EFR:-----------

AM0.030JP

Loose harness PID: 0F051040

OK

NG

PNL: DQ3Y400LN0101

Change BT module OK

BT module

Chassis: RB2G, HE-L

ange arness Between Bxx board and BT

OK

Main Harness

Change Bxx board

If Bluetooth malfunction ha ens, • BT module • Harness between BT module and Bxx • Bxx board are sus ected.

127

Chassis: RB2G, HE-L

SECTION 3: POWER BOARD 3.1 - POWER BOARD: BAX-L (A SIDE) 1

|

2

|

3

|

4

|

5

|

6

|

7

|

8

|

9

|

10

|

A — B — C — D — E — F —

Chassis: RB2G, HE-L

128

Chassis: RB2G, HE-L

3.2 - POWER BOARD: BAX-L (B SIDE) 1

|

2

|

3

|

4

|

5

|

6

|

7

|

8

|

9

|

10

|

A — B — C — D — E — F —

Chassis: RB2G, HE-L

129

Chassis: RB2G, HE-L

3.3 - POWER BOARD: TUNER 1

A

|

2

|

3

|

4

|

5

cam 055

|

6

|

7

cam 053

|

8

|

9

|

10

|

cam 054

cam 052 cam 059

R7314 VD7310 R7315

cam 037

CN7318

C3131 R3101 VD3106 C3104

R7313 R7316

R7341 R7342 R7343 R7344 R7345 R7346

RB 3101 VD7303 R7317 R7318 cam 004

—

VD7307

C7309

C7380

R7409 C7378

C7397

1

21

C3134

R7567 C3133

CN3101 R7566

R9520

J 3101

VD7308

C3135 R9519

C3136

CN 7318

VD7305

2

VD7302 VD7306

VD3114 C3110

cam 063

CN7301

C3132

C3102 VD3102

R2

cam 030 CL 9703 CL 9704 CL 9705 CL 9710

cam 007

CL 3100 cam 039

C3109 COM 312 C4511

VD7309

R9521 R9522

20

CL 3103 C3112 C3113

VD3105 C3103

RB 3102 I C3101 RB 3100 RB 3103 C3107 C3108

B

C9505

VD3116 C3111

C N 7 3 0 1

C9507 C9502 J 3103

VD3101 C3101 CL 3105 CL 3104

F 2001

J 3 1 0 3

R3103

2 A

J3101

I C 3 1 0 1

R9526 C9501

cam 046

J3104

CN 3101 cam 062 C9504

cam 061

VD3112

cam 060

—

C N 3 1 0 2

J 3104

R9548 R9551 R9550 R9549

CN3102 CN3103

F 2

cam 009

R3145 R3139

VD3111 VD3103 D3107 R3119 C3105 R3117 R3116

C3117 C3116

C

VD3128 VD3120 R3149 R3151 C3119

VD3115

VD3113 VD3118 VD3119 VD3121

VD3117

C3120 C3121C3122

C3130

RB 3105

R3100

R9508 RB 9701 CM CM 2004 2002 CM 2003 CM 2001 R9511 R9525 C9516 R9523 CL 2003 R9556 C9523 R9510 R9553 R9509 C9518 R9554 CL 2004

R3143

R3144

D3111VD3109

VD3108 VD3125 VD3104 R3107

C3100 D3109 D3104 D3110 VD3126 VD3110 VD3127

I C3100 R3102

R3108

C N 3 1 0 3

D3103 C3129

VD3122 R3150 R3152 C3118

cam 014

R3142 cam 045 CL 3101

D3108 D3105 D3106

VD3107

0 0 1

R3146 R3147R3148

cam 013

R3141

R3140 VD3124 VD3123 RB 3104

R9545

IC3100

C3106

IC2071

R9547

R9544

R9546 R9534 C9511 R9533C9510 R9541 CL 2515 CL 2514 R9542

cam 048

CN 6001

D3102

cam 015 cam 058

C2053 F B 2051

C2051

—

A 2 0 0 1

F B 2001 D2001 cam 010 L 2001

R2636

I C 2 6 0 1

CL 2104 C2108

C2594 F B 2502 R2511 R2512

D2002 C2533 C2532

C2072 C2074 cam 036

R2128 R2127

R2629 C2607

C2688 R2117

F B 2072

I C2071 F B 2071

C2001

C2131

C2695

A6 00 1 R9729

R9527 R9730 R9528

R2613 C2697 R2611 R2610 R2609 C2610 R2608 C2601 C2526 C2696 CL 2506 C2534 cam R2607 044 CL 2512

C2073 R2506 R2612 C2515

C2011 C2013 C2012

D

I C 2 0 0 1

R2011

C2128 C2127

C2182

D2003

C2017

C2015

C2184 I C2101

R2110 C2124

C2595

I C2501

C2620

R2515

C2187 F B 2103 C2122

C2183

IC2101

F B 2062

T2201

C9506

R9728 CM 9701 R9531 C9508

C2065

C2062

A6001 R7333 R7334

C2063 CL 2201 R2063 R2064

IC2062

C2061

cam 020

CM 9704 C9520 R9555 R9727 R9501

R7040 cam 040

R2061

C2109 Q2101 L 2104 F B 2101

R2001

R2007

R2008

R2002

C2309 R2104

F B 2201

R2103 R2106 C2193 C2107 C2192 Q2302 C2397

L 2205 C2298

R2210 A2001 R2209 R2212

C2198

R2009

C2194

L 2103

R2203 C2209 R2207 R2204

R2301 D2302 L 2102

L 2101

C2197 R2102

I C2301 C2205 cam 017

C2303 L 2303 C2302

C2306 C2307

C2199

—

R2101

D2301

L 2201 C2203 L 2203 C2204

R2304 C2399

C2056

IC2061

F B 2301 R2303

IC2301

C7032 I C7303

R7340

D7001

cam 051 R7332

R7030 cam 042

IC7001

R7331 R7330

R7041 R7208 C7206

IC7003

cam 043

R7201 VD7203 D7201 R7204

C7205 R7205 R7207

cam 064

I C7202

CM R7571 7501

J7202

I C 7 3 0 3

cam 065

R7206

L 2202 C7208 C7207

C7201 C2202 C2201

J 7 2 0 1

C2301

C2101 C2102

C7306

R7329

RB 7003

DM

cam 005

R2305 L 2302 L 2301 cam 006

cam 008

R7042

R7570 R7029 I C7003

1 6 A 0 4 2 . F 1

cam 003

R7337 cam 022

I C7001 C7020

R2062

R7038 Q3101 Q3102

C2206

R2205 C2210

C2305 C2304 C2104 C2103 L 2304

F B 2053

I C2201

C2207 R2201D2202

R2208 R2206

C2310 R2302

C2105

C2195

F B 2003

R2213 cam 016 C2299

R2202 C2208

C2106 C2196

R2010

C7302 I C7302 R7321

I C2061 Q7001

R2006

R9543

C9513

IC7302

R9537

L 2061

L 2051

C2398 C2212 R2211 C2211

R2004

R9552 C9514

C9509 R9532 R9536 C9522

CL 2504 R9540 C9517 C9515 R9538

I C2062

R9507

C9512 CL 2505 R9539 C9519 C9521

R6006

C2066 F B 2063 F B 2061 C2067

C2064

C2599

C2501 C2502 Q2301

C2308

R9535 CL 2106

CL 6002

IC6002

cam 023

F 2061

C2504 R2501 C2213 C2214 C2598 C2597 C2503 F B 2501

CL 2202

C2111 C2110 L 2105 R2107

CM 9001 R9506 RB 9702 R9503 CM 9003 R9504

I C6002R6004

C2527 C2505

IC2201 C2112 R2108

C2174

R9502 R9505 CM 9002

RB 6042

C6004

RB 6032

IC6001

C2177

CL 2511

C2525

C2133 C2114 F B 2102 C2190 C2189 C2113 C2116 C2115

C2175 C2188 F B 2104

RB 6024

cam 002 RB 6040

C2524 C2191 C2118 C2117 C2120 cam 018 R2109 C2119

R2125

Q2001

C2055

cam 057

I C6001 C6001 cam 001

R6009

CL 2102 R2118 CL 2101 R2119

CL 2501

D2004

E

RB 6031

R6010

R2638 R2630 C2689

R2502

C2523

C2016 R2020 R2021

CM R2022 2101 R2003 R2005

C9503 R9561 R9524

C6003 CL 6001 C6002

X2601

C2687

C2522

C2121

RB 6023

R6005

RB 6015

C2690 R2635

R2514

R2124 R2123

Q2003

L 2002

R6011 RB 6022 RB 6041 RB 6033 RB 6019

C2692 C2691 C2605

R2627 C2606

C2596 R2122

R9733 R9734 R9731 R9732

R2601 C2621

C2604 CL 2103 R2623

C2506

R2019

cam 011

G W

R2628 CL 2105 R2602

C2693 R2621

C2510 C2509 C2508 C2507

R2513

C2178

Q2002

R6003 C2608

C2699

R2616 C2602 C2511 R2503 C2512

cam C2520 019 X2101

C2004

R9735 R9529

C2698 I C2601

C2603

C2517

CL 2503 CL 2502 R2504 C2514 C2516 R2507 R2508 R2505 C2513 C2519

C2123

CN6001

R2605 R2411 C2694

R2615 X2501

C2125 R2111 R2113

C2176 C2186

R2017 R2018

D2005

Q2411

C2054

C2181 C2179 R2121 R2120

C2132

R2016

C2071

F B 2052

CL 2507 CL 2509 CL 2508

C2126 R2116 R2115 R2114 R2112

F B 2105

CL 2002 R2013 CL 2001 R2014 R2015

E P

IC2501

CL 2510 F B 2514 F B 2513 F BF 2512 B 2511

C2180

C2129

C2014 R2012

I C2001

cam 021 C2018

—

R2126 C2130

C2002

C2003 F B 2002

R2606 CL 2513 C2535

D2201

cam 049

cam 012

cam 056

IC7202

C7202 I C7201 C7203 C7204 VD7201 R7202

cam 050

J7201

J7202 R7203 VD7202

IC7201 cam 047

F —

Chassis: RB2G, HE-L

130

Chassis RB2G, HE-L

3.4 - BOARD SCHEMATIC BOARD SCHEMATIC DIAGRAM (1 OF 24)

1

2

3

4

5

6

7

8

9

10

11

12

BAX (RB2 Ayu2L)

A

001.sht 002.sht 003.sht 004.sht 005.sht 006.sht 007.sht 008.sht 009.sht 010.sht 011.sht 012.sht 013.sht 014.sht 015.sht 016.sht 017.sht 018.sht

B

C

D ) G 2 N 4 I D N W E A P R Y D T (

9100 9200 7000 7300 1000 1400 1600 9500 3000 5000 4000 6000 6400 6501 8000 8200 8500

-

9199 9299 7299 7599 1399 1599 1799 9699 3099 5899 4399 6199 6499 6699 8199 8499 8699

A

Cover Sheet Power Power (Ayu2L/Brownie) System (Main) System (Standby) Flash DDR3 DDR3 for Ayu2 TU I/F, Demod (Brownie) Video I/F (Brownie) HDMI Audio FE CI/B-CAS (Ayu2L) Ether USB LVDS LD Ayu2L - Brownie I/F

DDCON DDCON GenSystem GenSystem Digital interface Digital interface Digital interface Tuner Video HDMI Audio Digital interface Digital interface Digital interface Digital interface LD GenSystem

Alvin Alvin Huey Shin Huey Shin Nazirul Nazirul Nazirul Kama Azmir Wai Kiat Hassani Syafiq Syafiq Nazirul Khor Tiu Yeong

B

C

D

D R A 0 D 1 N . A 0 T 9 S ’ Y N O S

E

E

F

F

MAINTAINED UNTIL DIB558 LAST UPDATE 04/12/2013 (12.42PM) G

UNIT

-

6 X

’

mm

.

.

ANGLE

.

.

SCALE

.

.

.

.

.

.

.

.

TOLERANCE

USED ON

’ -

X

’ ’

ORIGINAL MODEL

: MATERIAL(COLOR)

-

3 X

G

RANK

FAMILY

-

5 X

4

FINISH(COLOR)

-

2 X

’

DESCRIPTION

-

1 X

’

HISTORY SUFFIX ECN-NO. X COUNT D A T E REPL. DRAWN BY PLANNED BY

H

(E)

R E V I S I O N CHECKED BY

APPROVED BY

MODEL E V I T A T N E T

ALL resistors ar e in ohms,W unl ess otherwise no ted. ALL capacitors a re in uF(p:pF)u nless otherwise noted.

A2 00:16

5004103813

RB2_BAX_L_PP3_041213.cir/001.sht

(J)

BAX_L BOARD COVER SHEET

H SHEET

RB2

1/18

TH IS DOCUMENT IS TH E PROPRIETARY PROPERTY OF SONY. ITS USE IS AUTH ORIZED ONLY FOR RESPONDING TO A REQUEST FOR QUOTATION, OR FOR TH E PERFORMANCE OF WORK FOR SONY. ALL QUESTI ONS MUST BE REFERRED TO TH E LOCAL PURCH ASING DEPARTMENT OF SONY. TH E REPRODUCTION, DISTRIBUTION AND UTILIZATION OF TH IS DOCUMENT AS WELL AS TH E COMMUNICATION OF ITS CONTENTS TO OTH ERS WITH OUT E XPRESS AUTH ORIZATION IS PROH IBITED. OFFENDERS WILL BE H ELD LIABLE FOR TH E PAYMENT OF DAMAGES. ALL RIGH TS RESERVED IN TH E EVENT OF TH E GRANT OF A PATENT, UTILITY MODEL OR DESIGN. COPYRIGH T RESERV ED.

ISSUED ’

2013/12/05

Chassis RB2G, HE-L

SIGN.

PART NO. PART NO.

.

.

To PCB System

131

Chassis RB2G, HE-L

BOARD SCHEMATIC DIAGRAM (2 OF 24) 1

2

3

4

5

6

7

8

9

10

11

+3.3V_MAIN

G-B I/F (tentative) 30P

1 k0 1 09 1B R

CN9101 03

GND

A

92

GND

JL9106 BL_ERR

82

BL_ON

72

BACKLIGHT_MON JL9105 BACKLIGHT_ON JL9129

62

DIGITAL_STBY

D+1.0V with VID

ACT_STBY

52

GND GND

42

GND

32

GND

22

C9116 XX +19.5V 19.5V_HOLD C9198 XX

+19.5V(12V)

19.5V_SS

+19.5V_SS(12V)

91

+19.5V_HOLD(12V)

81

GND_D

3 4 X 1 X 9 R

JL9131 B

JL9132

71

REG+12V

C9199 XX

61

GND

31

JL9128

E S A H P

12 N E

 1.014V / 6.0A

D O O G P

VO

10

OCSET

9

LGAT E

1 D I V

0 D I V

F E R S

0 T E S

C9154 0.01 50V X7R 1608

R9153 10k 1%

L E S F

20 PGND N I R

GND_D

S 1 / D 2

C9156 XX

21

1

2

3

4

5

FB

8

R9154 10k

7

1%

C9170 22 6.3V X6S 2012

C9173 22 6.3V X6S 2012

C9177 XX

C9175 22 6.3V X6S 2012

G 2

SL9112

8

2D 1

S 2

7

3D 1

S 2

6

S 2

5

4D 1

JL9127

SL9111

JL9123

1G 1

SET2

C9168 22 6.3V X6S 2012

0D 11

9

GND_D

1 T E S

Q9108 HS8K1TB

6

002:11C

MAIN_PWR

D+1.0V

E

R9152 XX

11

GND_D

AC_MON JL9104

11

E T A G U

13

IC9103 ISL95870BHRZ-T

R9146 4.7

PANEL_PWR JL9108

21

R9157 1k 1/16W RN-CP 1%

R9160 1k 1/16W RN-CP 1%

R9158 1k 1/16W RN-CP 0.5%

R9161 1k 1/16W RN-CP 0.5%

R9159 0

R9162 0

CHIP

CHIP

JL9107 JACK_DET

01

JACK_DET

C9128 9

LD_STBY

XX

IP_REF

8

FB_REF

7

R9105 XX

6

R9106 0

C9109 1000p X7R

VCORE_RIN

C9131 004:4G 1000p

005:9C SOC_VID1

5

R9107 XX

LD_PWM_2

4

R9108 XX

LD_PWM_1

3

LD_PWM_3

R9166 XX

017:5F

C9120 XX

C9125 XX

C9123 1000p

C9133 1000p

C9129 1000p

C9135 1000p

C9158 10 25V X6S 3216

1% R9148 6.8k 1/16W

0,0 = 1.080V

C9160 10 25V X6S 3216

C9162 0.01

C9178 0.01 X7R

2.0A

1%

0,1 = 1.060V

R9149 6.8k 1/16W

1,0 = 1.030V

017:4E LD_PWM_1 C9121 1000p

R9112 0

CHIP 1005

R9167 XX

VID SET T ING

GND_D

LD_PWM_4

2A F9105

R9147 8.2k 1/16W

005:9C SOC_VID0

017:4E LD_PWM_2

R9111 XX R9170 0

LD_STBY k 0 004:4F 1

017:4E LD_PWM_3

R9110 0

1

LD_MODE_SW

5 6 1 9 R

017:5E FB_REF/VLED

R9109 XX

2

LD_PWM_0

VCORE_RIN 002:8C

+5.0V_MAIN

X7R

IP_REF/DIMMER_DC LD_PWM_4 C

19

C9147 10 6.3V X6S 2012

JL9135 L9107 4.7uH 41

TCON_ON

POWER_ON

14

17 VCC 18 PVCC

C9200 XX

51

GND STBY+3.3V

AC_OFF_DET

15

T O O B

C9179 22 6.3V X6S 2012

L9104 1uH

NC 16

STBY_+3.3V

JL9130

R9151 22

C9149 0.22 25V X7R 1608

+5.0V_MAIN

C9115 1000p X7R

C9111 XX

02

+19.5V(12V)

