) CD(8) CD(9) CD(10) CD(11) CD(12) CD(13) CD(14) CD(15)

NC6001 A6002 NC6002 AD6001 AD6002 AD6003 AD6004 AD6005 AD6006 AD6007 AD6008 GND6002 AD6009 AD6010 AD6011 AD6012 AD6013 AD6014 AD6015 AD6016 AD6017 NC6004 AD6018 AD6019 AD6020 AD6021 AD6022 AD6023 GND6004 AD6024

SVP_AD(2) SVP_AD(3)

AD(1) AD(2) AD(3) AD(4) AD(5) AD(6) AD(7) AD(8)

AD(0:24)

SVP_AD(4) SVP_AD(5) SVP_AD(6) SVP_AD(7)

VCC

DIR

/ OE

A1

B1 B2

A2 A3

B3

A4

B4

A5

B5

A6

B6

A7

B7 B8

A8 GND

1 2 3 4 5 6 7 8 9 10

XREF AD(0)

AD(0:7)

AD(1) AD(2) AD(3) AD(4) AD(5) AD(6) AD(7)

AD(9) AD(10) AD(11) AD(12) AD(13) AD(14) AD(15) AD(16) AD(17) AD(18) AD(19) AD(20) AD(21) AD(22) AD(23) AD(24)

CD(0:31) DQM(0:3)

OPTION KOREA : 1107-001228(8M) USA : 1107-001229(16M)

IC6011

K4S281632B-TL1H000

K4S281632B-TL1H000 nWE nOE

nRESETO nVPEN

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

E28F640J3A-120

A6001 CPU_NRESET NVPEN NC6003 PRST PLAN_INT NWE NOE NSCS6001 NBR_CS NSF_CS GND6001 CD6001 CD6002 CD6003 CD6004 CD6005 CD6006 CD6007 CD6008 CD6009 CD6010 GND6003 CD6011 CD6012 CD6013 CD6014 CD6015 CD6016 NC6005

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

SVP_AD(1)

IC6009

20 19 18 17 16 15 14 13 12 11

TP_POINT_CHECK PITCH:2.54mm

Samsung Electronics

Schematic Diagram

6-7 EAGLE+ This Document can not be used without Samsung’s authorization.

EAGLE+ MEMORY INTERFACE

B3.3V_2

C7007 100nF 16V

C7006 10nF 50V

C7002 100uF 16V

C7008 10nF 50V

C7009 100nF 16V

C7011 100nF 16V

C7010 10nF 50V

C7013 100nF 16V

C7012 10nF 50V

2

L7001

C7014 10nF 50V

A

C7005 100nF 16V

C7004 10nF 50V

B3.3V_2 B

1

C7003 100nF 1 6V

C7001 100uF 16V

EAGLE+ Digiatl/Analog Output

C7016C7017C7018C7019 10nF 10nF 10nF 10nF 50V 50V 50V 50V

C7015 10uF 16V

XREF

MD(3) MD(4) MD(5) MD(6) MD(7)

MDQ(0) NMWE NMCAS NMRAS NMCS0 MBA0 MBA1 MA(10) MA(0) MA(1) MA(2) MDQ(2)

MD(16) MD(17) MD(18) MD(19) MD(20) MD(21) MD(22) MD(23)

nRSTO

VSS DQ15 VSSQ

VDDQ DQ1 DQ2

DQ14 DQ13

VSSQ

VDDQ

DQ3

DQ12

DQ4

DQ11

VDDQ

VSS Q

DQ5 DQ6

DQ10 DQ9

VSSQ

VD D Q

DQ7

DQ8

NC

NC

VDD DQM0

VSS DQM1 NC

/WE

NC

/CAS /RAS

CLK

/CS

CKE

NC BA0

A9 A8

BA1

A7

A10,AP

A6

A0

A5 A4

A1

A3 DQM3

A2 DQM2

VSS

VDD NC

NC

DQ16

DQ31

VSSQ DQ17

VDDQ DQ30

DQ18

DQ29

VDDQ

VSSQ

DQ19

DQ28

DQ20

DQ27

VSSQ DQ21

VDDQ DQ26

DQ22

DQ25

VDDQ

VSSQ

DQ23

DQ24

V DD

VSS

MA(0:10)

K4S643232E-TC60

86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

MD(32)

MD(15)

MD(33) MD(34)

MD(14) MD(13) MD(12) MD(11)

MD(35) MD(36)

MD(10) MD(9)

MD(37) MD(38)

MD(8)

MD(39)

MDQ(4)

MDQ(1)

MCLK MCKE MA(9) MA(8) MA(7) MA(6) MA(5) MA(4) MA(3) MDQ(3)

NMWE NMCAS NMRAS NMCS0 MBA0 MBA1 MA(10) MA(0) MA(1) MA(2) MDQ(6)

MD(48)

MD(31) MD(30) MD(29)

MD(49) MD(50)

MD(28) MD(27)

MD(51) MD(52)

MD(26) MD(25)

MD(53) MD(54)

MD(24)

MD(55)

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43

VD D

VSS

DQ0

DQ15 VSSQ

VDDQ DQ1 DQ2

DQ14 DQ13

VSSQ

VDDQ

DQ3

DQ12

DQ4

DQ11

VDDQ

VSSQ

DQ5 DQ6

DQ10 DQ9

VSSQ

VDDQ

DQ7

DQ8

NC

NC

VDD DQM0

VSS DQM1

/WE

NC

/CAS

NC

/RAS

CLK

/CS

CKE

NC BA0

A9 A8

BA1

A7

A10,AP

A6

A0

A5 A4

A1

A3 DQM3

A2 DQM2

V SS

VDD

NC

NC DQ16

DQ31

VSSQ DQ17

VDDQ DQ30

DQ18

DQ29

VDDQ

VSSQ

DQ19

DQ28

DQ20

DQ27

VSSQ DQ21

VDDQ DQ26

DQ22

DQ25

VDDQ

VSSQ

DQ23

DQ24

VD D

VSS

86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

MD(47) MD(46) MD(45) MD(44) MD(43) MD(42) MD(41)

MDQ(0:7)

MD(40)

MDQ(5)

AD17 AE18 AF19 AD16 AE17 AF18 AE16 AF17 AD14 AE 1 5 U24 Y24 AA23 AC21 AF16 AE12 AD10 AD7

M BA0 MBA1 MCLK MCKE NMCS0

MCLK MCKE MA(9) MA(8) MA(7) MA(6) MA(5) MA(4) MA(3) MDQ(7)

MD(63) MD(62) MD(61) MD(60) MD(59) MD(58) MD(57) MD(56) MD(55) MD(54) MD(53) MD(52) MD(51) MD(50) MD(49) MD(48) MD(47) MD(46)

MD(0:63)

MD(63) MD(62) MD(61) MD(60) MD(59) MD(58) MD(57) MD(56)