JL9116

005:9B;002:9F;002:9G;009:8J SYSTEM1_PWR

REG+12V

JL9136

12

1,1 = 1.000V

GND_D

AYU210mm

1%

017:4E LD_PWM_0

OCP SETTING

R9150 270k 1/16W

017:4E

C9134 1000p

C9150 0.068 16V X7R 1005

1%

R9022 X 8.5u / DCR(10m) = 8.5A

GND_D GND_D BLU_TEMP0_AD R9182 0

005:9D;002:7E

CHIP This part is not SMD mount This part is not right angle

+19.5V>>>+5.0V_VBUS

D

8 W P 7 k0 C % 1 11 - 1 9 / N R 1 R

 5.15V / 5A

17 S S

16 T U O V

15

B F V

14 G E R V

13 N E

L E S F

PGOO D

2

BLU_TEMP1_AD

3

R9125 XX

R9129 XX

R9127 XX

R9131 0

6 2 X 1 X 9 R

0 3 1 0 9 R

VOLTAGE setting 3.35V / 2.0A

BLU_TEMP1_AD

GND_D

2

C9119 XX JL9117

C9157 XX

JL9111 MAIN_PWR 005:9B;002:2H;002:4C;011:5K

R9173 10k 1/16W RN-CP 1% 1005

C9122 XX

VD9101 XX C9130 VD9102C9136 XX XX XX

SL9107 GND_D

+3.3V_MAIN_1

12

AGND

11

21 BST

MODE

10

22 PVIN

PGND

9

PGND

8

C9152 XX

NRS5040T3R3

1VIN1

VIN2

2VBST1

VBST2

5 1

SW2

4 1

4PGND1

JL9118

JL9120

6NC

8GND

SYSTEM1_PWR R9155 XX

Q9107 SSM3J328R

R9181 0 CHIP

C9189 10 25V X6S 3216

1005 X7R 16V 0.1 C9165

6 1

PGND2

5EN1

2 1

NC

1 1

VO2

0 1 9

DDR3_+1.5V

JL9126 C9172 47 6.3V X6S 3216

C9174 XX

C9176 SL9109 XX

SYSTEM3_PWR

4 6 V R8 0 1 1 0 76 9 1 X1

SN1011047PWPR

R9156 XX

C9171 10 25V X6S 3216

NRS5040T2R2

JL9122

IC9104

SYSTEM3_PWR

S

C9169 XX

L9106 2.2uH 146060611 JL9124

3 1

EN2

VREG5

7VO1

40m_ohm_@Vgs=-2.5V

C9188 0.1 50V X7R 1608

C9166 XX

PwPd

1005 X7R 16V 0.1 C9161

L9103 3.3uH 146060711

C9153 47 6.3V X6S 3216

+3.3V_MAIN

0 8 X 1 X 9 R

AVIN

20 AGND

C9151 XX

VOLTAGE setting 1.520V / 2A 7 1

C9159 XX

3SW1

R9174 XX

DDR3_+1.5V

F9104 2A

2.0A

C9155 10 25V X6S 3216

+3.3V_MAIN_1 1

+5.0V_MAIN

+3.3V_MAIN

BLU_TEMP0_AD

4

6 W P 7 k6 C % 1 1 9 1/ N 1 R 1 R

R9172 XX

18

19

1

BLU_TEMP0_AD

XX

R9133 XX

19.5V_SS

BLU_MAIN_3.3V

7 W P 7 00 C 1 71 - % 9 4/ N 1 R 1 R

R9171 100k 1/16W CHIP 5%

C9185 0.01 50V X7R 1608

E

C9187 0.012 50V X7R 1608

BLU_GND CN9102

R9175 XX C9186 1 25V X7R 2012

+3.3V_MAIN

+3.3V_MAIN 9 W P 7 k0 C % 1 01 - 1 9 1/ N R 1 R

C

SL9106

JL9101 F9102 4A 24V p 6 5 RV 0 9 0 0 0 1 0 7 9 1 X5 0 1 C

C9181 C9190 10 10 25V 25V X6S X6S 3216JL9103 3216

C9182 10 25V X6S 3216

C9183 0.1 50V X7R 1608

NN30321AAVB IC9102

23 PVIN 24PVIN

R9144 100k

7PGND

26PVIN

F

GND_D

C9148 0.22 6.3V

27LX

R9145 10k

GND_D C9184 0.1 50V X7R 1608

X L

X L

1

2

X L

3

X L

X L

4

5

X L

Q9106 PDTC144EU

SYSTEM3_PWR

D+1.15V

JL9115

6 JL9113

+5.0V_VBUS +5.0V_MAIN GND_D

L9108 3.3uH

C9192 22 10V X6S 3216

C9193 22 10V X6S 3216

C9194 22 10V X6S 3216

VOLTAGE setting 1.175V / 1.6A

SL9101

SL9102

IC9105 BU90028NUX

JL9119 SL9103

19.5V_HOLD

GND_D 5 9 X1 X9 C *

7 p 9 0 1 0 9 0 C 1

+5.0V_MAIN

1 0 A1 29 F

G GND_D

2013/10/31 13:13 [ SEGMENT ]

R9103 XX

R9114 XX

R9102 150 C9106 XX

VBST

2

VIN

3

EN

4

SS

JL9109

X 5 1 X 1 9 R

R9104 XX

C9118 0.015 X7R

7

GND

DG6045C-4R7

5

FB

R9124 8.2k 1%

R9121 39k

R9122 1.8k 1%

C9127 15p

Q9101 XX

13/1/

:1

Chassis RB2G, HE-L

1 3 13

3 113.ci/ .

JL9110 GND_D

T

C

LX

1

FB

D+1.1V F9106 2A 146035811 NRS4018 L9105 2.2uH C9163 10 10V

9

JL9125 C9167 10 6.3V X6S 2012

SL9108

BROWNIE3mm

+5.0V_MAIN C9143 XX

JL9112

6

COMP

C9132 270p

C9137 22 10V X6S 3216

8

SW

IC9101 TPS54332CDDAR

6 8 M 1 9 1 R

2

GND_D

L9102 4.7uH

MAIN_PWR

H

3

JL9121

C9117 XX 1

4

MODE

D9101 RSX301L-30USTE25 9

C9114 10 25V X6S 3216

VIN PVIN

D N G

C9126 0.1 16V X7R R9185 0

R9164 XX

  HE HM   C9195 XX 0.1    25V    X5R      

EN

6 AGND 7 PGND

5

8

 5.1V / 2.5A

0 0 1 H u 9 0 B F

GND_D

SYSTEM1_PWR

SL9104

L 0 M2 80 61 0 J9 2D Z D

ORIGINAL MODEL

R9128 1.5k 1%

BAX_L BOARD

DESCRIPTION

Q9109 LTC014TUBFS8TL R9184 10k

POWER SHEET

PART NO.

ALL resi stors ar e in ohms ,W unles s otherw ise noted . ALL cap a citors ar e in uF( p :p F)unle ss other wise note d.

RB2

2/18

m

132

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (3 OF 24) 1

2

3

4

5

6

7

8

9

10

11

A

PLEASE PUT BELOW AYU2L PLEASE DRAW AT B-SIDE

B

VDDC VIA 

D+1.0V

C9208 22 6.3V X6S 2012

C9218 XX

J1 J2

C9222 0.1 16V X7R 1005

PORTION 2

PORTION 1

VDDC VDDC

PLLVDDSYS0 PLLVDDSYS1 PLLVDDHCPU

J3 M14 M15 M18

A20 A22

H13

A28 C9236 0.1 16V X7R 1005

VDDC VDDC

PLLVSSSYS0

VDDC

PLLVSSSYS1

VDDC

PLLVSSHCPU

D6 A6

H11 H12

J11

C9239 22 6.3V X6S 2012

B6 B20 B22

J13

B28

H14

B29 C4 C27

C PLEASE dra w a t B-SIDE

C9219 XX

N12

C9223 0.1 16V X7R 1005

R12 R18

VDDC

PLLVDDPNL0

VDDC

PLLVDDPNL1

VDDC

PLLVDDREC

Y1

D7

V8

D14

Y8

D21 D27 PLEASE dra w a t B-SIDE

GND_D PLLVSSPNL0 PLLVSSPNL1 PLLVSSREC R19 V12 V18

Y7

C9231 XX

V7 AA8

C9237 0.1 16V X7R 1005

E25

C9240 22 6.3V X6S 2012

E26 K1 K2 K3

VDDC

PLLVDDAU D0 PLLVDDAU D1 PLLVDDAU D2

AB22

K12

AB21

K25 PLEASE dra w a t B-SIDE

AB20

K28

+3.3V_MAIN

K29 K30 PLLVSSAU D0 PLLVSSAU D1

PLEASE dra w a t B-SIDE

C9206 XX

J12 C9210 0.1 16V X7R 1005

C9212 XX

C9216 10 6.3V X5R 1608

C9220 10 6.3V X5R 1608

M7

C9224 10 6.3V X5R 1608

M8 N7 P7 U7 U8 AB16

E

AB17 AC14 AC15 AC16 AC17

VDD33

PLLVSSAU D2

C9232 XX

AB23 AC21

C9238 0.1 16V X7R 1005

C9241 22 6.3V X6S 2012

M20 M26 M27

AC20

N13

VDD33

N14

VDD33

N15

VDD33

N16

VDD33 VDD33 VDD33

PLLFILTERPNL0 PLLFILTERPNL1

VDD33

PLLFILTERREC

VDD33

PLLFILTERAU D0

AA7

N17

W8

N18

W7

N20

AC22

C9230 3300p

C9233 3300p

C9235 3300p

X7R 1005

X7R 1005

X7R 1005

VDD33

P11 P12 P13

VDD33 VDD33

C9226 3300p

VDD33

X7R 1005

P14 P15 P16 P17

GND_D

P18 P19 +3.3V_MAIN_1

S-13A1A18-A6T1U3 IC9201 4

GND

F C9201 1 6.3V X6S 1005

EN

5

Vin

6

Vin

D N G

+1.8V_MAIN

3

Vout

2

Vout

1

SYSTEM2_PWR C9202 2.2 C9204 6.3V 0.1 X6S 16V 1608 X7R 1005

7

R9201 5% RN-CP 1/10W 120

PLEASE dra w a t B-SIDE

C9207 XX

C9209 0.1 16V X7R 1005

C9221 10 6.3V X5R 1608

C9211 XX

C9225 10 6.3V X5R 1608

P20 R13 J14 N8 P8 AB15

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

T20 U 11 U 12 U 13 U 14 U 15 U 16

D11

2013/10/31 11:44 [ SEGMEN T ]

C9242 XX

  HE HM   C9244 XX 3300p    50V    X7R       C9245 XX 3300p    50V    X7R      

*C9244 XX

D12 E4 E6 E8

J4 U 17 K5

*C9245 XX

U 20

L5 U 28 M5 V6 P5 V13 R5 V14 T5

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

VSS T6

V17 T9

C9246 XX

V26

R14

VDDP

R15

VDDP C9250 XX

VDDP VDDP

VDDC_DETECT

C9251 XX

R16

J18 CL9201

R17 R20

GND_D

R26 R27

*IC9000 CXD4748GB

C9252 XX

C9253 XX

T11 T12 T13 T14 T15 T16

G

T17

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

T10 V27 T11 V28 T12 V29 T14

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS

VSS H16

W1 J16

C9247 XX

W2

P16 W3 R16 W11 R17 +3.3V_MAIN

H9

H11 H12 H13

J8 J9 J10 J11 J12 J13

K8 K9 K10 K11 K12 K13

CVDD

V30

W12

H8

H10

CVDD

V15 V16

VDDC VDDC

D

GND_D

CVDD/DVDD/VSS

D+1.1V

GND D+1.0V

VDDC/VDD33/PLLVDD

JL9201 PLEASE dra w a t B-SIDE

C9205 22 6.3V X6S 2012

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

CVDD

VSS

L8 L9 L10 L11 L12 L13

GND_D

W13 VSS

W14

VSS

W15 E5 W16

C9243 XX

W17

C9248 XX

DVDD_1

E11

VSS

DVDD_1

VSS VSS

W18 J5

DVDD_2

W19 N5 AA26 T7

DVDD_2

AA27 T8 AD14 T15 AD15 U 15 AD16 T16 AD17 K16 AD18

VSS

L16

M8 M9 M10 M11 M12 M13

DVDD_2 VSS

DVDD_2

VSS

DVDD_2

VSS

DVDD_2

VSS

DVDD_2

VSS

DVDD_2

VSS

DVDD_2

VSS

N8 N9 N10 N11 N12 N13 T13

AD19 VSS

AD26 E16 AD27 C9249 XX

AE28

C9254 C9255 XX XX

F16

DVDD_3

VSS

DVDD_3

VSS VSS

AF29

A1 A20 Y1 Y20 GND_D

AF30 AG4

GND_D

IC9001 CXD4743GB-T8

AG27

VSS VSS VSS VSS VSS VSS VSS VSS VSS

NC

VSS

NC

VSS

NC

VSS

NC

A1 A30 AK1 AK30

*IC9000 CXD4748GB GND_D

2013/10/31 11:44 [ SOC ]

  60 60AVS   IC9000 CXD4748GB CXD4748GB-1  

H

ORIGINAL MODEL

BAX_L BOARD

DESCRIPTION

POWER (Ayu2L/Brownie) SHEET

PART NO.

ALL re sistors are in ohms,W unless otherwi se note d. ALL cap acitors are in uF(p :p F) unless otherwi se note d. 13/1/

:1

Chassis RB2G, HE-L

1 3 13

3 113.ci/ 3.

T

C

RB2

3/18

m

133

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (4 OF 24) 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

SYSTEM(MAIN) (7001-7300)

16

MODEL MATRIX for factory

A

JL7002 R7049 XX

JL7003

R7050 XX

JL7004

R7051 XX

JL7005

R7052 XX

JL7006

R7053 XX

JL7001

JL7007

R7054 XX GND_D

B side

B

Non Ma ska ble Inte rrupt for softwa re de bug +3.3V_MAIN Inte rna l pull up by ST BY FW R7001 XX Put CL ne a r e a ch othe r, e a sy to short in A side .

CL7001

NMI1

ST BY_+3.3V

004:4F

Temp sensor

CL7002

*R7048 XX

GND_D

Temp Sensor

Inte rna l pull up by ST BY FW R7002 XX Put CL ne a r e a ch othe r, e a sy to short in A side .

CL7003

NMI2

DEBUG LED

+3.3V_MAIN

B-side mount

+3.3V_MAIN C

004:4F

6

+3.3V_MAIN

5 A D S

CL7004

IC7001 MM3285FNRE

GND_D 7

5

3

1

8

6

4

2

7

5

3

1

8

6

4

2

2 0 k 0 2 7 . B 2 R

PU for I2CC is not ne e de d (sa me a s RB1) C7003 C7007 C7011 C7015 C7019 C7023 C7027 C7031 C7035 XX XX XX XX XX XX XX XX XX C7005 C7009 C7013 C7017 C7021 C7025 C7029 C7033 XX XX XX XX XX XX XX XX

1 0 k 0 2 7 . B 2 R

D D V

Compatible

1

D N G

2

DEBUG_LED1 DEBUG_LED2

004:4E

DEBUG_LED3

*R7055 XX

X X

*D7002

*R7056 XX

JIG se tting

X X

*D7003

4 0 A

L C S

005:9B 004:4E

X X

*D7001

1 A

*Q7003

XX

XX

*Q7002

C7044 0.1 16V X7R

XX

*Q7001

3

GND_D

PU for I2CD is not re a dy for ra y-out re a son

C7001 XX

GND_D

D

GND_D 005:15E

R7003 009:8E

XX

009:8E

Inte rna l PU

T _HT L_VOL_UP

R7004 0 012:10G;018:3K;009:6I;015:6B

AC2

R7007 XX

Inte rna l PD

AB3

R7008 XX

T _HT L_SP_MUT E

Inte rna l NO

AC3

R7010

0

R7011

0

Inte rna l PD

AJ4

R7012 XX

Inte rna l NO

X_SYST EM_RST R7009 XX

004:15D

DEBUG_LED3

002:4C;016:8E;016:8E;016:14B PANEL_PWR 018:6I

E

PICT URE_MUT E_INT

005:14J

SC_LED_PWM_W

009:8E

T _HT L_VOL_DOWN

011:9G

DENEB_INT

012:10G

X_AUDIO_MON

004:15D

DEBUG_LED2

002:5C

1

2

1

2

1

2

Inte rna l PU

AC1

R7014 XX

Inte rna l PD

AH3

R7015 XX

CR_DET HP_DET

016:10E

PANEL_DET

004:3C

NMI1

R7019 XX

004:3D

1

2

1

2

1

2

1

2

1

UART _RX 2

AA1 Inte rna l PU

R7020 XX

R7024 XX R7025 XX R7026 XX CL7006

AE4 AA2 For W-Audio de bug A3

R7027 XX

B4

CL7007 R7028 XX ACT _ST BY R7029 XX R7030 XX LNB_CONT

7 5 0 0 7 R *

009:6E

R7032 XX

D1 C1 D2

R7031 XX GND_D

D3

PC_CON_DET R7033 XX

005:2H VPC 005:2H

B5

UART E_T X UART E_RX

005:14I

R7034 XX

Se le ct:Inte rna lPU A5

R7035 XX

R7037 XX

AD2 CL7013

JACK_DET R7038 XX R7039 CI_OINT CCP_INT

D5 AA3

VIDEOA_DET

013:5F 018:6I

I2CA_SCL

011:9G

HDMI_EQ, T EMP_Se nsor +3.3V_MAIN

ICC SEL Strap Setting

GPIO_2 GPIO_3

006:8B

I2CB_SDA

GPIO_4

006:8B

I2CB_SCL

AE1 AE2

I2CB_SD A

018:6F; 009:6I

T UNER

R7042 XX I2CB_SC L

GPIO_6/PCDC_OUT /FE_CLKINB

I2CC_SDA

GPIO_7/PCDD_OUT /FE_PWMA

I2CC_SCL

E3 E2

I2CC_SDA

016:9D

6

7

4

5

2

3

1

Pa ne l

R7044 XX I2CC_SCL

8

1 0 0 X X 7 S *

018:6E; 009:6I

R7043 XX

GPIO_5

016:9E

AB4 AA4

X_CAMERA_RST

004:12E

004:11E X_CAMERA_RST

CL7011

X_MIC_RST

004:12E

004:11E

CL7012

1

3

5

X_MIC_RST

DAUOC_LRCK = ST RAP_G[6](Inte rna lPD) DAUOC_BCK = ST RAP_G[7](Inte rna lPD)

JT AG Se le ct 00:ST BY CPU (de fa ult) 01:MAIN CPU 10:VPC CPU 11:Re se rve d

   

Me P E-JT AG Se le ct 00:Disa ble (de fa ult) 01:ICC 10:LD 11:Re se rve d

7

R7046 XX R7047

*** Stra p Se tting *** DAUOA_LRCK = ST RAP_G[3](Inte rna lPD) DAUOA_BCK = ST RAP_G[4](Inte rna lPD)    

JIG se tting

R7045 XX

GPIO_8/PCDE_OUT /FE_CLKINA 3 0 X 0 X 7 B R *

0 2

GPIO_12/T IMER_CMPD/SPDIF_SEL

4

6

8

GPIO_13/T IMER_CAPC/FE_WPMB/CK_EXT _PCD

DAUOC_BCK_CLK

018:6F;018:13G

DAUOC_LRCK_CLK

018:6F;018:13G

DAUOA_BCK_CLK

012:7G;012:9G

DAUOA_LRCK_CLK

012:7G;012:9G

GPIO_17/IOEXC_CLK/PCDA_OUT GPIO_18/IOEXC_DAT A/PCDA_IN

0

R7005 XX

Inte rna l PD

AK4

Inte rna l PD

AH4

R7006 XX

C7038 C7039 C7040 C7041 C7042 C7043 XX XX XX XX XX XX

GND_D GPIO_21/T IMER_CAPB/LVDS_VS GPIO_22/DAMP_IC_SEL GPIO_22/DAUIB_MCK/IOEXD_CLK/PCDB_OUT GPIO_23/DAUIB_LRCK/IOEXD_DAT A/PCDB_IN GPIO_24/DAUIB_BCK/IOEXD_LAT CH GPIO_25/DAUIB_DAT

GPI O28:US B _PE N_0 GPI O29:US B _OVCD_0 GPI O30:US B _PE N_1 GPI O31:US B _OVCD_1 GPI O32:PA NE L_CT R L GPI O33:PA NE L_CT R L

GPIO_35 006:8C

GPI O34:PA NE L_CT R L

GPIO_38/UART _D_T X/UART E_T X

GPI O36:MS_PO N GPI O37:MS _I NS_X

MS +3.3V_MAIN

GPIO_39/UART _D_RX/UART E_RX

GPIO_45/FE_PWMC

JL7009

GPI O41:PA NE L_CT R L GPI O42:PA NE L_CT R L GPI O43:PA NE L_CT R L

JL7010

GPIO_46/FE_CLKINC

GPI O48:DA UOA_DAT _1 GPI O49:DA UOA_DAT _2

GPIO_47/DAUI_SPDIF_0

GPI O50:DA UO_SPDI F _1 GPI O51:LE D_MUT E GPI O52:T S I O_CK GPI O53:T S I O_E N GPI O54:T S I O_ST R T GPI O55:T S I O_DAT 0

GPIO_63 GPIO_64

*IC9000 CXD4748GB C7002 C7006 C7010 C7014 C7018 C7022 C7026 C7030 C7034 XX XX XX XX XX XX XX XX XX C7004 C7008 C7012 C7016 C7020 C7024 C7028 C7032 XX XX XX XX XX XX XX XX

C7036 C7037 XX XX

GPIO_19/IOEXC_LAT CH GPIO_20/T IMER_CAPA/LVDS_HS

GPIO_44 006:8C R7036 XX

VIDEOB_DET

009:6E

CL7010

011:9G

GPI O40:PA NE L_CT R L

SC_BT _CT S

009:6E 002:4C

G

R7041 XX

I2CA_SD A

GPIO_16 006:8C AB1

LED_PWM_R

X_SHORT _DET

CL7009

GPIO_15 006:8C

X_BROWNIE_RST

009:5E

AJ3

R7040 XX

GPIO_14 006:8C

SC_LED_PWM_G

VSYNC_MON

009:5E

I2CA_SCL

AK3

R7021 XX

SC_LED_PWM_B

HSYNC_MON

002:3B 018:3K

GPIO_1/IOEXB_DAT A/JT AG_SRST

I2CA_SDA

R7022 XX R7023 XX

005:14J

E1

NMI2

005:3B 005:14J

For HW de bug. A-side ACT _ST BY is ne e de d with 2 G-boa r d mode l.

GPIO_0/IOEXB_CLK

GPIO_9 GPIO_26/I2CD_SDA/UART E_T X 006:8B GPIO_10 GPIO_27/I2CD_SCL/UART E_RX 006:8B GPIO_11 006:8B

R7016 XX R7017 XX R7018 XX

F

AB2

R7013 XX

LD_ST BY

009:6E 012:13D

For W-Audio de bug

PERI(Normal)

X_ARM_SRST

GPI O56:T S I O_DAT 1 GPI O57:T S I O_DAT 2 GPI O58:T S I O_DAT 3 GPI O59:T S I O_DAT 4 GPI O60:T S I O_DAT 5 GPI O61:T S I O_DAT 6 GPI O62:T S I O_DAT 7

MS_SCK JL7011

JL7013 JL7014

MS_BS

VCC

9

VCC

8

MS_SCK

7

GND

6

MS_DAT A

5

GND

4

MS_BS

JIG se tting

JL7015

MS_INS_X

JL7016 018:13J

10

JL7012

MS_DAT A

MS_PON

3

MS_INS

2

MS_PON

1

GND *CN7001 XX

2013/10/10 15:42 [SOC]

GND_D

Up date MS connector

  60 60AVS   I C9000 CXD4748GB CXD4748GB -1  

GND_D

2013/10/10 15:42 [DAMP]

  I CY DA178-SZE 2 I CY DA179-SZE 2   R 7057 0 XX       CHI P   

H

2013/10/10 15:42 [JI G]

  No Y es   CN7001 XX 10P       D7001 XX SML-D13M8WT 86S   D7002 XX SML-D13M8WT 86S   D7003 XX SML-D13M8WT 86S   Q7001 XX PDT C114E U   Q7002 XX PDT C114E U   Q7003 XX PDT C114E U   R 7048 XX 1.5k    1/16W    CHI P   R 7055 XX 1.5k    1/16W    CHI P   R 7056 XX 1.5k    1/16W    CHI P   R B 7003 XX 2.2k   S7001 XX 169227021  

I

J

K

ORIGINAL MODEL

BAX_L BOARD

DESCRIPT ION

SYSTEM(MAIN) SHEET

PART NO. L

ALL resistors are in o hms,W unless otherwise no ted. ALL capacitors are in uF(p;pF)unless otherwise noted.

L

Chassis RB2G, HE-L

.cr . ht

C

RB2

4/18

t

134

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (5 OF 24) 1

2

3

4

5

6

7

8

9

10

C7311 XX

SYSTEM(STANDBY)(7301-7600)

C7309 XX

C7315 XX

C7313 XX

C7319 XX

C7317 XX

C7324 XX

C7321 XX

C7329 XX

C7326 XX

C7334 XX

C7332 XX

C7340 XX

C7337 XX

11

12

13

14

15

C7345 XX

C7342 XX

C7347 XX

GND_D

STBY_+1.8V REG

A ST BY _+ 3.3V

PERI(Standby) 005:3B

LED_DI AG

005:14J

SC_LED_AMBER

009:6D

T _X_HT L_SI R CS_EN

D15 R 7356 XX

B11

R 7357 XX

C12

R 7358 XX

LED indicator

C13

002:2H;002:4C;002:5E;011:5K MAI N_PWR R 7359 XX 006:2B

B15

NAND1_PWR R 7360 XX

005:14J 005:14J

D13

SC_X_BT _R ST

SC_LED_PWM_R _MI XED

R 7361 XX 002:8B;002:9F;002:9G;009:8J

D16

SY ST EM1_PWR R 7362 XX 003:2F

R 7316 470

C16

SY ST EM2_PWR

002:7F;002:9F;002:10F;010:9D;011:12F;011:15K LED_PWM _R

R 7363 XX

B13

R 7364 XX

A13

SY ST EM3_PWR

004:4F 004:15D

DEBUG_LED1 R 7365 XX

B

009:8J LED_DI A G

B12

X_BT _K EY _WAK E

005:9B

R 7366 0 005:2K ;002:4C

C11

AC_MON R 7367 XX

011:11L

Q7303 RN1902(T5RSONY,D,F)

B14

X_MHL_OVCD R 7368 XX

009:6D

C14

SY ST EM4_PWR R 7369 XX

005:14I ;014:5B

C15

X_ET HER _PHY /WI FI _R ST R 7370 XX

GND_D

005:7D;009:8E

A14

X_WOL_WAK E R 7371 XX

011:10K

X_MHL_CDET

011:11K

1

2

R 7372 XX

MHL_VBUS_ON

A11 CL7303

ST BY _+ 3.3V

ST BY _GPI O_0/

VDD33_ST BY

ST BY _GPI O_1/

VDD33_ST BY

ST BY _GPI O_2/

VDD33_ST BY

VDDP_ST BY

SOC_VI D1

DC_MON SC_K EY _AD

005:4F * X_BT _HOST _WAK E* No us e for R B1 Not ope n dra i n

R 7303 47k

R 7306 47k

005:9D;005:14I X_BT _HOST _WAK E

1

I N_B

2

I N_A

3

GND

R 7301 XX 005:12J

* X_ET HER _WAK E* Ope n Dra i n Pul l up by 4.7k @ Et he r.s ht

XX IC7301

X_POWER _K EY R 7302 XX

VCC

5

OUT Y

4

R 7334 47k

D12

D26

TC7SZ08FU,RSONYJ IC7303

X_ET HER _WAK E

1

R 7335 XX 009:6D

I N_B

2

I N_A

3

GND

R 7336 XX * X_WI FI _WAK E* Not ope n Dra i n Pul l up @ B-boa rd

I nt e rna l PU Be fore /Aft e r BDI

R 7375 XX

C26

R 7376 XX

A27

R 7377 XX 002:5D;002:7E

B26

BLU_T EMP0_AD R 7378 0

005:4G;009:6C 014:5B;009:8J

005:14I ;009:8J SC_X_WI FI _WAK E T _X_BT _K EY _WAK E C7304 XX

B27

SC_OPT _SENS_AD

VCC

5

OUT Y

4

002:7E

C25

T U_I D R 7379 0

BLU_T EMP1_AD R 7350 XX

005:3F

A26

5V_DET

005:4F

PANEL_PWR _DET

002:4A

BACK LI GHT _MON

009:6D

ASPECT

X_WOL_WAK005:9C;009:8E E

R 7380 XX

B25

R 7381 XX

C24

R 7382 XX

C7308 0.1 16V X7R

GND_D

A25

R 7383 XX

VDDC_ST BY

ST BY _GPI O_9/

VDDC_ST BY

ST BY _GPI O_10/

VDDC_ST BY

ST BY _GPI O_12/ST BY _I R _OUT

AVDD18PER I

1

C17

005:2D;005:14I X_BT _HOST _WAK E R 7385 XX 005:14I

2

A17

SC_BT _DEVI CE_WAK E R 7386 XX

AVSS18PER I

C7312 XX

DC_MON 005:9C

3 2 3k% 715 R

D+ 1.1V

+ 5.0V_VBUS

  No Yes   C7307 XX 10    6.3V    X6S       CN7302 XX 14P       Q7302 XX PDTC114EU   Q7304 XX PDTC114EU   Q7305 XX PDTA114EU   Q7306 XX PDTC114EU   Q7307 XX PDTA114EU   R7304 XX 47k    1/16W    CHIP   R7328 XX 0        CHIP   R7329 XX 0        CHIP   R7331 XX 47k    1/16W    CHIP   R7332 XX 0        CHIP   R7333 XX 100    1/16W    CHIP   R7338 XX 10k    1/16W    CHIP   R7421 XX 33    1/16W    CHIP   R7425 XX 10k    1/16W    CHIP   S7301 XX 177170921  

+ 3.3V_MAI N

R 7324 4.7k 3.3V_DE T R 7317 4.7k

R 7428 22k

005:9D

R 7325 2.2k GND_D

5V_DET 005:9D R 7318 1k

PANEL_VCC_SW

Q7311 RN1911 6 2k 32% 721 R

F GND_D

GND_D

C7318 XX

C7316 XX

C7322 XX

C7320 XX

C7327 XX

C7325 XX

C7333 XX

C7330 XX

C7338 XX

C7335 XX

PANEL_PWR _DET

7 2k 32% 7.1 R2

005:9D

GND_D + 3.3V_MAI N

R 7354 20k 1% T U_I005:9D;009:6C D R 7355 22k 1%

Fa i l Sa fe

B18

Fa i l Sa fe

B19

Fa i l Sa fe

C19

A19

C7343 XX

C7341 XX

C7346 XX

GND_D

D19

2013/10/3117:00 [JIG]