AF20 AD18

R7011

47ohm

AC15 AF21 AE20 AD19 AF22

NMWE NMCAS NMRAS

AD20 AE21 AE4 AF3 AB7 AC7 A D6 AE5 AF4 AC8 AE6 AF5 AD8 AE7 AF6 A F7 AD9 AE8 AE9 AF8

MADDR0

MDATA0

MADDR1

MDATA1

MADDR2

MDATA2

MADDR3

MDATA3

MADDR4

MDATA4 MDATA5

MADDR5 MADDR6

MDATA6

MADDR7

MDATA7

MADDR8

MDATA8

MADDR9

MDATA9

MADDR10

MDATA10

MDQM0

MDATA11

MDQM1

MDATA12

MDQM2

MDATA13

MDQM3

MDATA14

MDQM4

MDATA15

MDQM5

MDATA16

MDQM6

MDATA17

MDQM7

MDATA18 MDATA19

MBA0 MBA1

MDATA20

MCLK

MDATA21

MCKE

MDATA22 MDATA23

nMCS0 nMCS1

MDATA24

nMWE

MDATA25

nMCAS

MDATA26

nMRAS

MDATA27 MDATA28

MDATA63 MDATA62

MDATA29

MDATA61

MDATA30

MDATA60

MDATA31

MDATA59

MDATA32

MDATA58

MDATA33

MDATA57

MDATA34

MDATA56

MDATA35

MDATA55

MDATA36

MDATA54

MDATA37

MDATA53

MDATA38

MDATA52

MDATA39 MDATA40

MDATA51 MDATA50

MDATA41

MDATA49

MDATA42

MDATA48

MDATA43

MDATA47

MDATA44

MDATA46

MDATA45

V24 Y26 W25 Y25 W2 4 AA26 AB26 AA25 AC26 AB25 AA24 Y23 Y22 AD26 AC25 AB24 AA22 AD25 AC24 AB23 AE24 AC22 AD23 AB21 AD22 AE23 AF24 AB20 AC20 AD21 AE22 AF23 AF15 AE14 AF14 AF13 AE13 AD13 AF12 AF1 1 AD12 AF10 AE11 A F9 AE10 AD11

MD(0) MD(1) MD(2) MD(3) MD(4) MD(5) MD(6) MD(7) MD(8) MD(9) MD(10) MD(11) MD(12) MD(13) MD(14) MD(15) MD(16) MD(17) MD(18) MD(19) MD(20) MD(21) MD(22) MD(23) MD(24) MD(25) MD(26) MD(27) MD(28) MD(29) MD(30) MD(31) MD(32) MD(33) MD(34) MD(35) MD(36) MD(37) MD(38) MD(39) MD(40) MD(41) MD(42) MD(43) MD(44) MD(45)

MD(0:63) RA7002 1Kohm

IC7010-3 S5H2010A

2 4 6 8

C7 A4 B5 C6 D7

RA7004 4.7Kohm

1 3 5 7

2 4 6 8

RA7009 4.7Kohm

1 3 5 7

D5 E6 B3 C4

C7020 1uF C7021 1uF C7022 1uF

B3.3V_2 2 4 6 8

E14 E13 E12

TP7002 TP7003

D6 C5 B12

27M_MPEG NRSTO_SAM P WM

C 12 A11 D2 F3 G4 E2

C7023 100nF

R7013 4.7Kohm R7014 4.7Kohm

D1

16V

R7012 1Kohm

G5 C1 B4 A3

FSEL0

F5

B3.3V_2

C7030 100nF C7031 100nF

16V

E3

C7025 100nF C7027 100nF C7028 100nF C7029 100nF

C2

16V

F4 E4

16V

D3

16V

M26

J2 6

K26

16V

L26 J25 M 25

16V

K25 L25

R7019 R7021

B1.8V_EA

4 Kohm R7021

1 3 5 7

1Kohm 1/10W 1Kohm 1/10W

A5

R7020 390ohm R7022 390ohm

B6

JTDI JTDO

aRPR

JTCK

aGY

nJTRST

aBPB

JTMS

aY

TEST_EN

aC aCVBS

SCAN_EN FT24

HVIDCLK

FT135

OHDCLK

aPLL1

HOVSYNC

aPLL2

HOHSYNC

aPLL3

HOR0

RX

HOR1

TX

HOR2

CLK27M

HOR3

nRESET

HOR4

PW M

HOR5

SC_CLK

HOR6

SC_CMDVCC

HOR7

SC_RSTIN

HOG0

SC_IOUC

HOG1

SC_OFF

HOG2

SC_F_SEL1

HOG3

SC_F_SEL0

HOG4

I2CCLK

HOG5

I2CDATA

HOG6

AV_DIN

HOG7

AV_DOUT

HOB0

AV_VLDI

HOB1

AV_VLDO

HOB2

AV_CLK27

HOB3

AV_nRST

HD_R(2) HD_R(3)

DTV_CVBS

HOB4

aHCOMP

HOB5

aSCOMP

HOB6

aHSIN

HOB7

aSSIN

OADATA

aHVREF

OBCLK

aSVREF

OLRCLK

aHIRSET

ODCLK

aSIRSET

OSPDIF

ADATA_MT

ADATA_CL

ADATA_NTSC

ADATA_SR

R7002 R7003 R7004 R7005 R7006 R7008

K24 K23 K22 N23 N 24 N22

HD_R(4) HD_R(5)

47ohm 47ohm 47ohm 47ohm 47ohm 47ohm

A12

R7007

47ohm

R7009

47ohm

A13

R7010

C13

HD_CLK

1 RA70063 22 5 7 1 RA70083 22 5 7 1 RA70103 22 5 7 RA7011 1 22 3 5 7 1 RA70123 22 5 7 RA70131 22 3 5 7

B21 A22 C19 B20 A21 A20 C18 B19 C17 B18 A19 C16 B17 A18 B16 A17 C15 B15 A16 A15 C14 B14 A14

R7015 R7016 R7017 R7018

B10 A10 A9 B11

2 4 6 8 2 4 6 8 2 4 6 8 2 4 6 8 2 4 6 8 2 4 6 8

22ohm 22ohm 22ohm 22ohm

47ohm

HD_G(2) HD_G(3)

HD_HS

HD_R(0) HD_R(1) HD_R(2) HD_R(3) HD_R(4) HD_R(5) HD_R(6) HD_R(7) HD_G(0) HD_G(1) HD_G(2) HD_G(3) HD_G(4) HD_G(5) HD_G(6) HD_G(7) HD_B(0) HD_B(1) HD_B(2) HD_B(3) HD_B(4) HD_B(5) HD_B(6) HD_B(7)

HD_G(4) HD_G(5)

HD_R(0:7)

HD_G(6) HD_G(7)

HD_G(0:7)

1Y1 1Y2

GND

GND

1A3

1 Y3

1A4

1Y4

VCC 2A1

VCC 2 Y1

2A2

2Y2

GND

GND

2A3

2Y3

2A4

2Y4

3A1 3A2

3Y1 3 Y2

GND

GND

3A3

3 Y3

3A4

3Y4

VCC

VCC

4A1 4A2

4Y1 4Y2

GND

GND

4A3

4 Y3

4A4

4Y4

/3OE

/4OE

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

RA7001 1 3 5 7

2 4 6 8

SVP_R(0) SVP_R(1) SVP_R(2) SVP_R(3)

SVP_R(0:7) 47ohm 1/16W

RA7003 1 3 5 7

2 4 6 8

1 3 5 7

2 4 6 8

RA7005 1 3 5 7

2 4 6 8

RA7007

SVP_R(4) SVP_R(5) SVP_R(6) SVP_R(7) SVP_G(0) SVP_G(1) SVP_G(2) SVP_G(3) SVP_G(4) SVP_G(5) SVP_G(6) SVP_G(7)

47ohm 1/16W

SVP_G(0:7) 47ohm 1/16W

47ohm 1/16W

B3.3V_2 L7002

HD_B(0:7)

C7024 10uF 16V

SW_DTV_OUT SAM_SDO_OUT SAM_SCLK_OUT SAM_LRCLK_OUT SAM_ODCLK_OUT SAM_SPDIF_OUT

C11 C8 B7

HD_G(0:7)

HD_VS

B13 C20

HD_R(6) HD_R(7) HD_G(0) HD_G(1)

/1OE

B

MD(1) MD(2)

VDD DQ0

AE19

/2OE 1A1 1A2

2

K4S643232E-TC60

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43

MD(0)

MA(0) MA(1) MA(2) MA(3) MA(4) MA(5) MA(6) MA(7) MA(8) MA(9) MA(10) MDQ(0) MDQ(1) MDQ(2) MDQ(3) MDQ(4) MDQ(5) MDQ(6) MDQ(7)

48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25

HD_R(0) HD_R(1)

HD_R(0:7)

A

IC7005

EA_PR EA_Y EA_PB EA_SY EA_SC

1

IC7010-2 S5H2010A IC7004

1 1

MA(0:10) MDQ(0:7)

R7001 10Kohm

74LCX16244AFT(EL) 1 1 1 1 1

B3.3V_2

MD(0:63)

SW_DTV_OUT

IC7001

HVIDCLK

R7023

47Kohm HD_B(0:7)

C7026 100nF

IC7006 74LCX245MTCX XREF

HD_B(0) HD_B(1) HD_B(2) HD_B(3) HD_B(4) HD_B(5) HD_B(6) HD_B(7)

20 19 18 17 16 15 14 13 12 11

VCC

DIR

/OE

A1

B1

A2

B2

A3

B3 B4

A4 A5

B5 B6

A6 A7

B7

A8

B8

GND

1 2 3 4 5 6 7 8 9 10

1 3 5 7 1 3 5 7

RA7014

2 4 6 8 2 4 6 8

SVP_B(0) SVP_B(1) SVP_B(2) SVP_B(3) SVP_B(4) SVP_B(5) SVP_B(6) SVP_B(7)

SVP_B(0:7) 47ohm 1/16W

47ohm 1/16W

RA7015

B3.3V_2

NRSTO_SAM

IC7007 AP1117D-18A 2

E17 E19 E21 J5 L5 N5 R5

IC7009 CY24204-1

B1.8V_EA 1 2 3 4 5 6 7 8

XOUT

XIN VDD

OE

AVDD

FS 1

VCXO

VSS

AVSS

CLK1

VSSL

VDDL

NC

FS0

REFCLK1

CLK2

U5

R7026 4.7Kohm

16 15 14 13 12 11 10 9

C7048 100nF 16V

R7027

0ohm DELETE OPTION

C7049 10nF 50V

C7050 100nF 16V

C7051 10nF 50V

U22 W22 AB10 AB12 AB14 AB16 AB18 E7

FSEL0

47ohm

R7028

C7057 10nF 50V

C7056 100nF 16V

HVIDCLK

C7059 10nF 50V

C7058 100nF 16V

E9 E16 E18 E20 K5

R7029

47ohm

M5

27M_MPEG

P5 T5 T22 V5

SAM_TS(0:7)

IC7010-1 S5H2010A SAM_TS(0) SAM_TS(1) SAM_TS(2) SAM_TS(3) SAM_TS(4) SAM_TS(5) SAM_TS(6) SAM_TS(7)

H5 H4 G3 F2 E1 H3 G2 F1 J3

SAM_TSCLK SAM_TSVLD

G1 H2 K3 J2 H1 L3 K2 J1 L2 M3 K1 U25 T25 U26 T26 R24 R2 5 R26 P26 V25 V26 W 26 T24

SAM_SCLK_IN SAM_LRCLK_IN SAM_SDO_IN

R7033 R7034 R7035 R7036 R7037 R7038 R7039

0ohm 0ohm 0ohm 0ohm 0ohm 0ohm 0ohm

B9 A8 C10 C9 B8 A7 A6 G26 F26 G25 G24 H23 E26 F25 E25 F24 G23 D26 C26 D2 5 E24 F23 C25 D24 E23 D22 C23

TSDATA10

PCLK

TSDATA11

nPRST

TSDATA12

nPGNT

TSDATA13

nPREQ

TSDATA14

nPCBE0

TSDATA15

nPCBE1

TSDATA16

nPCBE2

TSDATA17

nPCBE3

TSCLK_1 TSVLD_1

nPISEL nPFRM

TSDATA20

nPIRDY

TSDATA21

nPTRDY

TSDATA22

nPDSEL

TSDATA23

nPSTOP

TSDATA24

nPLOCK

TSDATA25

nPPERR

TSDATA26

nPSERR

TSDATA27

PPAR

TSCLK_2

nPINT

TSVLD_2

PDATA0

SIDATA0

PDATA1

SIDATA1

PDATA2

SIDATA2

PDATA3

SIDATA3

PDATA4

SIDATA4

PDATA5

SIDATA5

PDATA6

SIDATA6

PDATA7

SIDATA7 SICLK SIVSYNC SIHSYNC

PDATA8 PDATA9 PDATA10 PDATA11

SIFLD

PDATA12

IBCLK

PDATA13

ILRCLK

PDATA14

IPCM

PDATA15

ESBCLK

PDATA16

ESDATA

V22

C7061 100nF 16V

PDATA17

ESLRCK

PDATA18

ESDCLK

PDATA19

HIR0

PDATA20

HIR1

PDATA21

HIR2

PDATA22

HIR3

PDATA23

HIR4

PDATA24

HIR5

PDATA25

HIR6

PDATA26

HIR7

PDATA27

HIG0

PDATA28

HIG1

PDATA29

HIG2

PDATA30

HIG3

PDATA31

HIG4

PCISEL

HIG5

HIVSYNC

HIG6

HIHSYNC

HIG7

HICLK

HIB0

HIB7

HIB1

HIB6

HIB2

HIB5

HIB3

HIB4

AB1 AA2 V4 Y2 AD5

AB11

B1.8V_EA PCLK_SAM NRSTO_SAM P_NGNT1 P_NREQ1

AA5 W1 R1 W3 U3 V3 W2 AA1 Y1 AC1 Y3 W4 V2 W5 AC6 AB6 AE3 AD4 AC5 AB4 AC3 AD2 AA4 AB3 AC2 AD1 Y5 Y4 AA3 AB2 T3 U2 V1 T2 U1 R3 R2 T1 P3 P2 P1 N1 N2 N3 M1 L1

P_NFRAME P_NIRDY P_NTRDY P_NDEV P_NSTOP P_NLOCK P_NPERR P_NSERR P_NPAR P_NINTA

AB13 AB15 AB17

BD7001 MPZ2012S300A

AB19 E15 D12

P_NBE(0) P_NBE(1) P_NBE(2) P_NBE(3) P_AD(23)

P_NBE(0:3)