GND_D

E

C7314 XX

VPGM4

k 7 4

ST BY _+ 1.0V

BU10TD3WG-TR IC7305

AF5

D20

Vi n

SY S_XO SY S_XI

GND EN

C7356 7p 50V CH

1

C7357 7p 50V CH

5

NC

4

1005 X6S 6.3V 1 C7388

2z 0H 3M 78 X4

B21

ST BY _ADC_I N_4

G

ST BY _ADC_I N_5 GND_D

ST BY _ADC_I N_6 ST BY _ADC_I N_7

R 7398 0

+ 3.3V_MAI N

ST BY _ADC_I N_8 A23

ST BY _+ 3.3V

C7358 10p 50V CH

ST BY _ADC_I N_9 R 7396 10M

X7301 32.768 k Hz C7359 9p 50V CH

B23

ST BY _SPI A_CS/ST BY _GPI O_16/ST BY _I OEXA_LAT CH

8 3 3 7 R *

X X X X 4 2 4 7 R

ST BY _SPI A_CK /ST BY _GPI O_17/ST BY _I OEXA_DAT A

5 2 4 7 R *

X X

X X 6 2 4 7 R

X X 7 2 4 7 R

JTAG

GND_D ST BY _SPI A_DI /ST BY _GPI O_18/ST BY _I OEXA_CLK

ST BY _UAR T A_T X

I CC_T DI

ST BY _UAR T A_R X

I CC_T DO

CL7308

C22

I CC_T CK 005:15E

D23

005:13E

I CC_T MS 005:15E

D22

I CC_T R ST

C21

I CC_T R ST

004:3E X_AR M_SR ST

005:15E

005:13E

I CC_T DI

005:13E

I CC_T DO

005:13E

I CC_T MS

005:13E

I CC_T CK

005:5I

I CC_R ST

* S7301 XX

CL7310

I CC_T DI 005:15E

C23

NC

I CC_T DO 005:15E

ST BY _UAR T B_T X

T R ST

2

X_AR M_SR ST

3

T DI

4

NC

X_AR M_SR ST i s not conne ct e d t o JI G

CL7311

* R 7421

CL7312

ST BY _UAR T B_R X

1 CL7309

5

T DO

6

GND

7

T MS

8

GND

9

T CK

XX ST BY _UAR T C_T X ST BY _UAR T C_R X

T EST

C20

CL7313

I nt e rna l PD from ES2 GND_D

3 2 4 7 R

10

X X

NC

CL7314

X X 2 5 3 7 R

8 4 3 7 R

GND

11

DI NT

12

R ST

13

VDD

14

VDD * CN7302 14P XX ST t ype

2013/10/3117:00 [SOC]

  60 60AVS   IC9000 CXD4748GB CXD4748GB-1  

R 7340 100

Vout

1005 X6S 6.3V 1 C7386

GND_D

G

R 7395 1M

A21

009: 6C

I nt e rna l PU

2

ST BY _ADC_I N_2

2

3

005:2J

SI R C S

R 7400XX

CL7307 C7349 0.01 50V X7R 1005 GND_D R 7397 680

ST BY _ADC_I N_3

X_SOC_R ST

R 7399XX

CL7306

A16

*IC9000 CXD4748GB

UAR T A_T X UAR T A_R X

ST BY _+ 3.3V

GND_D

ST BY _I R _I N

ST BY _ADC_I N_0 ST BY _ADC_I N_1

UAR T _R X Se l e ct :I nt e rna l PU

6 4 3 7 R

005:2H 005:2H

1005 X6S 6.3V 1 C7387

STBY_+1.0V REG

C7372 C7379 XX 10 1608

ST BY _+ 3.3V

X X

Ma i n Cons ol e

4

C7380 10 1608 ST BY _+ 1.8V

ST BY _PWC_1

I CC_T R ST A18

C7310 XX

2 k 23 3 % 7.5 R3

C7377 0.1 1005

C7375 0.1 1005

C7370 0.1 1005

006:8D

ST BY _PWC_0

I CC_T CK

+ 5.0V_MAI N

5

NC

H20

J20

ST BY _GPI O_15/ ST BY _GPI O_20/

I CC_T MS

Error Detection

Vout

GND_D C7369 0.1 1005

J17

ST BY _GPI O13/ST BY _WDT ST BY _GPI O_14/

R T C_XI C18 R 7384 XX

R 7337 XX

R 7315 XX

EN

J15 J16

ST BY _GPI O_11/

R T C_XO * ST BY _GPI O_16* ( R e s e rve d) T hi s port out put s H-l e ve l for 500m s a ft e r AC ON 009:6I X_EWS_DET

GND_D

D

Vi n GND

3

1

D11

CL7305

3.3V_DET

005:14J

R 7339 XX

1

2

ST BY _GPI O_7/ ST BY _GPI O_8/

ST BY _GP I O_19

CL7304

R 7374 XX

1005 X6S 6.3V 1 C7385

C7374 0.1 1005 ST BY _+ 1.0V

ST BY _+ 3.3V

005:4E

BU18TD3WG-TR IC7304

C7376 10 1608 ST BY _+ 1.8V

C7368 0.1 1005

ST BY _+ 3.3V

005:13K

C7371 0.1 1005

H17

H19

ST BY _GPI O_5/ ST BY _GPI O_6/

R ESET _X SOC_VI D0

002:7C

Wake On LAN

ST BY _+ 1.8V

H15 H16

ST BY _GPI O_3/ ST BY _GPI O_4/

R 7373 XX 002:7C

X_BT_KEY_WAKE C

16

GND_D

R 7341 100 Bl ue T oot h

005:2H

UAR T B_T X

005:2H

UAR T B_R X

R 7342 100 R 7343 100

ECS

005:2H

UAR T C_T X

005:2H

UAR T C_R X

R 7344 100

* * * St ra p Se t t i ng * * * ( No i nt e rna l PD) ST BY _UAR T A_T X = ST R AP_S[0] ST BY _UAR T B_T X = ST R AP_S[1] ST BY _UAR T C_T X = ST R AP_S[2]

R 7345 100 k 7 4 7 4 3 7 R

k 7 4 3 5 3 7 R

X X 9 4 3 7 R

Boot / powe r m ode ( DC_MON s t a bl e wa i t i ng t i m e ) Cha nge pol i ng cycl e by s t ra p s e t t i ns 000:SSMON_WAI T = 75m s e c 001:SSMON_WAI T = 100m s e c 010:SSMON_WAI T = 125m s e c Sa m e a s AZ2/AZ3 011:SSMON_WAI T = 150m s e c 100:SSMON_WAI T = 200m s e c 101:SSMON_WAI T = 300m s e c 110:SSMON_WAI T = 500m s e c 111:SPI Boot Mode

C7323 C7328 C7331 C7336 C7339 C7344 XX XX XX XX XX XX GND_D

COR E=1.0V > > > MM3411A10( CH/HK /T W) COR E=1.07V > > > MM3411Z10( e xce pt a bove )

GND_D + 3.3V_MAI N

+ 5.0V_MAI N

ST BY _+ 3.3V

UART SELECT

G

005:9F

UAR T A_T X

005:9F

UAR T A_R X

005:9F

UAR T B_T X

005:9F

UAR T B_R X

005:9F

UAR T C_T X

005:9F

UAR T C_R X

1

2

1

2

1

2

1

2

1

2

1

2

T _UAR T _T L1_T 005:8J;009:6D X

Ma i n Cons ol e

C7366 1 6.3V

T _UAR T _T L1_R 005:8J;009:6D X

* C7373 XX

X6S

UAR T _BT _ T X

005:14I

UAR T _BT _ R X

005:14I

004:4G

UAR T E_T X

004:4G

UAR T E_R X

1

2

1

2

* C7382 XX

9 2 8 3 2 7 C

GND_D

0 29 3 27 C

Wi -Fi

015:6C

HUB1_USB3_WI FI _P

015:6C

HUB1_USB3_WI FI _M

T _UAR T _T L2_T005:8J;009:6E X VPC

4

5

6

7

8

0 R B7301

GND_D

R 7387

2

3

T _UAR T _C_T X 005:8I ;009:6D ECS / HT L / C4 T _UAR T _C_R X 005:8I ;009:6D

XX

R 7391 XX

R 7388

R 7392 XX

GND_D

GND_D

For com pl i a nce t e s t

005:5D;009:8JSC_X_WI FI _WAK E R 7404 XX

1

Mi c

ST BY _+ 3.3V

015:6C

HUB1_USB4_MI C_P

015:6C

HUB1_USB4_MI C_M

R 7389

2

3

ST BY _+ 3.3V

4

5

8

XX R B7302 1

I CC_R ST 005:15E

TL-EX1 Board

*Q7305 XX

I

005:3H;009:6D

T _UAR T _C_T X

005:3H;009:6D

T _UAR T _C_R X

005:6J;009:6F

T L_R ST

ST BY _+ 3.3V

R 7330 XX

R 7305 2.2k 005:14C

3

C

VDD

2

4

OUT

GND

1

C7302 0.01 50V X7R

C7301 XX

J

* R 7304 XX

*Q7307 C7306 XX

CL7301

X_SOC_R ST

* R 7332 XX * R 7331 XX

C7305 0.1 16V X7R

R 7321 XX

* C7307 XX

*Q7304

*Q7306

XX

XX

GND_D

CL7302

C7303 XX

*Q7302

* R 7329 XX

R 7319 XX

XX

UAR T _BT _R X

GND UAR T _1_R X

8

GND

UAR T _BT _T X R 7410 XX

005:2D;005:9D

X_BT _HOST _WAK E

WI FI _USB_P

4

WI FI _ST BY _3.3V

005:9B

SC_X_BT _R ST

005:9B

SC_LED_AMBER

10

UAR T _2_T X

11

GND

005:3H;009:6D

T _UAR T _T L1_T X

R 7416 XX

UAR T _2_R X

016:11E

EMT _SY NC R 7409 XX

004:4E

SC_LED_PWM_W

WI FI _GND

7

WI FI _GND

8

WI FI _WAK E

9

BT _DEVI CE_WAK E

UAR T _1_T X

13

GND

004:4F

BT _ST BY _3.3V

13

BT _USB_M

14

BT _UAR T _R X

14

GND

15

GND

16

UAR T _3B_R X

X_POWER _K EY VD7311 XX

016:7B;009:6E

UAR T _T L3B_R X

016:7B;009:6E

UAR T _T L3B_T X

17

UAR T _3B_T X

18

GND CN7303 XX

C7367 1000p

*D7303 XX

004:4F

  HE HM   C7373 XX 1000p    50V    X7R       C7382 XX 1000p    50V    X7R       C7392 XX 3300p    50V    X7R       D7302 XX MM5Z6V8T1G   D7303 XX MM5Z6V8T1G   FB7300 0 220ohm   FB7301 0 220ohm  

BT _CT S

17

BT _USB_GND_S

18

BT _UAR T _T X

19

BT _HOST _WAK E

005:2B

* FB7300 0

SC_LED_PWM_B

SC_LED_PWM_R _MI XED

JL7304

R 7412 XX R 7401 39k R 7418 XX

+ 3.3V_MAI N

C7348 1000p

2 0 k 4 0% 7 21 R

VD7304

C7378 1000p

*D7302 XX

SC_LED_PWM_W

25

SC_GND

26

SC_LED_PWM_G

27

HUS_POWER _K EY

28

SC_LED_PWM_B

29

HUS_MAI N_5V_3

30

SC_LED_PWM_R

31

HUS_GND_2

32

SC_OPT _SENSOR HUS_MAI N_5V_2

34

SC_MAI N_5V ( LED) HUS_GND_2

36

SC_SI R CS

37

NC

NC

38

NC

39

HUS_K EY _AD

40

SC_MAI N_3.3V ( OPT ) CN7301 40P

XX JL7309 * FB7301 0

GND_D

33

NC

R 7417 0

GND_D

GND_D

BT _EMT _SY NC

24

35

JL7306 T _SC_SI R CS

SC_K EY _AD

SC_LED_AMBER

23

JL7307

SC_OPT _SENS_AD GND_D

005:9C

BT _R ST

22

JL7302

GND_D 005:9D

SC_ST BY _3.3V

21

JL7308

R 7414 XX

2013/10/3117 :00 [SEGMENT]

BT _GND

16

JL7303

SC_LED_PWM_G R 7413 0

005:2D

WI FI _R ST BT _USB_P

12

JL7305

R 7415 0

12

WI FI _USB_M

6

11

20

AY U2L doe s n’t s upport 3D R 7406 XX

T _UAR T _T L2_R X

Ma i n Cons ol e

R 7407 XX

R 7408 XX

7

9

SC_BT _CT S

005:3H

ST BY _+ 3.3V

6

T _UAR T _T L1_R X

VPC

004:4G

R 7403 22k 1%

GND_D

WI FI _ST BY _3.3V

3

10

R 7405 XX

005:3H

R ESET

5

T _UAR T _T L2_T X

GND_D

AC_MON

UAR T _3A_R X

005:3H;009:6D

* R 7328 XX

005:9B;002:4C

UAR T _3A_T X

3

005:3H;009:6D

* R 7333 XX

GND_D

X_ET HER _PHY /WI FI _R ST

R 7411 XX

005:3H;009:6E

T L_R ST 005:8I ;009:6F

XX

SC_BT _DEVI CE_WAK E R 7351 XX

005:9C;014:5B

GND_D

GND

2

4

ST BY _+ 3.3V

D7301 XX

R 7393 XX

R 7394 XX

XX GND_D

WI FI _USB_GND_S

2

15 ECS

ST BY _+ 3.3V

IC7302 PST8429UL

005:9E

XX

R 7390

GND_D

6

7

GND_D

R 7320 XX

2 9 X3 X7 C *

1

5

XX GND_D

T _UAR T _T L2_R005:8J;009:6D X

BM11:6-713-333-01 ( Mi t s um i ) BM10:6-713-333-11 ( Mi t us m i )

1 X9 3 X7 C

GND_D

For com pl i a nce t e s t 1

H

C7381 1 10V X5R

GND_D

Bl ue T oot h

GND_D

K

OR I GI NAL MODEL

BAX_L BOARD

DESCR I PT I ON

SYSTEM (Standby) SHEET

PAR T NO. L

ALL resistors are in oh ms,W unless otherwise not ed. ALL capacitors are in u F(p:pF)unless otherwise n oted. L

Chassis RB2G, HE-L

.cr . ht

C

RB2

5/18

t

135

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (6 OF 24) 1

2

3

4

5

6

I = 1A

7

8

9

10

11

12

13

14

15

16

+ 3.3V_MAI N

40m ohm _@Vgs =-2.5V

A ST BY _+ 3.3V

+ 3.3V_NAND

FIF

PLEASE PUT B-s i de

Q1001 PMV32UP

AB18 AB19

S

AC18

R 1010 XX

AC19

R 1003 100k

C1000 0.1

R 1012 XX R 1008 10k 1005

GND_D

2 0 0X 1X C

3 0 0 X 1 X C

6 0 0 X 1 X C

6 1 0X 1X C

7 1 0X 1X C

8 X 1 X 0 1 C

9X 1X 0 1 C

VDD_NAND

R ND_I O_0/R ND_I O_0

VDD_NAND

R ND_I O_1/R ND_I O_1

VDD_NAND

R ND_I O_2/R ND_I O_2

VDD_NAND

R ND_I O_3/R ND_I O_3 R ND_I O_4/R ND_I O_4 R ND_I O_5/R ND_I O_5

ST BY _+ 3.3V

GND_D C1007 XX

R ND_I O_6/R ND_I O_6 H18

VDD_NAND_ST BY

R ND_I O_7/R ND_I O_7

GND_D 005:9B NAND1_PWR

GPI O_3/R ND_I O_8 GPI O_4/R ND_I O_9

Q1000 PDTC144EU

B

GPI O_9/R ND_I O_10 GPI O_10/R ND_I O_11

GND_D

GPI O_11/R ND_I O_12

FET SW for RawNAND

GPI O_14/R ND_I O_13 GPI O_15/R ND_I O_14 GPI O_16/R ND_I O_15

AG30

CL1008 R B1000 68

AG29

CL1009

AF28

CL1010

AH30

FI F_R ND_DAT [0] FI F_R ND_DAT [1] FI F_R ND_DAT [2]

CL1011

FI F_R ND_DAT [3]

AG28

CL1012 R B1001 68

AH29

CL1013

AJ30

CL1014

AH28

CL1015

RawNAND_0_lower

FI F_R ND_DAT [6] FI F_R ND_DAT [7] GPI O_3 GPI O_4 GPI O_9

AH26

FI F_R ND_DAT [4] FI F_R ND_DAT [5]

AF27 AJ27 AK 27

004:7E + 3.3V_NAND

004:7E

1 2

GPI O_11 004:7F

AK 26

GPI O_14 004:7F

AG26

R ND_WE_X/R ND_WE_X R ND_R B/R ND_R B R ND_ALE/R ND_ALE R ND_CLE/R ND_CLE C

GPI O_35/R ND_T EST _0 SY NC_4K 2K /R ND_T EST _1/GPI O_44 + 3.3V_MAI N

X X

X X

0 0 0 1 R

1 0 0 1 R

[St ra p][Fl a s h Cons t ruct i on Se t t i ngs ] ST BY _R ND_CE0_X/ST BY _R ND_CE0_X

SPI D_DI :SPI C_DI =ST R AP_G[14:13] "Boot " "Bi t Wi dt h" =11: R a wNAND 8x2 =10: R a wNAND 16x1 =01: R a wNAND 8x2 =00: R a wNAND 8x1 Curre nt

Se t t i ng: [ALL]

ST BY _SPI A_DO/ST BY _GPI O_19/ST BY _R ND_CE1_X

AH27 AJ29

GPI O_16 004:7F

ST BY _R ND_WP_X/ST BY _R ND_WP_X

FI F_R ND_R E_X R 1022 47

CL1017

AK 28

CL1018 CL1019

AK 29

CL1020

7

8

5

6

3

4

1

2

6

FI F_R ND_R B FI F_R ND_R E_X

FI F_R ND_R B

R B1009 47

I nt e gra t e Dum pi ng R t o R B for cos t down

ST BY _GPI O_19 005:12C R 1019 CL1021 47 R 1020 CL1022 47

*IC9000 CXD4748GB

FI F_R ND_WP_X FI F_R ND_CE_X WP a nd CE a re ST BY dom a i n l i ne . Ea ch R i s put ne a r ST BY dom a i n.