C7068 100nF 16V

B3.3V_2

C7069 10nF 50V

D14 D13 E11 J22 J23

P_AD(0:31) XREF

L24

BD7002 MPZ2012S300A

L23 L22 H24

C7070 100uF 16V

C7075 100nF 16V

C7076 10nF 50 V

H25 H26 J24 P22 P 23 M24 M23

P_AD(0) P_AD(1) P_AD(2) P_AD(3) P_AD(4) P_AD(5) P_AD(6) P_AD(7) P_AD(8) P_AD(9) P_AD(10) P_AD(11) P_AD(12) P_AD(13) P_AD(14) P_AD(15) P_AD(16) P_AD(17) P_AD(18) P_AD(19) P_AD(20) P_AD(21) P_AD(22) P_AD(23) P_AD(24) P_AD(25) P_AD(26) P_AD(27) P_AD(28) P_AD(29) P_AD(30) P_AD(31)

M22

P_AD(0:31)

P25

C7078 100nF 16V

C7079 10nF 50V

C7080 100nF 16V

N26 N25 P24 A1 A2 A25 A26 B1 B2 B25 B26 D8 D10 D15 D17 D19 D21 F22 H22 J4 L4 N4 R4 R23 U4 U23 W23 AB9 AC10 AC12

M2

AC14

B22

AC16

C21

AC18

A23

AE1

A24

AE2

B23

AE25

C22

AE26

B24

A F1 A F2 AF25 AF26 L11 L12 L13 L14 L15

Samsung Electronics

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VDDI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI VSSI

VDDOP VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

VSSI

VDDOP

PVDDI_PLL

VDDOP

PVDDT_PLL

VDDOP

PVSSI_PLL

VDDOP

PVSST_PLL

VDDOP

PVBB_PLL

VDDOP

AVDD3_HD1

VDDOP

AVDD3_HD2

VDDOP

AVDD3_HD3

VDDOP

AVDD3_HD4

VDDOP

AVDD3_HD5

VDDOP

AVSS_HD1

VDDOP

AVSS_HD2

VDDOP

AVSS_HD3

VDDOP

AVBB_HD

VDDOP

AVDD3_SD1

VDDOP

AVDD3_SD2

VDDOP

AVDD3_SD3

VDDOP

AVDD3_SD4

VDDOP

AVDD3_SD5

VDDOP

AVSS_SD1

VDDOP

AVSS_SD2

VDDOP

AVSS_SD3

VDDOP

AVSS_SD

VDDOP

VSSOP

VDDOP

VSSOP

VDDOP

VSSOP

VDDOP

VSSOP

VDDOP

VSSOP

VDDOP

VSSOP

VDDOP

VSSOP

VDDOP

VSSOP

VDDOP

VSSOP

VDDOP

VSSOP

VDDOP

VSSOP

VDDOP

VSSOP

VDDOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP VSSOP

VSSOP VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

VSSOP

C3 C24 D4 D9 D11

C7044 100nF 16V

C7045 10nF 50V

C7046 100nF 16V

C7047 10nF 50V

C7052 100nF 16V

C7053 10nF 50V

C7054 100nF 16V

C7055 10nF 50V

D16 D18 D20 D23 E5 E22 F6 F7

RF_SPLITTER

F8 F9

OPTION

F1 0 F17 F18 F19

B9V S_9V

F20 F21

USA OPTION

G6 G21

L7004

G22

1

H6

1uH 2

1

J6 J21 K4

L7005

K6

1

K21 M4 P4

C7062 100nF 16V

C7063 10nF 50V

C7064 100nF 16V

C7065 10nF 50V

USA : BN59-00459A KOR : BN59-00458A

CN7001 UMX-NT-041 TPT 7P 0078009

FOR POD

H21

NEW

TP7007

C7043 100nF 16V

MGND4

C7042 10nF 50V

C7041 100nF 16V

MGND3

C7040 10nF 50V

47uF 6.3V

S/W2

E10

C7036

TP7005 TP7006

C7039 10nF 50V

GND

C7038 100nF 16V

3

TP7004

OUT

S/W1

GND

MGND2

2

VDDI

LNA

E8

C7037

330nF

C7033 100uF 16V

IC7010-4 S5H2010A

4

R7025

10Kohm

C7035 100nF 16V

MGND1

VCC

3

ADJ

B+

C_V

VIN

VOUT

L7003

X7001 3DH-52S 27MHz PWM

C7032 100uF 16V

1

B3.3V_2

S5H2010A MPEG & DISPLAY CLOCK GEN.

1

C7034 100nF 16V

R7030

LNA_ON

1uH

2

3

4

5

0ohm

XREF

2

FOR NIM TUNER KOREA OPTION

C7060

100uF 16V

C7066 100nF 25V

C

Q7001 KSC1623-G

R22 T4

B

E

T23 U6

SW_RF2

R7031 1Kohm 1/10W

C7067 1nF 50V

X R EF

U21 V6 V21 V23 W6 W21 Y6 Y21 AA6 AA7 AA8

C7071 100nF 16V

C7072 10nF 50V

C7073 100nF 16V

C7074 10nF 50V

C

XREF

Q7002 KSC1623-G

B

SW_RF1

C7077 1nF 50V

R7032 1Kohm 1/10W

E

AA9 AA10 AA17 AA18 AA19 AA20 AA21 AB5 AB8 AB22 AC4 AC9 AC11 AC13 AC17 AC19 A C2 3 AD3 AD15 AD24 T16 T15 T14 T13 T12 T11 R16 R15 R14 R13 R12 R11 P16 P15 P14 P13 P12 P11 N16 N15 N14 N13 N12 N11 M16 M15 M14 M13 M12 M11 L16

6-7

Schematic Diagram

6-8 POD This Document can not be used without Samsung’s authorization.

S_3.3V_POD

USA ONLY

S_3.3V_POD

C8002 100nF 16 V

C8001 10uF

POWER INPUT FOR POD STAND-BY

C8004 100nF 16V IC8002

C8003 10uF IC8001 1 2 3 4 5 6 7 8

CAS_MA(0:14) XREF

PCMCIA FAN CONNECTOR S_9V 1

C8015 10nF 50V

C8016 100nF 50V

3

OUT

C8010 100uF 16V

IN

C8007 100nF 16V

C8008 100nF 16V

S_12V

IC8003 BA178M09FP

TP8001

C8006 100nF 16V

C8005 100uF 16V

MIC39102BM

CN8001 TP8003 1 TP8004 1 TP8006

1 2 3 4

3 2 1

1

C8019 10uF 16V

C8020 100nF 50V

C8021 100nF 50V

C8023 33uF 25V

R8004

EN

GND

IN

GND

OUT

GND

ADJ

GND

BD8001 TP8002 TP8005 TP8007 TP8008 TP8009 TP8010

FAN_STATUS

C8012 100nF 16V

C8013 100nF 16V

HH-1H4532-121JT

8 7 6 5

20Kohm 1/10W

R8006 3.6Kohm 1/10W

C8011 100nF 1 6V

C8009 100uF 16V

IC8004

R8002 0ohm

S_12V

C8017 100nF 50V

2

SEL

VCC

1D0

/OE

1D1 /1Q

4D 0 4D 1

2D0

/4Q

2D1

3D 0

/2Q

3D1

GND

/3Q

16 15 14 13 12 11 10 9

1 2 3 4 5 6 7

OOB_SEL

XREF

/O0

VCC

A0

/O2

B0 /O1

B2 A2

A1

/O3

B1

B3

GND

A3

14 13 12 11 10 9 8

R8001 4.7Kohm XREF

OOB_EN

CAS_MA(9) POD_SW

1

GN D

74HC02PW

74HC257PW

S_5V

8V Output Setting

TP8011

XREF

TP8012

Normal : Low Abnormal : High

1 1 1 1 1

12 11 10 9 8 7 6 5 4 3 2 1

1 1

1

S_3.3V_POD S_3.3V_POD S_6.5V

C8018 100nF 16V

C8014 10uF

R8003

10Kohm IXTRX EF

BD8002

HH-1H4532-121JT C8022 100uF 16V

BD8003

HH-1H4532-121JT

C8024 100nF 16V

C8025 100nF 16V

C8026 100nF 16V

IC8005 MC74VHC244DTR2 1

S_12V

OE1 CAS_MA(5)

O4 C8027

BD8005

HH-1H4532-121JT

CN8002

19

OE2

IN

18

3

HH-1H4532-121JT

SMW250-12 WHT

VCC

2

I0

BD8004

20 IN

100uF 25V

C8028 100nF

C8029 100nF

C8030 100nF

50V

50V

50V

CAS_MA(6)

CAS_MA(7)

CAS_MA(14)

I5

14

IN

O2 13

IN

I6

9

0ohm

O7

POD_SW

R8007 0ohm

12

C8032 100nF 16V

O3

IN

10

GND

10Kohm

S_3.3V_POD

15

IN

8

I3 R8008

RA8002

I4 O1

7

O6

10Kohm

16 IN

6

I2

RA8001

17 IN

5

O5

2 4 6 8 2 4 6 8

O0

IN

4

I1

1 3 5 7 1 3 5 7

R8005 4.7Kohm

11 IN

I7

C8031 10uF

IC8006 74HC257PW 16 15 14 13 12 11 10 9

QTX_A7

XREF

QTX

XREF

VC C

S EL

/O E

1D0

4D0

1D1

4D1 /4Q

/1Q 2D 0

3D0

2D1

3D1

/2Q

/3Q

GND

1 2 3 4 5 6 7 8

OOB_SEL ITX_A5

XREF XREF

ITX ETX_A6

XREF

XREF

ETX

XREF

DELETE OPTION

XREF

RSTA WAITA# REG# MOVAL MOSTAT

R8009

S_3.3V_POD

100Kohm

R8010 4.7Kohm

S_3.3V_POD

VCC

GND

OUT

MDIA3

MDIB4

MIVALB

MDIA4

MIVALA

MICLKB

VCC_DVB1

MDIA5 MDIB5

MICLKA

MDIB6

MDIA6

MDIB7

MDIA7

RSTB

MOCLKB

RSTA

MOCLKA

REG

WAITB

IORD

WAIT/ACK

OE

IC8008 CIMAX-SP2

WR/STR RD/DIR CS A15 A16

OE2A GND_DVB2 CE2B MDOA7 MDOB7

0x84

A17

CE1A

A1 8

CE1B MDOA6

A19 A20

MDOB6

A21

MDOA5

A22

MDOB5

A23

MDOA4

A24

MDOB4

A25

MDOA3

SDA

MDOB3

SCL

CD1A

SA0

CD1B

SA1

VCCEN

RESET

DATOE

CLK

DATDIR

VCC_TSO

MOCLK

MOSTRT

MOVAL

MDO7

MDO6

MDO5

ADLE VCC_DVB2 MDO4

ADOE

MDO3

VCC_CORE GND_CORE VCC_PROC

GND

C8037 100nF 16V

2

IN

1

C8038 100nF 16V

S_3.3V_POD

C8039 100nF 16V

3

C8052 100nF 16V

WE# MDIA1

XREF

RA8004

22

22

XREF

MISTAT IOWR# IORD# OE# CE2#

SAM_TSVLD XREF SAM_TS(0:7)

XREF

A1

B1

A2

B2

A3

B3

A4

B4 B5

A5 A6

B6

A7

B7

A8

B8

GND

1 2 3 4 5 6 7 8 9 10

DATDIR

XREF

CAS_MD(0) CAS_MD(1) CAS_MD(2) CAS_MD(3) CAS_MD(4) CAS_MD(5) CAS_MD(6) CAS_MD(7)

CAS_MD(0:7)

XREF

CE1#

MDDA5

CN8003 T53BR00041

MDDA4

S_3.3V_POD

MDDA3 CD1#

NDATOE DATDIR XREF NADOE XREF ADLE

CAS_MD(0:7)

XREF

CAS_MD(3) CAS_MD(4) CAS_MD(5) CAS_MD(6) CAS_MD(7)

XREF

XREF

CAS_MA(0:14)

CAS_MA(10)

XREF

CE1#

CAS_MA(11)

QTX_A7 XREF ETX_A6 XREF ITX_A5 XREF CTX_A4 EFA(3) CASX_RM CAS_MA(2) CAS_MA(1) CAS_MA(0) CAS_MD(0) CAS_MD(1) CAS_MD(2)

CD1# MDDA3 MDDA4 MDDA5 MDDA6 MDDA7 CE2#

S_3.3V_POD

WE# IREQ#

IORD# IOWR# MISTAT MDIA0 MDIA1 MDIA2 MDIA3

REG# MOVAL MOSTAT MDDA0 MDDA1 MDDA2 CD2#

C8050 100nF 16V

C8049 100nF 16V

C8048 10uF NADOE XREF ADLE

IC8010 SN74LVTH16373

XREF

MDIA4 MDIA5 MDIA6 MDIA7 RSTA WAITA#

C8047 100nF 16 V

C8046 10uF

OE#

MIVAL MICLK

SAM_TSCLK

DIR

/OE

MDDA6

XREF

XREF

VCC

MDDA7

MOCLK

R8022

R8021

8 6 4 2 8 6 4 2

RA8003

R8023 0ohm

CD(0) CD(1) CD(2) CD(3) CD(4) CD(5) CD(6) CD(7)

CD(0:31)

MDIA0

CAS_MA(12)

SAM_TS(0) SAM_TS(1) SAM_TS(2) SAM_TS(3) SAM_TS(4) SAM_TS(5) SAM_TS(6) SAM_TS(7)

PODIN_SYNC PODIN_CLK

IC8009 74LCX245MTCX 20 19 18 17 16 15 14 13 12 11

NDATOE

DRX_A9 XREF CRX_A8 EF CASX_RM A(13)

PODIN(0:7) PODIN_VLD

C8041 100nF 16V

C8040 10uF

MDIA2

4

R8019

2

WAITA

INT

IREQ#

GND

OUT

S_5V

IC8007 MIC39100-3.3BS

22ohm

C_V

MOVALB

IOWR

PODIN(0) PODIN(1) PODIN(2) PODIN(3) PODIN(4) PODIN(5) PODIN(6) PODIN(7)

1

MOVALA

MDOB0

MISTRTB

102 101 100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65

C8036 100nF 16V

R8011 4.7Kohm

39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64

X 8 001 3DH-52S 27MHz

MOSTRTB

MISTRTA

EXTINT EXTCS

22ohm

4.7Kohm 1/10W

MOSTRTA

NC

MDO2

R8018

5.6Kohm 1/10W

MDIB0

MDO1

R8016 4.7Kohm 22ohm

MDIB1 MDIA0

NC

GND_TSI

R8017

GND_DVB1 GND_PRO0

7 5 3 1 7 5 3 1

S_3.3V_POD

XREF

MDIA1

MDO0

pRST

WE

CD2A

GND_TSO

XREF

0ohm 100ohm 100ohm 0ohm

CD2B

VCC_TSI

SDA6_DTVCH XREF SCL6_DTVCH

MDIB2

MICLK

XREF

AD(15) AD(16) AD(17) AD(18) AD(19) AD(20) AD(21) AD(22) AD(23) AD(24) R8012 R8013 R8014 R8015

MDOA2

MISTRT

XREF

AD(0:24)