D

2013/07/051 8 :18 [SOC]

  60 60AVS   IC9000 CXD4748GB CXD4748GB-1  

GND_D FI F_R ND_CLE FI F_R ND_ALE

7 2 0 1 R

FI F_R ND_WE_X 8 2 0 1 R k 7 4

7 8 9

FI F_R ND_WP_X

R 1040 0 R 1041 0 R 1042 0 R 1043 0

CL1042 CL1043 CL1044

NC

NC

NC

NC

NC

NC

NC

NC

I O7

NC

I O6 CL10 47 R /B# I O5 R E# CE# NC

4 8 4 7 4 6

4 4 4 3

I O4

4 1

NC

4 0

NC

3 9

NC

NC

3 8

VCC

VCC

3 7

1 3

VSS

VSS

1 6 1 7 1 8 1 9 2 0 2 1 2 2

NC

NC

NC

CLE

NC

ALE

I O3

WE#

I O2

WP#

I O1

NC

I O0

NC

NC

NC

2 3

NC

2 4

NC

NC NC NC

CL1045

FI F_R ND_DAT [7] 1

CL1046

2

FI F_R ND_DAT [6] 3

4

5

6

7

8

7

8

5

6

3

4

1

2

FI F_R ND_DAT [5]

4 2

1 1

NC

R B1007 68

4 5

1 2

1 5

CL1041

NC

1 0

1 4

I nt e gra t e Pul l Up/Down R t o R B for cos t down

GND_D 018:6H;018:11I SPI D_DI 018:6G;018:11H SPI C_DI

CL1039 CL1040

C1012 0.1 GND_D

+ 3.3V_NAND

k 7 4

A24

CL1038

R 1039 XX

R B1002 47K

FI F_R ND_CLE

GPI O_35 004:7G GPI O_44 004:7G

R 1037 0 R 1038 0

FI F_R ND_CE_X FI F_R ND_ALE

AE26

B24

5

6 2 0 1 R

FI F_R ND_WE_X

AE27

For ca s ca de t oporogy

00

CL10 16

AJ28

B17

3 4

k 1

For uppe r NAND da t a l i ne R ND_R E_X/R ND_R E_X

+ 3.3V_NAND

+ 3.3V_NAND

GPI O_15 004:7F

AF26

+ 3.3V_NAND

TC58NVG3S0FTAI0B4Q IC1000

004:7E

GPI O_10 004:7E

AJ26

CL1048

FI F_R ND_DAT [4] C1013 0.1 C1014 XX

3 6 3 5

C1015 XX

3 4 3 3 3 2 3 1 3 0 2 9

CL1049 CL1050 CL1051 CL1052

2 8

FI F_R ND_DAT [3] FI F_R ND_DAT [2] FI F_R ND_DAT [1] FI F_R ND_DAT [0]

68 R B1008

2 7 2 6 2 5

For Mi cron 25:NC -> GND 48:NC -> GND

GND_D

34:NC -> VCC 39:NC -> VCC

E

F

G

H

I

J

K

OR I GI NAL MODEL

BAX_L BOARD

DESCR I PT I ON

FLASH MEMORY INTERFACE SHEET

PAR T NO. L

ALL resistors are in ohms,W unless otherwise noted. ALL capacitors are in uF(p:p F)unless otherwise noted. L

Chassis RB2G, HE-L

.cr . ht

C

RB2

6/18

t

136

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (7 OF 24) 1

A

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

DDR 3_+ 1.5V DDR DDR VI A

DDR 3_1_A0_HSS

N3

DDR 3_1_A1_HSS 2 6 X5 X1 C

3 X6 X5 1 C

DDR3

P7

DDR 3_1_A2_HSS

P3

DDR 3_1_A3_HSS

N2

DDR 3_1_A4_HSS M19

GND_D

N19 PLEASE PUT B SI DE

T 19 U19

DDR _VDDO

DDR _A_DQ_0_

DDR _VDDO

DDR _A_DQ_1_

DDR _VDDO

DDR _A_DQ_2_

DDR _VDDO

DDR _A_DQ_3_ DDR _A_DQ_4_

DDR 3_+ 1.5V

DDR _A_DQ_5_ DDR _A_DQ_6_ B

DDR _A_DQ_7_

PLEASE PUT B SI DE

R 1401 10k 1/16W

DDR _A_DQ_8_

R N-CP 1%

AA25 R 25

R 1402 10k 1/16W

C1561 0.1 16V X7R 1005

R N-CP 1%

DDR _A_VR EF0

DDR _A_DQ_9_

DDR _A_VR EF1

DDR _A_DQ_10_ DDR _A_DQ_11_

XX C1564

M23

XX C1565

R 1403 220 1/16W CHI P 5%

GND_D

DDR _A_ZQ_1_

DDR _A_DQ_12_ DDR _A_DQ_13_

A29

SSCGFI LT ER DDR

C1404 3300p 50V X7R 1005

DDR _A_DQ_14_ DDR _A_DQ_15_ DDR _A_DQ_16_ DDR _A_DQ_17_

D+ 1.0V

DDR _A_DQ_18_

GND_D

PLEASE PUT B SI DE

DDR _A_DQ_19_

C G22 1 0 42 12 C

SSCGVDDDDR

DDR _A_DQ_20_ DDR _A_DQ_21_

XX C1566

DDR _A_DQ_22_ H21

GND_D

SSCGVSSDDR

DDR _A_DQ_23_ DDR _A_DQ_24_ DDR _A_DQ_25_ DDR _A_DQ_26_ DDR _A_DQ_27_ DDR _A_DQ_28_ DDR _A_DQ_29_ DDR _A_DQ_30_ DDR _A_DQ_31_

AA28

DDR 3_1_A_DQ0_HSS

Y 28

DDR 3_1_A_DQ1_HSS

Y 30

DDR 3_1_A_DQ2_HSS

Y 29

DDR 3_1_A_DQ3_HSS

W29

DDR 3_1_A_DQ4_HSS

W30

DDR 3_1_A_DQ5_HSS

AB28

DDR 3_1_A_DQ6_HSS

W28

DDR 3_1_A_DQ8_HSS DDR 3_1_A_DQ9_HSS

AB29

DDR 3_1_A_DQ10_HSS

AE30

DDR 3_1_A_DQ11_HSS

P2 R8

DDR 3_1_A7_HSS

R2

DDR 3_1_A8_HSS

T8

DDR 3_1_A9_HSS

DDR 3_1_A_DQ7_HSS

AC29 AD28

P8

DDR 3_1_A5_HSS DDR 3_1_A6_HSS

R3

DDR 3_1_A10_HSS

L7

DDR 3_1_A11_HSS

R7

DDR 3_1_A12_HSS

N7

DDR 3_1_A13_HSS

T3

DDR 3_1_A14_HSS

T7 M7

AC30

DDR 3_1_A_DQ12_HSS

AE29

DDR 3_1_A_DQ13_HSS

AB30

DDR 3_1_A_DQ14_HSS

AD29

DDR 3_1_A_DQ15_HSS

N28

DDR 3_1_B_DQ0_HSS

M28

DDR 3_1_B_DQ1_HSS

M30

DDR 3_1_B_DQ2_HSS

M29

DDR 3_1_B_DQ3_HSS

L29

DDR 3_1_B_DQ4_HSS

L30

DDR 3_1_B_DQ5_HSS

P28

DDR 3_1_B_DQ6_HSS

L28

DDR 3_1_B_DQ7_HSS

R 29

DDR 3_1_B_DQ8_HSS

T 28

DDR 3_1_B_DQ9_HSS

P29

DDR 3_1_B_DQ10_HSS

U30

DDR 3_1_B_DQ11_HSS

R 30

DDR 3_1_B_DQ12_HSS

U29

DDR 3_1_B_DQ13_HSS

P30

DDR 3_1_B_DQ14_HSS

T 29

DDR 3_1_B_DQ15_HSS

DDR 3_1 _BA0_HSS

M2

DDR 3_1_BA1_HSS

N8

DDR 3_1_BA2_HSS

M3

DDR _A_ADDR _A_0_

DDR _A_ADDR _A_2_ DDR _A_ADDR _A_3_ DDR _A_ADDR _A_4_ DDR _A_ADDR _A_5_ DDR _A_ADDR _A_6_ DDR _A_ADDR _A_7_ DDR _A_ADDR _A_8_ DDR _A_ADDR _A_9_ DDR _A_ADDR _A_10_ E

DDR _A_ADDR _A_11_ DDR _A_ADDR _A_12_ DDR _A_ADDR _A_13_ DDR _A_ADDR _A_14_

D3

DDR 3_1_A_LDM_HSS

E7

DDR _A_BA_1_ DDR _A_BA_2_

C7

DDR 3_1_A_UDQS_HSS_N

B7

DDR 3_1_A_LDQS_HSS_P

F3

DDR 3_1_A_LDQS_HSS_N

G3 R 1404 100 1/16W R N-CP 1%

007:4G;007:11I DDR 3_1_CLK _N

J7 K7

DDR 3_1_CK E_HSS

K9

DDR _A_DM_2_ DDR _A_DM_3_

DQL1 DQL2 DQL3 DQL4 DQL5

A6

DQL6

A7

DQL7

A8

DQU0

A9

DQU1

A10/AP

DQU2

A11

DQU3

A12/BC#

DQU4

A13/NC

DQU5

A14/NC

DQU6

A15/NC

DQU7

BA0

R ESET #

BA1

VR EFCA

L2

DDR 3_1_M_R AS_HSS

J3

DDR 3_1_CAS_HSS

K3

DDR 3_1_M_WE_HSS

L3

E30

DDR 3_1_A0_HSS

F29

DDR 3_1_A1_HSS

DDR 3_1_M_ODT _HSS

K1

E1 E28

DDR 3_1_A2_HSS

E29

DDR 3_1_A3_HSS

M1 P1 H30

DDR 3_1_A4_HSS

D29

DDR 3_1_A5_HSS

H28

DDR 3_1_A6_HSS

T1 J2 B3 C30

DDR 3_1_A7_HSS

H29

DDR 3_1_A8_HSS

D28

DDR 3_1_A9_HSS

G8 J8 A9 F28

DDR 3_1_A10_HSS M9

G28

DDR 3_1_A11_HSS P9

F30

DDR 3_1_A12_HSS T9

C29

DDR 3_1_A13_HSS

G29

E3

DDR 3_1_A_DQ0_HSS

F7

DDR 3_1_A_DQ1_HSS DDR 3_1_A_DQ2_HSS

F2

DDR 3_1_A_DQ3_HSS

F8

DDR 3_1_A_DQ4_HSS

H3

DDR 3_1_A_DQ5_HSS

H8

DDR 3_1_A_DQ6_HSS

G2

DDR 3_1_A_DQ7_HSS

H7

DDR 3_1_A_DQ8_HSS

D7

DDR 3_1_A_DQ9_HSS

C3 C8

DDR 3_1_A_DQ10_HSS

C2

DDR 3_1_A_DQ11_HSS DDR 3_1_A_DQ12_HSS

A7

DDR 3_1_A_DQ13_HSS

A2 B8

DDR 3_1_A_DQ14_HSS

A3

DDR 3_1_A_DQ15_HSS

DDR 3_1_R E SET _HSS

T2 DDR 3_+ 1.5V M8

BA2

DMU DML

NC NC

J1 L1

C1407 0.1 16V X7R 1005

J9 L9

DQSU DQSU#

R 1408 10k 1/16W R N-CP 1% R 1409 10k 1/16W R N-CP 1%

DDR 3_+ 1.5V

GND_D VR EFDQ

R 1410 10k 1/16W R N-CP 1% 1005

H1

DQSL DQSL#

CK

ZQ

VDD

CK #

VDD

CK E

VDD

CS#

VDD

VDD DDR 3_1_CS0_HSS

R AS#

VDD

CAS#

VDD

WE#

VDD

ODT

VSS

VDD

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

L8 DDR 3_+ 1.5V

C1408 0.1 16V X7R 1005

R 1406 240 1/16W R N-CP 1%

N1

R 1411 10k 1/16W R N-CP 1% 1005

GND_D

R1

GND_D

B2 K2 G7 K8 D9 N9 R9

A1

C1557 22 6.3V

C1510 1 6.3V X6S 1005

C1511 0.1 16V X7R 1005

C1533 0.1 16V X7R 1005

C1501 0.1 16V X7R 1005

C1502 1 6.3V X6S 1005

C1503 0.1 16V X7R 1005

C1504 0.1 16V X7R 1005

X6S 2012

C1551 22 6.3V X6S 2012

C1 F1 D2 H2 A8 C9 E9

GND_D

H9

VSS VSS VSS

DDR 3_1_A14_HSS B1

J28

DDR 3_1_BA0_HSS

J30

DDR 3_1_BA1_HSS

J29

DDR 3_1_BA2_HSS

G1 E2 D8 E8

DDR _A_DM_0_ DDR _A_DM_1_

DQL0

A4 A5

NC DDR 3_1_A_UDQS_HSS_P

D1 DDR _A_BA_0_

A1 A2 A3

NC DDR 3_1_A_UDM_HSS

007:4G;007:11I DDR 3_1_CLK _P

D

DDR _A_ADDR _A_1_

A0

AA29

DDR 3_1_A_LDM_HSS B9

AC28

DDR 3_1_A_UDM_HSS F9

N29

DDR 3_1_B_LDM_HSS G9

R 28

DDR 3_1_B_UDM_HSS

W26

DDR 3_1_A_LDQS_HSS_P

W27

DDR 3_1_A_LDQS_HSS_N

VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ

F DDR _A_DQSP_0_ DDR _A_DQSN_0_ DDR _A_DQSP_1_ DDR _A_DQSN_1_ DDR _A_DQSP_2_ DDR _A_DQSN_2_ DDR _A_DQSP_3_ DDR _A_DQSN_3_

DDR _A_CK P DDR _A_CK N

DDR 3_1_A_UDQS_HSS_P DDR 3_1_A_UDQS_HSS_N

N27

DDR 3_1_B_LDQS_HSS_P

N26

DDR 3_1_B_LDQS_HSS_N

T 27

DDR 3_1_B_UDQS_HSS_P

DDR 3_1_A0_HSS

DDR 3_1_B_UDQS_HSS_N

DDR 3_1_A1_HSS

T 26

K 27

DDR 3_1_CLK _P

K 26

007:11I ;007:11D DDR 3_1_CLK _N 007:11I ;007:11D

G DDR _A_CK E DDR _A_ODT

DDR _A_R ASN DDR _A_CASN DDR _A_CSN_0 DDR _A_CSN_1 DDR _A_WEN

N3 P7

DDR 3_1_A2_HSS

P3

DDR 3_1_A3_HSS

N2

DDR 3_1_A4_HSS

P8

DDR 3_1_A5_HSS

P2

B30

DDR 3_1_CK E_HSS

DDR 3_1_A6_HSS

H25

DDR 3_1_M_ODT _HSS

DDR 3_1_A7_HSS

R2

DDR 3_1_A8_HSS

T8

R8

J25

DDR 3_1_M_R AS_HSS

DDR 3_1_A9_HSS

R3

H27

DDR 3_1_CAS_HSS

DDR 3_1_A10_HSS

L7

F25

DDR 3_1_CS0_HSS

DDR 3_1_A11_HSS

R7

F27 H26

DDR 3_1_CS1_HSS DDR 3_1_M_WE_HSS

DDR 3_1_A12_HSS DDR 3_1_A13_HSS

N7 T3

DDR 3_1_A14_HSS DDR _A_R ESET N

C28

DDR _A_PLL_AVD

M7

D+ 1.0V

M25 C1662 XX

*IC9000 CXD4748GB

T7

DDR 3_1_R ESET _HSS PLEASE PUT B SI DE

H

IC1402 H 5TQ4G63AFR-PBCR

GND_D

AB26 AB27

C1560 0.1 16V X7R 1005

DDR 3_1_BA0_HSS

M2

DDR 3_1_BA1_HSS

N8

DDR 3_1_BA2_HSS

M3

A0 A1

DQL0 DQL1

A2

DQL2

A3

DQL3

A4

DQL4

A5

DQL5

A6

DQL6

A7

DQL7

A8

DQU0

A9

DQU1

A10/AP

DQU2

A11

DQU3

A12/BC#

DQU4

A13/NC

DQU5

A14/NC

DQU6

A15/NC

DQU7

BA0

R ESET #

BA1

VR EFCA

DDR 3_1_B_UDM_HSS

D3

DDR 3_1_B_LDM_HSS

E7

DMU DML

NC NC NC

DDR 3_1_B_UDQS_HSS_P

2013/07/0518 :12 [SOC]