MDIA2

MIVAL

nCIMAX_INT XREF nCIMAX_WAIT XREF nWE XREF nOE XREF nCIMAX_CS

MDOB2

MDI7

CD2#

RDY/IRQB

MDI6

C8045 100nF 16V

RDY/IRQA

MDOA1

MDI5

C8044 100nF 16V

C8043 100nF 16V

MDIB3

MDOB1

MDI4

C8042 100nF 16V

MDOA0

MDI3

MDDA2

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38

MDI2

MDDA1

MDI1

MDDA0

MDI0

C8033 10uF

128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105 104 103

3

C8035 100nF 16V

C8034 100nF 16V

MGND1

MDIA7 MDIA6 MDIA5 MICLK MDIA4 MIVAL MDIA3

MOCLK

C8051

1 uF

EN0 EN1 OUT ================== 0 0 HI-Z

R8020

10Kohm

0

S_5V

1

AD(0:24) XREF

3.3V

1

0

5V

1

1

HI-Z

AD(2) AD(3) AD(4) AD(5)

S_3.3V_POD

AD(6) AD(7) AD(8) AD(9)

BD8006 MPZ2012S300A IC8011 LTC1470CS8

C8053 100nF 16V

EN1 XREF EN0

C8054 100nF 16V

1 2 3 4

OUT

OUT

5VIN

3VIN

EN1

3VIN

EN0

GND

AD(0) AD(1)

8 7 6 5

AD(10) AD(11)

C8055 100nF 16V

C8056 100nF 16V

AD(12) AD(13) AD(14)

48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25

1LE

/1OE

1D1

1Q1

1D2

1Q2

GND

GND

1D 3 1D 4

1Q3 1Q4

VCC

VCC

1D 5

1Q5

1D6

1Q6

GND

GND

1D7 1D 8

1Q7 1Q8

2D1

2Q1

2D 2

2Q2

GND

GND

2D 3

2Q3

2D 4 VC C

2Q4 VCC

2D5

2Q5

2D 6

2Q6

GND

GND

2D 7 2D 8

2Q7 2Q8

2L E

/2OE

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

CAS_MA(0) CAS_MA(1)

CAS_MA(0:14)

XREF

CAS_MA(2) CAS_MA(3) CAS_MA(4) CAS_MA(5) CAS_MA(6) CAS_MA(7) CAS_MA(8) CAS_MA(9) CAS_MA(10) CAS_MA(11) CAS_MA(12) CAS_MA(13) CAS_MA(14)

0802-001041

XREF

6-8

Samsung Electronics

Schematic Diagram

6-9 DNIe Lite & LVDS This Document can not be used without Samsung’s authorization. R9002 R9003

XREF

RESET_DNIE

B1.8V_DN

C9025 100nF 16V

C9024 100nF 16V

C9026 100nF 16V

C9028 100nF 16V

C9027 100nF 16V

C9029 100nF 16V

100ohm 100ohm

XREF

SCL4_TV_3.3V SDA4_TV_3.3V

XREF

C9001 100nF 16V

R9001 100ohm 1/10W

B3.3V_1

C9031 100nF 16V

C9030 100nF 16 V

C9002 47uF 1 6V

BD9001 CIB32P600NE B

B3.3V_DN

B3.3V_DLVTX

C9037 100nF 16V

C9038 100nF 16V

C9039 100nF 16V

C9040 100nF 16V

C9041 100nF 16 V

C9042 100nF 16V

C9043 100nF 16V

C9045 100nF 16V

C9044 100nF 16V

C9003 100nF

B3.3V_DLVTX

R9004

R9005

4.7Kohm 1/10W

4.7Kohm 1/10W

XREF

DNIE_ROUT(0:11)

IC9001 DTC34LM85A C9050 100nF 1 6V

DELETE OPTION

B3.3V_DLVRX

R9006 0ohm 1/10W

R9007 0ohm 1/10W

C9049 100nF 16V

C9048 100nF 1 6V

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

DNIE_ROUT(11) DNIE_ROUT(9) XREF

DNIE_GOUT(0:11)

DNIE_GOUT(4)

DNIE_GOUT(5) DNIE_GOUT(6)

C9051 100nF 16V

C9053 100nF 16V

C9052 100nF 16V

DNIE_GOUT(10)

DNIE_GOUT(11)

DNIE_GOUT(8)

DNIE_BOUT(4)

DNIE_BOUT(5)

DNIE_BOUT(6)

DNIE_BOUT(7)

DNIE_BOUT(8)

DNIE_BOUT(9)

DNIE_BOUT(10)

DNIE_BOUT(11)

0ohm 0ohm 0ohm 0ohm 0ohm

0ohm 0ohm

DNIE_GOUT(7)

DNIE_GOUT(9) XREF

DNIE_BOUT(0:11)

DNIE_BOUT(4) DNIE_BOUT(10)

DNIE_BOUT(11)

7 5 3 1

DNIE_BOUT(5)

RA9001

RA9002

22ohm

22ohm

DNIE_BOUT(6)

DNIE_BOUT(7)

8 6 4 2

8 6 4 2

R9012 R9013 R9014 R9015 R9016

R9008 R9009

7 5 3 1

DNIE_RIN(9)

DNIE_RIN(8)

DNIE_RIN(7)

DNIE_RIN(6)

DNIE_RIN(5)

XREF

R9010 R9011

DNIE_RIN(0:9)

0ohm 0ohm

DNIE_BOUT(0:11)

DNIE_BOUT(8) DNIE_BOUT(9)

XREF

DNIE_HSOUT

XREF

DNIE_VSOUT

R9018 R9019

22ohm 22ohm

RS

D4

D5

D3

D6

D2

D7

GND

GND D8

56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29

D1 D0 D27

D9 D10

LVDSGND

VCC

TXIN0M

D11 D12

TXIN0P TXIN1M

D13

TXIN1P

GND

LVDSVCC

D14

LVDSGND

D15

TXIN2M

D16 R/F

TXIN2P TXCLKM

D17

TXCLKP

D18

TXIN3M

D19

TXIN3P LVDSGND

GND D20 D21

PLLGND PLLVCC

D22

PLLGND

D23

PDN

VCC

CLKIN

D24 D25

D26 GND

DNIE_ROUT(8) DNIE_ROUT(7) DNIE_ROUT(6)

DNIE_ROUT(5) DNIE_ROUT(4) DNIE_ROUT(10)

12BIT_Tx_012BIT_Tx_0+ 12BIT_Tx_112BIT_Tx_1+

12BIT_Tx_212BIT_Tx_2+ 12BIT_Tx_CLK12BIT_Tx_CLK+ 12BIT_Tx_312BIT_Tx_3+

R9017

100ohmXREF

FROM DNIe Lite (12BIT)

LVDS_EN

slcon33p JA9001 TP9002

XREF

GND11 O_DATA_B_OUT04

O_DATA_B_OUT05

O_DATA_B_OUT06

O_DATA_B_OUT07

O_DATA_B_OUT08

O_DATA_B_OUT09 VDD32

GND43

O_DATA_B_OUT10

O_DATA_B_OUT11

VDD14

VDD13 O_ANA_DIMING

O_PWM_DIMING

GND16

I_NAND_ENABLE

I_SCAN_MODE I_SCAN_ENABLE

GND13

I_BCLK

I_BIST_MODE

I_TM2 I_TM1

B_I2C_SDA

I_I2C_SCL

I_nRESET

I_I2C_ADDR01

GND39 I_I2C_ADDR00

I_CLK_SEL_PIN01

I_R_DIN09

I_R_DIN08

I_CLK_SEL_PIN00

VDD30 VDD31

I_R_DIN07

GND38

I_R_DIN06

GND18 GND3

GND35 O_DATA_G_OUT11

VDD8

O_DATA_G_OUT10

I_VSYNC_IN

O_DATA_G_OUT09

I_HSYNC_IN

GND33 O_DATA_G_OUT08 O_DATA_G_OUT07 O_DATA_G_OUT06

I_G_DIN07 I_G_DIN06

O_DATA_G_OUT03 O_DATA_G_OUT04

VDD19 I_G_DIN09 I_G_DIN08

O_DATA_G_OUT02

DNIE_GIN(6)

VDD29

O_DATA_G_OUT01

DNIE_GIN(8) DNIE_GIN(7)

DELETE OPTION

ANA_GND

O_DATA_G_OUT05

GND17

DNIE_GIN(9)

GND14

O_DATA_G_OUT00

1/10W 0ohm R9033

TXAVSS33IO TXAVDD33IO

O_DATA_R_OUT10 O_DATA_R_OUT11

XREF

LVSS_00_2 ANA_VDD

O_DATA_R_OUT09

VSOUT_EX HSOUT_EX

0xC8

RCLKN

VDD5

C9012 100nF 16V

TDN TDP

O_DATA_R_OUT08

C9011 100nF 1 6V

DNIe_LITE

RDN RCLKP

O_DATA_R_OUT07

XREF

C9010 82 uF 6.3V

TCP TCLKN

O_DATA_R_OUT05 O_DATA_R_OUT06

DNIE_RXIN3+

C9009 82uF 6.3V

TXAVSS33A TCN

GND31

R9034 100ohm 1/10W

TXAVDD33A

TCLKP

O_DATA_R_OUT04

XREF

XREF

LVSS_00_1 LVDD_33_2 RDP

O_DATA_R_OUT03

DNIE_RXIN3-

1/10W 0ohm R9032

XREF

RCP RCN

O_DATA_R_OUT01 O_DATA_R_OUT02

DNIE_RXCLK+

L9001 10uH

TBP

IC9002 DNIE-LCD

RBN

O_DATA_R_OUT00

R9031 100ohm 1/10W

TAP TBN

VDD21

XREF

TXAVSS33D TAN

RAP RBP

R9020 R9021

22ohm 22ohm

33 32 31

C9004 C9005

VDD23

120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105 104 103 102 101 100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81

1 3 5 7

22ohm

2 4 6 8

15pF 50V

DNIE_BOUT(3)

close to pin 29

DNIE_BOUT(2)

A5 V

DNIE_CLKOUT

DNIE_TXOUT0DNIE_TXOUT0+ DNIE_TXOUT1DNIE_TXOUT1+

R9024

1Kohm

DNIE_TXOUT2DNIE_TXOUT2+ DNIE_TXCLKOUTDNIE_TXCLKOUT+ DNIE_TXOUT3DNIE_TXOUT3+

RA9004 1 3 5 7

22ohm 2 4 6 8

1 3 5 7

2 4 6 8

RA9005 22ohm

OP9001

C9007 47uF 16V

BD9002 CIB32P600NE

Q9001 KSC1623-G

B

L9002 10uH

I2C_READY 12BIT_Tx_0b12BIT_Tx_0b+ R9026 100ohm

30

XREF

29 28

XREF

26

XREF

25

XREF

24

XREF

23

XREF

22

XREF

21 20

XREF XREF

18 17

XREF

16

XREF

15

XREF

14

XREF

13 12

XREF

11

XREF

10

XREF

9 8 7

SCL4_TV_3.3V SDA4_TV_3.3V

R9027

100ohm

6

100ohm

4

5

XREF

R9029 XREF

3 2

R9030 100ohm DELETE OPTION

TP9003 TP9004

TP9005 TP9006 TP9007 TP9008 TP9009 TP9010

1

TP9011 TP9012 TP9013 TP9014 TP9015 TP9016 TP9017 TP9018 TP9019 TP9020 TP9021 TP9022 TP9023 U4 TP9024

C9008 100nF

DNIE_GOUT(11) DNIE_GOUT(10) DNIE_GOUT(9) DNIE_GOUT(8)

DNIE_GOUT(7)

C9013 82uF 6.3V

C9014 8 2u F 6.3V

C9015 100nF 16V

DNIE_GOUT(6) DNIE_GOUT(5) DNIE_GOUT(4)

C9016 100nF 16V

SOUND_SEL1

DELETE OPTION

IC9003 DTC34LM85A

close to pin 102

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

DNIE_BOUT(3)

XREF

DNIE_ROUT(0) DNIE_ROUT(1)

XREF

DNIE_GOUT(0) DNIE_GOUT(1)

XREF

DNIE_BOUT(0:11)

DNIE_GOUT(3)

DNIE_GOUT(2)

DNIE_GOUT(1)

DNIE_GOUT(0)

DNIE_ROUT(11)

DNIE_ROUT(10)

DNIE_ROUT(9)

DNIE_ROUT(8)

DNIE_ROUT(7)

DNIE_ROUT(6)

DNIE_ROUT(5)

DNIE_ROUT(4)

DNIE_ROUT(3)

DNIE_ROUT(2)

DNIE_ROUT(1)

DNIE_ROUT(0)

BL-B5141

B3.3V_1

XREF

DNIE_HSOUT

XREF

XREF

19

12BIT_Tx_CLK12BIT_Tx_CLK+ 12BIT_Tx_CLKb12BIT_Tx_CLKb+ 12BIT_Tx_312BIT_Tx_3+

N.C

8 6 4 2

8 6 4 2

8 6 4 2

8 6 4 2

DNIE_BIN(0)

DNIE_BIN(1)

DNIE_BIN(2)

DNIE_BIN(3)

DNIE_BIN(4)

DNIE_BIN(5)

DNIE_BIN(6)

DNIE_BIN(7)

DNIE_BIN(8)

DNIE_GIN(0)

DNIE_BIN(9)

DNIE_GIN(1)

DNIE_GIN(2)

DNIE_GIN(3)

DNIE_GIN(4)

DNIE_GIN(5)

DNIE_GIN(0:9) DNIE_BIN(0:9)

XREF

12BIT_Tx_112BIT_Tx_1+ 12BIT_Tx_1b12BIT_Tx_1b+ 12BIT_Tx_212BIT_Tx_2+

DNIE_VSOUT DNIE_HSOUT DNIE_DEOUT

DNIE_BOUT(0) DNIE_BOUT(1)

7 5 3 1

22ohm

7 5 3 1

RA9009

22ohm

7 5 3 1

RA9008

22ohm

7 5 3 1

RA9007

15pF 50V

DELETE OPTION

DNIE_BOUT(1)