B7

DDR 3_1_B_LDQS_HSS_P

F3

DDR 3_1_B_LDQS_HSS_N

G3

DDR 3_1_B_DQ2_HSS DDR 3_1_B_DQ3_HSS DDR 3_1_B_DQ4_HSS

H3

DDR 3_1_B_DQ5_HSS

H8

DDR 3_1_B_DQ6_HSS

G2

DDR 3_1_B_DQ7_HSS

H7

DDR 3_1_B_DQ8_HSS

D7

DDR 3_1_B_DQ9_HSS

C3 C8

DDR 3_1_B_DQ10_HSS

C2

DDR 3_1_B_DQ11_HSS DDR 3_1_B_DQ12_HSS

A7 A2

DDR 3_1_B_DQ13_HSS

B8

DDR 3_1_B_DQ14_HSS

A3

DDR 3_1_B_DQ15_HSS

DDR 3_1_R ESET _HSS

T2 DDR 3_+ 1.5V M8

J1 C1409 0.1 16V X7R 1005

L1 J9

J7

007:4G;007:11D DDR 3_1_CLK _P

K7

DDR 3_1_CLK _N DDR 3_1_CK E_HSS

K9

DDR 3_1_CS1_HSS

L2

DDR 3_1_M_R AS_HSS

J3

DDR 3_1_CAS_HSS

K3 L3

DDR 3_1_M_ODT _HSS

K1

E1 M1 P1 DDR 3_+ 1.5V T1

Pa rt Nea r DDCON Side J

J2 C1512 0.1 16V X7R 1005

C1531 0.1 16V X7R 1005

B3

C1556 10 16V X6S 2012

G8 J8 A9

GND_D

M9 P9 T9

B1 D1 G1 E2

K

D8 E8 B9 F9 G9

DDR 3_+ 1.5V

GND_D VR EFDQ

H1

R 1414 10k 1/16W R N-CP 1% 1005

DQSL DQSL#

ZQ

CK

VDD

CK #

VDD

CK E

VDD

CS#

VDD

VDD

DDR 3_1_M_WE_HSS

R 1412 10k 1/16W R N-CP 1% R 1413 10k 1/16W R N-CP 1%

L9

DQSU DQSU#

L8

DDR 3_+ 1.5V

007:4G;007:11D

  60 60AVS   IC9000 CXD4748GB CXD4748GB-1  

I

C7

DDR 3_1_B_UDQS_HSS_N

DDR 3_1_B_DQ1_HSS

F7 F2 F8

BA2 NC

GND_D

DDR 3_1_B_DQ0_HSS

E3

R AS#

VDD

CAS#

VDD

WE# ODT

VDD VDD

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

VSS

VDDQ

R 1407 240 1/16W R N-CP 1% GND_D

N1 R1

C1410 0.1 16V X7R 1005

R 1415 10k 1/16W R N-CP 1% 1005

GND_D

B2 K2 G7 K8 D9 N9 R9

A1

C1532 0.1 16V X7R 1005

C1509 0.1 16V X7R 1005

C1534 22 6.3V X6S 2012

C1505 0.1 16V X7R 1005

C1506 0.1 16V X7R 1005

C1507 1 6.3V X6S 1005

C1 F1 D2 H2 A8

C1508 1 6.3V X6S 1005

C9 E9

GND_D

H9

VSS VSS VSS

VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ

OR I GI NAL MODEL

VSSQ VSSQ

BAX_L BOARD

DESCR I PT I ON

DDR3 L GND_D

L

Chassis RB2G, HE-L

.c r

7 . ht

C

IC1403 H 5TQ4G63AFR-PBCR

SHEET

PAR T NO.

ALL resistors are in ohms,W un less otherwise noted. ALL capacitors are in uF(p:pF) unless otherwise noted.

RB2

7/18

t

137

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (8 OF 24) 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

A

+ 3.3V_MAI N + 5.0V_VBUS

ST BY _+ 3.3V

R EG+ 12V

BLK 204P CN9501

B

C9502 XX

C9505 0.1 16V X7R

3

C9507 0.1 16V X7R

R 9508 XX T SI O_EN R 9511 XX T SI O_ST R T

SCI _DI

R 9509 XX

XX R 9553 GND_D SY ST EM4_PWR t o prot e ct I C 7301 XX T _X_BT _K EY _WAK E C9516 R 9525 XX 005:9B T _X_HT L_SI R CS_EN R 9523 XX ASPECT 005:9D R 9515 XX GND_D dum pi ng re s i s t or a t s ht .5 005:3H;005:8JT _UAR T _T L1_R X dum pi ng re s i s t or a t s ht .5 005:3H;005:8JT _UAR T _T L1_T X dum pi ng re s i s t or a t s ht .5 005:3H;005:8I T _UAR T _C_R X dum pi ng re s i s t or a t s ht .5 005:3H;005:8I T _UAR T _C_T X dum pi ng re s i s t or a t s ht .4 005:3H;005:8JT _UAR T _T L2_R X dum pi ng re s i s t or a t s ht .4 005:3H;005:8JT _UAR T _T L2_T X CL9606 005:8J;016:7B UAR T _T L3B_R X CL9607 005:8J;016:7B UAR T _T L3B_T X

T o T une r-boa rd 005:3D

LNB_CONT

1

2

X_SHOR T _DET

3

4

E

5

6

7

8

16 18

AAUI _R 1 XX R 9520 AAUI _L1 XX R 9519 AAUI _L2 XX R 9521 AAUI _R 2 XX R 9522 R 9601 100 AODA_B_L 012:8D AODA_B_R 012:8D

20

21

22

23

24 GND_D

25

26

27

28

32

33

34

R 9518 XX

36

37

38

T U2_T S_CLK

39

I FOUT N_1

42 44 46

47

48

49

T U1_T S_SY NC

56 58

R 9545 0 T U1_T S_CLK

C9601 0.1 16V 1 X7R

T1 T2

I FAGC_1 CL9603 N4 CL9604 P4

R 9607 XX

CL9605 N3

AGC_De fe a t AGC_DEFEAT 009:6I

C9602 1000p X7R 50V

DMD_CLK _ENABLE2 018:5J DMD_CLK _ENABLE1 018:5J

R 9609 4.7k

T U_SDA

C9603 0.1 16V X7R

1

1

T U_SCL T U_SCL 009:6I T U_SDA 009:6I

R 9542 XX

59

62 64

N2 N1

R1 6

R2 8

65

66

67

68

69

T _HT L_VO L_UP

004:4E

T _HT L_SP _MUT E

004:3E

+ 3.3V_MAI N

P1

70

71

72

73

74

U2

75

76

77

78

GND_D

C9605 1 6.3V X6S

CVBS 010:3B

GND_D

79

80

81

82 84 86 88

89

90

91

92

93

94

U1

SCAR T _SR 010:3C SCAR T _SG 010:3C SCAR T _SB 010:3C GND_D

85 87

AVD33_AGC AVD33

AVS33

T AVDADC_H

C9606 0.1 16V X7R

GND_D

83

T USCL T USDA

3.3V

GND_D

C9518 XX

NC

C9604 0.1 16V X7R

GND_D C9523 XX

R FAI N NC

100 R B9601 R4

X_AUDI O_MUT E_SCAR T 018:13J X_WOL_WAK E 005:7D;005:9C T _HT L_VOL_DOWN 004:4E

T R FAGC

4

5

R3

60

61

T I FAGC

2

3

7

GND_D GND_D

63

T AI NP T AI NM

R 9608 10k

1

XX C9524

GND_D

R 9533 47 XX C9510

R 9541 XX

GND_D 52 54

55 57

R 9605 2.2k I FAGC_1 009:6H

R 9534 47

XX C9511

50

51 53

4 2 5 9 R

R 9546 XX

GND_D 45

CL9601 CL9602

Brownie X X

X X

T U1_T S_VALI D

40

41 43

RF

R 9604 XX

+ 3.3V_MAI N

7 2 5 9 R

T U1_T S_DAT A0 R 9547 XX

dum pi ng re s i s t or a t s ht .4

R 9516 XX

T U2_T S_SY NC

R 9544 XX

dum pi ng re s i s t or a t s ht .4

R 9514 XX

T U2_T S_DAT A0 T U2_T S_VALI D

T S_PI _SY NC T S_PI _CLK

R 9549 XX

dum pi ng re s i s t or a t s ht .4

R 9517 XX

R 9603 XX R 9602 100

T S_PI _DAT _0 T S_PI _VALI D R 9550 XX

GND_D 35

I FOUT P_1

Sca rt 1 Out

R 9548 XX R 9551 XX

30

31

dum pi ng re s i s t or a t s ht .5

PC_CON_DET 004:4G CR _DET 004:4F VI DEOA_DET 004:4G VI DEOB_DET 004:4G

100 R B9603

14

17

29

R 9510 XX T SI O_CK

SCI _CLK

SCART L/R

12

15

19 T U_I D

GND_D T SI O_DAT _0

SCI _DOWN SCI _R ST

CO MPO SIT E L/R

10

13

GND_D

T U_I D 005:4G;005:9D dum pi ng re s i s t or a t s ht .5 005:14C SI R CS

Sca rt 1 I n /CVBS I n

8

9

GND_D

C

D

AAUI _R 0

6

7

11

012:14D

AAUI _L0

4

5

GND_D

LI NEOUT _ L

2

1 C9504 0.1 16V X7R C9501 XX GND_D

P3

T AVSADC

VDD22DMD

C9607 XX

COMP_Y 010:3D COMP_PB 010:3D COMP_PR 010:3D

P2

VSS22DMD

GND_D

F T L_R ST

95

96

97

98

99

100

101

102

103

104

105

106

107

108

PC_B 010:3D PC_V 010:3E PC_G 010:3D PC_R 010:3E PC_H 010:3E DAVOUT

L1 L2

M1 M2

SI AI NP/NC SI AI NM/NC

SQAI NP/NC SQAI NM/NC

GND_D SCAR T _FB 010:3C GND_D 110

111

112

113

114

X_CI _DT [2]

115

116

013:16E X_CI _DT [3]

117

118

119

M4

L4

013:16C

DSQOUT /NC

SAGC/NC

SAVDD11ADC/NC

X_CI _DT [5] 013:16C X_CI _DT [6]

122 124

013:16C X_CI _DT [7]

125

126

013:16C

127

128

G

129

DSQI N/NC

013:16E

120

121 123

K4

X_CI _DT [0]

109

GND_D

Com p I n

K3

3.3V

L3 C9608 1 6.3V X6S

M3

130

SAVDD

C9609 0.1 16V X7R SAVSS

GND_D 131

132

133

134

135 137

136 138

139

H DMD_R ESET 2 018:5J

IC9001 CXD4743GB-T8

140

141

142

143

144

GND_D

R B9602 100

DMD_R ESET 1 018:5J

8

7

6

5

4

3

2

1

I FAGC_1 009:13D AGC_DEFEAT 009:13D

R 9543 1k R 9532 1k GND_D

T U_SDA 009:13D T U_SCL 009:13D

R 9540 XX R 9539 XX GND_D

I 2CB_SCL 004:11E;018:6E I 2CB_SDA 004:11E;018:6F

R 9538 XX R 9537 XX

145

146

147

148

X_CI _R ST B_CSI _R ST 013:16G

GND_D

C9512 XX C9513 XX C9522 XX C9509 XX

149

150

151

152

153

154

155

156

157

158

GND_D C9521 XX C9519 XX

159

160

161

162

163

164

GND_D

I

X_SY ST EM_R ST 004:4E;012:10G;018:3K ;015:6B X_EWS_DET 005:9D T S_PI _DAT _5 018:7C T S_PI _DAT _3 018:7C T S_PI _DAT _2 018:7C T S_PI _DAT _1 018:7C T SI O_DAT _3 018:11D T SI O_DAT _2 018:11D T SI O_DAT _1 018:11C T SI O_DAT _5 018:11D

GND_D R 9531 1k

GND_D C9517 XX C9515 XX C9508 XX

165

166

167

168 170 172 174

175

176

177

178

C9503 0.1 16V X7R GND_D GND_D

R 9501 XX R 9502 XX R 9503 XX R 9504 XX R 9505 XX R 9506 XX R 9507 XX R 9555 100

179

180 GND_D

181

182

183

184

185

186

187

188

189

C9520 XX

192 194

195

196

197

198

C9514 XX

012:7H;018:11G GND_D SY ST EM1_PWR 005:9B;002:8B;002:9F;002:9G

R 9552 XX GND_D

GND_D PC_SCL 011:9H PC_SDA 011:9H

X_ET HER _WAK E 005:5D;014:5B X_BT _K EY _WAK E From T une r-boa rd 005:9B T _SC_SI R CS 005:14K SC_X_WI FI _WAK E 005:5D;005:14I DAUO_SPDI FOP_HSS

190

191 193

GND_D J

D+ 1.1V

GND_D 169 171 173

R 9512 XX R 9513 XX

+ 5.0V_VGA_DET

GND_D 199

200

201

202

203 T U_I D_GND GND_D

+ 5.0V_MAI N

204 C9506 0.1 16V X7R

GND_D

K

OR I GI NAL MODEL

BAX_L BOARD

DESCR I PT I ON

TUNER BOARD I/F, Demod (Brownie) SHEET

PAR T NO. L

B_SCI _CLK B_SCI _DI O

L

Chassis RB2G, HE-L

.cr . ht

C

ALL resistors are in oh ms,W unless otherwise not ed. ALL capacitors are in u F(p:pF)unless otherwise n oted.

RB1

9/18

t

138

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (9 OF 24) 1

2

3

4

5

6

7

8

9

10

11

LDO 1.1V (Back up) A +3.3V_MAIN

ADC11V

Iout = 500mA XX IC3001

R3001 XX 1

ON/OFF

2

VSS

3

NC

VOU T

VIN

5

4

Place 0.1uF coupling capacitors near the Brownie VFE

CVBS

B

Y3

CVBS

R3008 75 1% 1608

R3000 100 5% 1005

CV1

D+1.1V

C3001 XX

R3006 XX

AVD11ADC1

C3000 0.1 16V X7R 1005

AVD11ADC1 AVD11ADC1

C3002 XX

W3 Y2 W2

C3005 0.1 16V X7R 1005

C3023 10 6.3V X6S 2012

GND_D

PLACE ON B-SIDE

GND_D GND_D

1.1V Y6

SCART_SG

SCART RGB / FB

SCART_SB SCART_SR SCART_FB *R3013 75

*R3011 75

*R3010 75

*R3009 75

*R3003 100 *R3004 100 *R3005 100 *R3007 100

*C3014 0.1 *C3015 0.1 *C3016 0.1

Y7 Y5 V15

SG

AVD11ADC234

SB

AVD11ADC234

SR

AVD11ADC234

V9 V8

ADC11V C3006 XX

V7

FBIN

C3024 10 6.3V X6S 2012

R3016 XX

GND_D

AVD11ADC234 AVD11ADC234 GND_D AVD11ADC234

U7 U9 U8

PLACE ON B-SIDE

C3007 0.1 16V X7R 1005

LDO 3.3V (Back up) XX IC3002

+5.0V_MAIN

C

ADC33V

Iout = 500mA Y4

Component

COMP_Y COMP_PB COMP_PR R3023 75 1% 1608

R3022 75 1% 1608

R3021 75 1% 1608

C3018 0.1 C3019 0.1 C3020 0.1 C3021 0.1

R3014 47 R3015 47 R3017 47

Y8 Y9 Y10

YSYNC

AVD11ADC234

CMPY

AVD11ADC234

CMPPB

AVD11ADC234

U 13 U 12 U 11

AVD33SIG1

AVD33SIG234

C3009 0.1 16V X7R 1005

Y13

PC_G

*C3022 0.1 *C3029 0.1 *C3030 0.1

PC_B PC_R PC_H

CL3027 PC_V

Y12 Y14 V14 V13

CL3028 *R3026 75

*R3025 75

AVS33SIG1

AVS33SIG234 GND_D AVS33SIG234

AVS33SIG234 E

AVS33SIG234

CVBS OUT

DAVOU T

C3032 XX

C3033 XX

PLACE ON B-SIDE 3.3V

W4 ADC33V V5

R3018 XX AVS33SIG1

AVS33SIG234 Y15

4

GND_D C3026 XX

PCV

AVS33SIG234

CL3030

3

Cn

PCH

*R3024 75

009:8F

2

GND

Cont

C3025 XX

GND_D AVS33SIG1

PCR

NC

Sub

5

GND_D C3010 0.1 16V X7R 1005

PCG PCB

1

Vin

6

C3031 XX

U4

V10 V11

Vo 7

R3002 XX

+3.3V_MAIN R3012 XX

AVD33SIG234

PC

SYSTEM3_PWR 005:9B;002:7F;002:9F;002:10F;011:12F;011:15K

CMPPR

GND_D

D

C3008 0.1 16V X7R 1005

W6 W7

GND_D

PLACE ON B-SIDE

W8 W9

W10 W11 Y11

DAC_DAOU T

AVS33SIG234 AVS33SIG234 AVS33SIG234

U 10 W12 W13 GND_D

W5 C3003 0.1 16V X7R 1005 C3004 0.1 16V X7R 1005

2013/11/19 18:05 [ AREA ]