DNIE_GOUT(0:11) RA9006

15pF 50V

12BIT_Tx_012BIT_Tx_0+

DNIE_BOUT(0)

DNIE_ROUT(0:11)

22ohm

C9006

27

41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

DNIE_RXIN2+ DNIE_RXCLK-

XREF

DIG_VDD LVDD_33_1 RAN

I_B_DIN00

R9028 100ohm 1/10W

TXAVDD33D

I_B_DIN01

XREF

DIG_GND

I_B_DIN03 I_B_DIN02

DNIE_RXIN2-

XREF

GND34

I_B_DIN04

DNIE_RXIN1+

GND9

GND4

R9025 100ohm 1/10W

VDD26

I_B_DIN05

XREF

VDD9

I_B_DIN07 I_B_DIN06

XREF

O_OUT_CLK

GND28

I_B_DIN08

1/10W 0ohm R9022

O_H_SYNC_POSTOUT O_DATA_EN_POSTOUT GND36

I_B_DIN09

DNIE_RXIN1-

CLKOUT_EX

O_DATA_B_OUT01 O_DATA_B_OUT00

O_V_SYNC_POSTOUT

I_R_DIN01 I_R_DIN00 VDD24 I_INPUT_CLK

VDD4

DNIE_RXIN0+

XREF

I_G_DIN00

DNIE_RIN(0)

R9023 100ohm 1/10W

I_G_DIN02 I_G_DIN01

XREF

O_DATA_B_OUT02

VDD11

I_G_DIN03

DNIE_RXIN0-

XREF

RA9003

O_DATA_B_OUT03

GND2

I_G_DIN04

DNIE_RIN(1)

I_R_DIN04 I_R_DIN03 I_R_DIN02

GND26

DNIE_RIN(4) DNIE_RIN(3) DNIE_RIN(2)

VDD2

I_G_DIN05

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

I_R_DIN05

160 159 158 157 156 155 154 153 152 151 150 149 148 147 146 145 144 143 142 141 140 139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121

DNIE_DEOUT DNIE_CLKOUT

XREF

DNIE_VSOUT DNIE_DEOUT

XREF

R9035

22ohm

R9036 R9037

22ohm 22ohm

DNIE_GOUT(0:11) DNIE_ROUT(0:11) XREF

DNIE_CLKOUT

RS D5

D4 D3

D6

D2

D7

GND

GND

56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29

D1

D8

D0

D9 D10

D27 LVDSGND

VCC

TXIN0M

D11

TXIN0P

D12

TXIN1M

D13

TXIN1P LVDSVCC LVDSGND

GND D14

TXIN2M

D1 5 D16

TXIN2P

R/F

TXCLKM

D17 D18

TXCLKP TXIN3M

D19

TXIN3P

GND

LVDSGND

D20

PLLGND

D21

PLLVCC

D22 D2 3

PLLGND PDN

VCC

CLKIN

D2 4

D26

D25

GND

DNIE_BOUT(2)

XREF

DNIE_GOUT(3) DNIE_GOUT(2)

XREF

DNIE_ROUT(3)

XREF

DNIE_ROUT(2)

DNIE_BOUT(0:11) DNIE_GOUT(0:11) DNIE_ROUT(0:11)

12BIT_Tx_0b12BIT_Tx_0b+ 12BIT_Tx_1b12BIT_Tx_1b+

12BIT_Tx_CLKb12BIT_Tx_CLKb+

R9038

100ohmXREF

LVDS_EN

22ohm

R9039

C9017

C9018

C9019

15pF 50V

15pF 50V

15pF 50V

DELETE OPTION

B3.3V_1

B 2

IC9005 B

C9055 100nF 16V

ADJ

1

C9054 100uF 16V

Samsung Electronics

VOUT

VIN

R26

R25

R24

R23

R21 R22

VCC

GND

B16 B17

B15

R20

B14

B13

B12

B10 B11

G17

G16

G15

VCC G14

G13

R10

G26

CLKIN

G27

IC9004

PLLVCC

B20

DS90C387VJD

GND

B21 B22 B23

PRE PLLSEL PLLGND

B24

PLLGND

B25

PLLVCC

B26 B27 DE

PLLGND R_FB R_FDE

VSYNC

/PD

HSYNC

DUAL

VCC

A0M

LVDSGND

A0P

LVDSVCC

A1M

A2M A1P

A2P

LVDSGND

CLK1M

LVDSVCC CLK1P

A3M

A3P

A4M

A4P

A5M LVDSGND

GND

A5P

LVDSGND

A6M

BA L

TP9001

AP1117D-18A 3

G25 GND VCC

26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

B1.8V_DN

G24

R13 R12 R11

75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51

2

2

1

A BLM41P600S FT9005

25

G22 G23

R14

A6P

23 24

R16 R15

A7M LVDSVCC

C9047 100nF 16V

GND

G12

B 2

C9046 100uF 1 6V

G20 G21

A7P

B3.3V_DN

A BLM41P600S FT9004 1

10 11 12 13 14 15 16 17 18 19 20 21 22

R27

G10 R17

CLK2M,NC

B

C9033 100nF 16 V

C9032 100uF 16 V

G11

CLK2P,NC

1 2 3 4 5 6 7 8 9

B3.3V_DLVTX

2

1

100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76

C9023 100nF 16V

C9022 100uF 16V

C9020

A BLM41P600S FT9002

C9021 100uF

1

A BLM41P600S FT9001

B3.3V_DLVRX

C9056 100uF 16V

C9057 100nF 1 6V

6-9

Schematic Diagram

6-10 Function A'ssy Board This Document can not be used without Samsung’s authorization.

Samsung Electronics

6-10

Schematic Diagram

6-11 Power & IR A'ssy Board This Document can not be used without Samsung’s authorization. 5V_ST

C01

1608 0.1uF

47uF/16V

JTP-1164 EBEM

1608 200

POWER

CD003

2

CDS3C30GTH 1 R004

LED002 LTL-353TBK

1

L001

ZD5

VDD SMBDATA GND SMBCLK

R007 1608 100 R008 1608 100

4 3

SDA SCL

1608 200 2

TSL2550

CD001

CD002 CDS3C30GTH

CDS3C30GTH

5.5

5.5

1.8

1.8

LED004 LTL-353TBK

GT 1

1

1

1

26

25

24

23

1

1

22uF/16V

2 C001 100nF

BZX84C6V2

3 C007

1 2

3 ZD004

R005

OP00 1

LTL-353TBK

BZX84C5V1

2

LED003

BZX84C5V1

1608 200

5V_ST

3 ZD003

CD02

CDS3C30GTH

IR

3225 10uH

6-11

LTL-353TBK

BZX84C5V1

1

POWER OUT

1

BZX84C6V2

C02

R003

LED001

BZX84C5V1

1608 10K

ZD01

3 ZD002

C005

C006

2

1608 5pF

1608 5pF

C004 1608 5pF

C003

1608 200

SW001

1608 47

3

CD01 R01

346HF10A

R002

5V_ST

2

SST3904

1K

3 ZD001

R009

Q001

R006 POWER OUT LED SDA SCL IR

1608 100nF

CDS3C30GTH

3 2 1

LE D

1608 100nF

12507WR-08L

RM01

5V_ST

1 2 3 4 5 6 7 8 C002

10

9

CN001

1 G/T PIN

Samsung Electronics

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