  WW BR   C3014 0.1 XX   16V    X7R        C3015 0.1 XX   16V    X7R        C3016 0.1 XX   16V    X7R        C3022 0.1 XX   16V    X7R        C3029 0.1 XX   16V    X7R        C3030 0.1 XX   16V    X7R        R3003 100 XX   1/16W    CHIP    R3004 100 XX   1/16W    CHIP    R3005 100 XX   1/16W    CHIP    R3007 100 XX   1/16W    CHIP    R3009 75 XX   1/10W    RN-CP    R3010 75 XX   1/10W    RN-CP    R3011 75 XX   1/10W    RN-CP    R3013 75 XX   1/10W    RN-CP    R3024 75 XX   1/10W    RN-CP    R3025 75 XX   1/10W    RN-CP    R3026 75 XX   1/10W    RN-CP   

F

G

H

VICM AVD33CLK

V12

C3011 0.1 16V X7R 1005 AVS33CLK

J1 J2 J3

V4

VICM234

DTERMINAL_2

GND_D DAC_VG

W14 C3012 0.1 16V X7R 1005

DTERMINAL_3

GND_D U5 U6 V6

NC

C3027 XX

V2

DTERMINAL_1

DAC_AVD

U 14 C3013 0.1 16V X7R 1005

NC NC DAC_AVS

C3028 22 6.3V X6S 2012

W15 GND_D

IC9001 CXD4743GB-T8

Brownie VFE

ORIGINAL MODEL

13/1/

:1

Chassis RB2G, HE-L

1 3 13

3

113.cir /1.

BAX_L BOARD

DESCRIPTION

VIDEO IF SHEET

PART NO.

ALL resistors are in ohms,W unless otherwise noted. ALL capacitors are in uF(p;pF)unless otherwise noted. T

C

RB2

10/18

m

139

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (10 OF 24) 1

2

D+1.1V

4

5

6

7

8

9

10

11

12

13

14

CVDDHDMI

HDMI_RCP

CVSSHDMI

HDMI_RBM

L20

K20 K19 J20

HDMI_RAP

J19

HDMI_RAM J17

C5002 C5003 C5006 C5007 C5008 XX XX 0.1 XX XX 16V X7R 1005

K17 L17

AVDHDMI

HDMI_CKP

AVDHDMI

HDMI_CKM

R5002 1.8k 1/16W 5%

AVSHDMI

HDMI AK9

K18

0

RB5012

8

7

8

7

6

5

6

5

4

3

2

M19

4

1

AVDDP3

AVSSP3

3

2

0 *RB5008

AT BOUT 11

M20

CKT EST IN33

M18

6 5 0 5 R X X

1

0

RB5013

8

7

8

6

5

6

5

4

3

4

3

2

1

2

1

Q5002 C5063 R5057 XX

AVSSP3

R5129

Ayu 2XX  LowPass

XX R5054

7

C5059 100p CH

Internal HDMI / Port 0 Molex ST T ype

C5071 0.022

IC9001 CXD4743GB-T8

17

SDA

16

SCL

15

ARC

14

CEC

13

CLOCK-

12

E

11

CLOCK+

10

DAT A0-

9

2

2

4

6

8

1

3

5

7

VD5002 XX

6 K 1 7 0 4 5 B R

D+1.2V_DENEB

DSDA_1

011:8I

DSCL_1

011:8I C5037 0.1 16V X7R 1005

011:2I;011:3K;011:4G;011:13D

C5040 XX

C5044 XX

C5046 22 6.3V X6S 2012

1005 X7R 16V XX XX 0.1 C5027 C5029 C5030

E

18

E

17

SDA

16

SCL

15

ARC

14

CEC

13

CLOCK-

12

2

4

1

3

6

8

5

7

RPWR2 011:10H

8

7

011:9H

2

6

5

3

4

3

4

2

1

5

8

7

6

CL5007

6

5

4

3

8

2

1

DAT A0+

7

DAT A1-

6

E

5 4

DAT A2-

3

E

2

DAT A2+

1

2

6

IC IP4292CZ10-T BR

1

0 1

IC5005 XX

3

8 8

7 8

6 8

5 8

4 8

3 8

2 8

1 8

0 8

9 7

8 7

7 7

6 7

N _ C X 0 R

2 1 D D V P T

2 1 D D V C T

N _ C X T

P _ C X T

N _ 0 X T

P _ 0 X T

N _ 1 X T

P _ 1 X T

N _ 2 X T

P _ 2 X T

C R A

2 1 D D V

L D V S R

011:9F

7

6

5

9

4

3

2

1

2 7 1 7 0 7

7 6 6 6

CD_SENSE_1

5 6

CD_SENSE_0

4 6

GPIO

2 1

R2X0_P

3 1

R2X1_N

R T C U T9 C0 0 95 8C 5 9I I I S

R2X1_P

5 1

R2X2_N

6 1

R2X2_P

D5008 BAT54J

R5003 680

S

+1.8V_MAIN

D+1.0V

DAT A1E

8

7

DAT A1+

6

5

4

3

2

1

1

0 1

2

9

7 5

2 2

R3X1_N

DSCL2

4 5

R3X1_P

DSDA2

3 5

4 2

R3X2_N R3X2_P

3

k 4 0 5 8 1 6 5 R

8

4

R5152 XX

7

GND_D

5

6

D+1.2V_DENEB

VD5015 XX

HOT PLUG

19

+5V

18

E

17

SDA

16

SCL

15

ARC

14

CEC

13

CLOCK-

R 2 T 0 31 -0 M0 S5 1D 2 5 B R

VD5018 XX 6 5 1 X 5 X R

CL5009 VD5016 VD5017 XX XX

R5147 68k

BM11:Rohm 6-503-579-01 BM10:pana 6-503-376-01 ST BY_+3.3V

C5052 0.1 CL5010

1

RPWR4 011:11I

2

2

4

6

2 0 0 5 D

8

3 3 D D V

N _ C X 4 R

P _ C X 4 R

N _ 0 X 4 R

P _ 0 X 4 R

N _ 1 X 4 R

P _ 1 X 4 R

N _ 2 X 4 R

6 2

7 2

8 2

9 2

0 3

1 3

2 3

3 3

4 3

P _ 2 X 4 R

2 1 D D V

0 A D S D

0 L C S D

0 D P H _ S U B C

V 5 R W P 0 R

5 3

6 3

7 3

8 3

9 3

0 4

1

3

5

1 A D S D

1 L C S D

1 4

2 4

E 5 : 1 1 10 _ A D S D

D 4 : 1 1 10 _ L C S D

1 D P H _ S U B C

V 5 R W P 1 R

3 4

4 4

1 D P H _ S U B C

I 3 : 1 1 0

R 2 T 0 3 M S 1 2 5 B R

C5013 XX

3 L C S D

5 4

6 4

I 3 : 1 1 30 _ A D S D

H 2 : 1 1 30 _ L C S D

3 D P H _ S U B C

V 5 R W P 3 R

7 4

8 4 K 4 : 1 1 0

3 D P H _ S U B C

1 5

CBUS_HPD4 4 A D S D

k 1 0 5 0 1 1 5 R

Q5013 LTC044EUBFS8TL

7 DSDA_4 011:8I DSCL_4 011:8I

HDMI_VSS HDMI_VSS

3 8 0 X 5 X C

AG10

GND_D

AC11 AG6 AG8 AH5 AH8 AH9 AJ5 AJ10 AK5 AK10

GND_D ST BY_HDMI_CECA_IN

10 R5068 1/16W 5%

HDMI_T OUT P HDMI_T OUT M

AH6

GND_D

AH7

For Ch in a violation STB *IC9000 CXD4748GB

CL5021

CL5023

CL5022

CL5024

9 4

011:11H

8

10 9

2

CL5033 CL5034

EQ_+3.3V_MAIN

CL5027 CL5028

C5056 XX

GND_D

C5058 XX

CL5020

4 3 1 5 R 7 . 4 % 5

5 3 1 5 R 7 . 4 % 5

6 3 1 5 R 7 . 4 % 5

7 3 1 5 R 7 . 4 % 5

8 3 1 5 R 7 . 4 % 5

9 3 1 5 R 7 . 4 % 5

0 4 1 5 R 7 . 4 % 5

Deneb Side 4 array register 4.7ohm : 120003521

C5035 1 6.3V X6S 1005

PC_SDA

R5119 XX

 VGA:BA2_S AEP RB5022 BtoB 10 R5035 10k 1/16W CHIP 5%

C5049 1 1005

CBUS_HPD2 011:4FDSCL_2 011:4GDSDA_2

7

8

5

6

3

4

1

2

RPWR2 011:4F

C5054 0.1 16V X7R 1005

R5050 XX

011:4G

RPWR3

R5124 33 1608 1/10W

GND_D

D+1.1V

3

6

R5010 0

C

CD_SENSE_4 011:10G

7

5

1

2

4

3

3

2

1

4

4.7 *RB5010

IC5008 XX

0 1 9

8

GND_D

5

R5078 XX

+5.0V_MAIN

2

4

6

8

1

3

5

7

RPWR1

011:5D

4 1 0 5 B R

GND_D

C5016 22 6.3V

GND_D

C5019 XX

+3.3V_MAIN

GND_D

R5076 0 1608

C5021 XX

R5100 47k

R5036 220k

EQ_+3.3V_MAIN

Q5005 2PC4081R-115

005:9B;002:2H;002:4C;002:5E

IC5007 XX

GND_D

0 1 9

1

T o ST BY_GPIO20

R5053 XX

+5.0V_VBUS



7

50.3K/300k

1 0 6 0 X 5 X C

1

X_MHL_CDET 2

2

1 6 0 X 5 X C 2

C5065 XX

1

1

2

2

8 6 0 X 5 X C

1

VIN

2

GND

3

EN

VOUT

6

ILIM

5

FAULT

4

1

2

0 8 X 0 X 5 R

hfe120-240 GND_D

2 2 V 1 S 3 2 3 0 0 6 . 2 5 2 X 6 C

C5034 0.1 16V X7R 1005

3 X 3 0 X 5 C

ST BY_+3.3V

SYST EM3_PWR

TPS2553DBVR IC5010 VIN

2

GND

3

EN

CL5016

MHL_VBUS_ON R5027 0

+5.0V_MHL

VOUT

6

ILIM

5

FAULT

4

0 X 5 1 X 5 R

R5092 47k

CL5017

6

R5028 XX

R5095 XX

R5034 20k 1/16W RN-CP 1%

R5092 MHL_PEN GPIO  No M’t

X_MHL_OVCD 005:9C

To STBY_GPIO_12

GND_D

JL5001 1

R5099 47k

From STBY_GPIO19

From Deneb(CD_SENSE4)

8

XX TPS2553DBVR IC5012

For 3.3V leak

R5120 1k

R5096 XX GND_D

GND_D

C5050 22 6.3V X6S 2012

C5051 XX

R5049 10k 1/16W CHIP 5% 1005

ORIGINAL MODEL

Onsemi 6-717-848-01 Micrel 0-946-071-01 TI 6-715-164-01

BAX_L BOARD

DESCRIPT ION

HDMI

7

SHEET

PART NO.

6

IC IP4292CZ10-T BR

2

RPWR4

k 0 1

T o cut CBUS whe n not sta nd-by cha ge .

5

1

D+1.2V_ DENEB 1

011:4J

R5123 33 1608

R5105 10 5%

C5042 1 6.3V X6S 1005



IC IP4292CZ10-T BR 8

R5005 XX

1005 X7R 16V 0.1 C5012

RB5004  90oh m 4.7   RB5005 90oh m 4.7   RB5006 90oh m 4.7   RB5007 90oh m 0   RB5008 90oh m 0   RB5009 90oh m 4.7   RB5010 90oh m 4.7  

011:3H

MHL_CDET

7

4

2

DAT A1-

E

  WW BR   RB5001 90oh m 4.7   RB5002 90oh m 4.7   RB5003 90oh m 4.7 

011:10F

C5048 1 1005

CBUS_HPD4 011:5J

T r10k R5036 220k  PEN Drop

5

E

2013/11/221 1 :07 [AREA]

PWRMUX_OUT

C5057 2.2 6.3V X5R 1005

GND_D

GND_D

GND_D

4 _ L C S D

C5039 1 6.3V X6S 1005

C5108 0.1

4

DAT A2+

R5052 4.7k 1/16W CHIP 5%

GND_D C5055 0.1 16V X7R 1005

+5.0V_MAIN +5.0V_VGA_DET 009:6J 009:6JPC_SCL

GND_D

3

DAT A2-

GND_D

MHL_CDET CD_SENSE_4 011:3L

X6S 2012

2 6

DAT A1+

C5087 1

004:11E

1

GND_D 4.7 *RB5009

11

DAT A0-

CN5001 19P BLK

10k

GND_D

I2CA_SDA

R5089 XX

GND_D

CL5025

0 5

K 4 : 1 1 40 _ A D S D

PWRMUX_OUT

004:4E DENEB_INT I2CA_SCL 004:11E

R5088 XX

SYSTEM3_PWR && !EQ_+3.3V_MAIN SYS3 | 3.3V | P_ON RST H H H H L L L H H L H

EQ_+3.3V_MAIN

GND_D

12

E CLOCK+

.cr . ht

3 7 0 5 C

6 8 0 X 5 X C

CL5026

4 L C S D

GND_D

E

L

5 0 1 5 C

B-Side under Ayu2L

9 7 1 0 . 5 0 C

R504 8 4.7k5%

CL5019

DAT A0+

HDMI 1 /Prot 4 Molex RA T ype MHL

1

HDMI_VSS HDMI_VSS HDMI_VSS

6 9 0 X 5 X C

XX C5031

3 3 1 5 R 7 . 4 % 5

C5018 XX

3 A D S D

R5145 100k

MAIN_PWR

011:2I;011:3E;011:4G;011:13D HDMI_CEC

C5015 XX

R5016 XX

S

Q5012 SSM3J328R

9 1 K 0 7 5 4 B R

CL5011

L

ST BY_+3.3V R5144 100k 1/16W CHIP 5%

1

K

5 9 0 X 5 X C

For Source T ermination

CBUS_HPD4 011:9H REG+12V

+5.0V_MHL

GND_D

J

HDMI_VSS

HDMI_BIASDA

CL5050

S

IC5006 XX

C5109 XX

GND_D

Q5011 FK3303010L

IC IP4292CZ10-T BR GND_D

R5015 XX

2 5

R4PWR5V 2 1 D D V A

GND_D

REG+12V

R5153 470k

5 5

3 2

5 2

D5009 XX CL5018

0 6

6 5

CBUS_HPD2

R3XC_P

1005 X7R 16V XX 0.1 XX C5025 C5026 C5028

C5020 XX

2 6

8 5

DSDA5 R2PWR5V

R3X0_P

Q5014 SSM3J35MFV,L3SOF

4.7 *RB5002

CN5004

AC13

AB13

R5121 4.7k

Q5010 PDTC114EU

9 5

DSCL5

R3X0_N

1 2

EQ_+3.3V_MAIN

HDMI 2 /Prot 3 Molex RA T ype ARC

Chassis RB2G, HE-L

2 8 X 0 5 X C

10k BM11:Rohm:6-552-936-01 BM10:Toshiba:6-550-901-01

R5148 XX

1 6

SBVCC5 R5PWR5V

0 2

E 5 : 1 1 0

C5017 XX

RPWR4

3 6

WKUP LPSBV PWRMUX_OUT

VDD33 R3XC_N

R5155 XX

DAUO_SPDIF_HSS

9 6 8 6

CD_SENSE_2

CL5049 CL5047 CL5048

C5014 XX

T o cut CBUS whe n not sta nd-by cha ge .

7

6

3 7

CD_SENSE_3

R5018 XX

8

GND_D

5

4 7

CSDA

CD_SENSE_4

9

3

4

INT CSCL

RESET N T PWR_CI2CA

D+1.2V_DENEB

2

5 7

R2XC_N

0 1

1

8

10

GND_D

1 k 5 0 0 1 5 R

+3.3V_MAIN

SPDIFIN

R2XC_P R2X0_N

8 1

7

DAT A0+

E

9 8

P _ C X 0 R

AVDD12

7 1

011:3K;011:3E;011:4G;011:13D IC IP4292CZ10-T BR 4.7 *RB5001

11

DAT A0-

DAT A2+

0 9

N _ 0 X 0 R

IC5002 XX

HDMI_CEC

E CLOCK+

DAT A2-

1 9

P _ 0 X 0 R

R1X1_P

011:8I DSDA_3 011:8I DSCL_3 ARC_OUT

2 9

N _ 1 X 0 R

VDD12

4 1

XX C5023

8

CL5003

3 9

P _ 1 X 0 R

R1X2_N

9 1

5

4 9

N _ 2 X 0 R

R1X2_P

7

8 K 1 0 7 5 4 B R

1

R1X0_P R1X1_N

6

IC IP4292CZ10-T BR

6

5 9

P _ 2 X 0 R

7

8

GND_D

4

4

6 9

2 1 D D V A

8

9

3

5

4.7 *RB5004

2

7 9

3 3 D D V

5

6

2 5

3

2

2

9

0 1 1 1

7

IC IP4292CZ10-T BR

7

6

8 9

N _ C X 1 R

8

5

8

4

XX C5022

9 9

P _ C X 1 R

6

4

1005 X7R 16V 0.1 C5024

7

5

9

GND_D

011:10H RPWR3

CL5002

12

9

8

GND_D

4

0 1

2

4

GND_D

C5112 VD5013 VD5014 XX XX

E

0 1

IC5004 XX

1 1

3

7

6

9

0 0 1

R1X0_N

3

3

2

IC5001 XX

1

8

10

E

1

4.7 *RB5006

HDMI_CEC 011:2I;011:3K;011:3E;011:13D 4.7 *RB5003

11

DAT A0-

DAT A1+

GND_D

7

5

4

DSDA_2 011:9H DSCL_2 011:9H

CL5008

E CLOCK+

CBUS_HPD3 011:8I CL5001

13

8 8 X 0 5 X C

GND_D

SYST EM3_PWR R5110 4.7k

Q5009 2PC4081R-115

CL5021-5024 A

9 2 X 0 X 5 R

9

8

GND_D

IC IP4292CZ10-T BR

1

14

0 8 X 0 5 X C

  60 60AVS   IC9000 CXD4748GB CXD4748GB-1  

GND_D

CBUS_HPD2

CN5003 19P VD5011 VD5012 XX XX

15

8 7 1 0 . 5 0 C

AB12

RB521SM-30T2R D5007

011:2I

1005 X5R 10V 1 C5043

0 1

IC5003 XX

1

4.7 *RB5005

7 K 1 7 0 4 5 B R

VD5009 VD5010 XX CL5006

19

+5V

G

16

4 9 X 0 5 X C

4 8 X 0 5 X C

ST BY_+3.3V

GND_D GND_D

HOT PLUG

3

CEC

3 9 X 0 5 X C

1 8 X 0 5 X C

R5111 100k

XX C5036

DAT A2+ CN5002 19P

VD5007 VD5008 C5111 XX XX XX

ARC

7 7 X 0 5 X C

R5130 XX

DAT A2-

HDMI 4 /Prot 1 Molex RA T ype

D5006 R5066 27k 2

C5066 XX

D+1.2V_DENEB

C5047 XX

C5045 XX

ARC_OUT

F

SCL

6 7 1 0 . 5 0 C

5 7 1 0 . 5 0 C

3 3 X 0 X 5 R

C5041 XX

GND_D

E DAT A1+

SDA

4 7 X 0 5 X C

2 9 X 0 5 X C

2013/11/ 2211:07 [SOC]

GND_D

C5038 0.1 16V X7R 1005

E

DAT A1-

HDMI 3 /Prot 2 Molex RA T ype DVI

2

C5062 XX

HDMI_VSS

HDMI_VSS

HDMI_PFIL

GND_D

DAT A0+

CLOCK-

0 9 X 0 5 X C

1 9 X 0 5 X C

2 3 X 0 5 X R

CL5004 CL5005

HDMI_CEC

R5059 XX

1

CBUS_HPD1 011:8I

E

L

1

VD5004 VD5005 XX RPWR1 011:11I

18

E

1 . 0

B16

HDMI_CEC C5110 XX

CL5012 19

+5V

HDMI_DAOUT

HDMI_PCKIN

HDMI_VSS

X X

GND_D C5070 XX GND_D

011:2I;011:3K;011:3E;011:4G VD5006 VD5003 XX XX

HOT PLUG

AK11 R5071 4.7k 1%

C5106 AH11 XX R5132 C5107 XX XX AG11 C5072 220p

ST BY_+3.3V

D

AJ11

HDMI_VSS

R5064 XX

XX

SPDIF  All XX

XX

CKT EST OUT 11 GND_D

17

+3.3V_MAIN Close to Ayu2L

9 8 X 0 5 X C

GND_D

+1.8V_MAIN

AVREGIN33

N17

GND_D

18

R5090 1k B-Side 1% Unde r Ayu2L

+1.8V_MAIN

AVS33CKG

C

E

R5131 XX

R5085 1k 1%

AB11

HDMI_CKM AVDD10HDMI

0 *RB5007

+5V

+3.3V_MAIN

R5030 XX AG7

AC12

GND_D

M16

19

AVDD18HDMI

AVD33CKG

GND_D

HOT PLUG

HDMI_RX0M HDMI_CKP

AJ6

DPL Change to T uner For CVT CMF BA2 : JP BM : BR

AVDD33HDMI

HDMI_RX0P

AJ7 AK6

AVSHDMI

C5011 XX

R5001 XX

HDMI_RX1P HDMI_RX1M

AK7

AVSHDMI

HDMI_REXT

HDMI_RX2M

AK8 AJ8

GND_D AVSHDMI AVSHDMI

L18

HDMI_RX2P

AJ9

AVSHDMI

GND_D M17 C5005 XX

CMD RBMt RB 0  1-234-400-21 BM11 Murata 1-457-539-11 BM10 Pana 0-151-639-01

AVSHDMI

H18 J18

+3.3V_MAIN

B-Side under AYU2L

T MDS

H17

HDMI_EXT SWING F17 G16 G17

I

16

HDMI Connecter list(ST ) Hosiden 1-842-681-11 JAE 1-842-683-11 Mainsuper 1-842-684-11 Don’t Use!! (Molex 1-842-686-12

H20 H19

AVDHDMI

C5010 XX

C5001 XX

B

HDMI Connecter list(RA) Hosiden 1-842-680-11 JAE 1-842-682-11 0-156-202-01 Mainsuper 1-822-637-22 Molex 1-842-685-11

L19

HDMI_RCM HDMI_RBP P17

GND_D D+1.1V

H

15

HDMI N16 C5009 XX

C5004 XX

A

3

ALL resistors are in o hms,W unless otherwise no ted. ALL capacitors are in uF(p:pF)unless otherwise noted.

RB2

11/18

t

140

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (11 OF 24) 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

A

B

HP/LINE OUT

C

+ 3.3V_MAI N

+ 3.3V_MAI N

C4503 C4500 10 16V 1 6.3V X6S 2012 1005 X6S

CL4501

R 4509 Usin g PULLUP R INSIDE Ayu 2L XX

AODA_A_L 012:8D

SCART L/R

R 4508 1k

AUDIO_IN/OUT

CO MPO SIT E L/R Sca rt 1 I n /CVBS I n

AAUI _L0

CL4201

A12

CL4202

B12

AAUI _R 0

AAUI _0L

AODA_A_L

AAUI _0R

AODA_A_R

A9

CL4211

B9

CL4212

AODA_A_L

HP / LI NE OUT

012:10D AODA_A_R

HP / LI NE OUT

012:10D C12 C11

AAUI _1L

AODA_B_L

AAUI _1R

AODA_B_R

A8

CL4213

B8

CL4214

47K R B4503

R B4504 22k

C4211 1 C4212 1

AODA_B_L

T V Out

14

1

2

1

2

3

4

3

4

5

6

5

6

7

8

7

8

13

+ L N I

12

L N I

11

L T U O

10

P V U

9

D N G P

+ R N I

009:8C AODA_B_R

R N I

R T U O

P C

C4501 1 6.3V X6S

2

1

4

3

CL4505 LI NEOUT _L CL4506

E T U M X

D N G S

HP_DET

R B4501 100

8 D D V

TPA6138A2PWR IC4501 S S V

N C

123456

6

5

8

7

7

5

3

1

7

009:8C

D

CO MPO NENT

L/R

Com p I n

AAUI _L1 AAUI _R 1

CL4203

B11

CL4204

A11

CL4205

A10

AAUI _2L

8 AODA_A_R

AAUI _2R

012:8D

PC L/R

PC I n

AAUI _L2

CL4206

B10

AAUI _R 2

C4502 1 6.3V

CL4502

6

4

VD4501 XX

C4508 XX

VD4502 XX

C4509 XX

VD4503 XX

2

1

J4501

2

C4594 C4593 0.015 25V 0.015 25V X7R X7R 1005 1005

1

AAUI _3L

C4507 XX

2 0 5 X 4 X B R

GND_D

X_AUDI O_MUT E_SPHPLO

2

AAUI _3R

GND_D

+ 3.3V_MAI N FL4200 E10

EMI E

G

2

10 C4222 1608

AFEAVD

AMP40mm x 40mmGND

C4220 0.1

1

E9 C4221 4.7 1608

GND_D

AFEAVSS

GND_AAD_ADA E7

+ 3.3V_MAI N

AFEVI M

R 4603 XX

R 4606 XX

IC9001 CXD4743GB-T8

R 4605 XX PLL ENABLE

C4601 0.1 16V X7R

C4604 XX F

672026301 GND_D

12 11 A T A D S

10

C N

C N

9

8 F E D

7 D D V D

6 C N

5 D N G D

CL4601 DAUOA_MCK _CLK

DAUOA_BCK /HDMI _BCK /DAUOB_BCK

13

CL4603

* * * St ra p Se t t i ng * * * a t T BD DAUOA_DAT _0 = ST R AP_G[5]( I nt e rna l PD) FEI P ES EVA m ode 0:de fa ul t pi n a s s i gn 1:FEI P_GPI O pi n a s s i gn

G

* * * St ra p Se t t i ng * * * a t AY U2-BR OWNI E DAUO_SPDI F_0 = ST R AP_G[12]( I nt e rna l PD) for Soft wa re USE

DAUOA_DAT _0/HDMI _DAT _0/DAUOB_DAT DAUOA_DAT _1/GPI O_48/UAR T D_T X DAUOA_DAT _2/GPI O_49/UAR T D_R X

DAUO_SPDI F_0

DAUOA_BCK _CLK AG24

R 4991 100

R 4981 XX

AG22

R 4992 100

R 4982 XX

AG21

R 4993 100

R 4983 XX

AG23

R 4994 100

R 4984 XX

X_AUDI O_MUT E_SPHPLO DAUOA_MCK _CLK DAUOA_LR CK _CLK

012:9G 004:16F;012:9G

Usin gPULLUP X_AUDI O_MON R INSIDE IC9000

DAUOA_DAT 0_HSS

CL4607

NC MONO

15

LR CI N

16

BCLK

17

/PD

012:9G;018:12G

18

/ER R OR

45 44

R 4651 C4651 10 470p 1/10W 50V X7R 1608

C4607 0.1 50V X7R 1608

R 4652 C4650 10 470p 1/10W 50V X7R 1608

43 42

RB

41

GNDR

40

RA

39

21

SA1

22

NC

011:9F

46

LB

VDDR B

SA0

CL4215

AG20

47

LA GNDL

R ESET

20

23

NC

24

SCL A D S

DAUO_SPDI FOP_HSS

D N G D

D D V D

C N

C N

C N

C N

C N

C N

C N

C N

VDDR A

38

NC

37

25 26 27 28 29 30 31 32 33 + 3.3V_MAI N

L4601 10uH

BK C4654 XX

C4652 XX

L4602 10uH

C4653 XX

3 00V 675 442 C

GND_D

0 00 V 67 5 44 2 C

+ 19.5V

R 4662 C4660 10 1/10W 470p 50V 1608 X7R

L4603 10uH

C4612 0.22 50V X7R 2012

C4613 0.22 50V X7R 2012

C4662 XX

FB4601 220ohm C4608 0.1 50V X7R 1608

C4609 0.1 50V X7R 1608

p 0 7 0 6 7 4 4 C

p 1 0 7 0 6 3 4 3 C

R 4661 10 1/10W 1608

C4663 XX

C4661 470p 50V X7R L4604 10uH

C4665 XX

R 4665 R 4666 XX XX

34 35 36

= 1PI N

R+

C4611 0.22 50V X7R 2012

C4655 XX

R 4663 R 4664 C4664 XX XX XX

R 4655 R 4656 XX XX

4P CN4601 JL4621 R 4225 JL4622

R 4226

XX

JL4623 24V 5A F4601

4

L+

3

L-

2

R-

1

R+

R 4227

XX

JL4624

R 4228

XX

XX 1 0 0 X 4 X C

C4614 0.22 50V X7R 2012

0 p 0 0 0 0 4 0 C 1

2 p 0 0 0 0 4 0 C 1

5 0 0 X 4 X C

3 0 X 0 X 4 C

4 p 0 0 0 0 4 0 C 1

C4616 XX

7 0 0 X 4 X C

6 p 0 0 0 0 4 0 C 1

GND_D

C N

DAUO_SPDI F_HSS

for HDMI(ARC)

BA2 BM = 1PI N L+

R 4653 R 4654 XX XX

48

VDDLA

VDDLB

YDA178-SZE2 *IC4601

19

CL4216

DAUO_SPDI F_1/GPI O_50 AH12

C4615 XX

C4606 0.1 50V X7R 1608 NC

14

AG25

018:11G;009:8J

C N

CL4606

004:16F;012:9G

AG19

R 4999 100

1 C N

CL4605

X_SY ST EM_R ST DAUOA_BCK _CLK

2 L L P /

CL4604

DAUOA_LR CK _CLK

DAUOA_MCK /HDMI _MCK /DAUOB_MCK DAUOA_LR CK /HDMI _LR CK /DAUOB_LR CK

3 K L C M

CL4602

DAUOA_DAT 0_HSS

AUDIO OUT * * * St ra p Se t t i ng * * * a t SY ST EM( ST BY ) DAUOA_LR CK = ST R AP_G[3]( I nt e rna l PD) DAUOA_BCK = ST R AP_G[4]( I nt e rna l PD)

4 T U O K L C

GND_D

C4602 0.1 16V X7R

*IC9000 CXD4748GB R 4604 XX 2013/08 /2810:06 [SOC]

H

  60 60AVS   IC9000 CXD4748GB CXD4748GB-1  

R 4601 4.7k 1/16W CHI P 1005 5%

R 4602 4.7k 1/16W CHI P 1005 5%

2013/08 /2810:06 [DAMP]

 E2 ICYDA179-SZE2   ICYDA178-SZ  IC4601 YDA178-SZE2 YDA179-SZ  

I

J

K

Ref:4201-4899 OR I GI NAL MODEL

BAX_L BOARD

DESCR I PT I ON

AUDIO FRONT END SHEET

PAR T NO. L

ALL resistors are in o hms,W unless otherwise no ted. ALL capacitors are in uF(p:pF)unless otherwise noted. L

Chassis RB2G, HE-L

.cr . ht

C

RB2

12/18

t

141

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (12 OF 24) 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

10k * R B6015 1

2

CI _I OWR _X 3

CI _CD1_X

A

4

CI _CE2_X 5

CI _CD2_X

6

CI _R ST 7

CI _VS1_X CI _WE_X

CI CTRL to/from CAM

CI _I OR D_X

6

4

1

2

CI _I NPACK

7

8

5

6

CI _R EQ_X

CI

8

5

3

CI _WAI T _X

ADDR to CAM

8

10k * R B6032 7

CI _OE_X CI _CE1_X

PCMCIACO NNECT O R BM11 : JAE BASE: 1-842-673-11 ARM : 1-842-674-21

10k * R B6033

3

4

1

2

BM10 : Kyocera BASE: 1-842-619-11 ARM : 1-842-601-12

B

CI

CI _CE1_X CI _CD1_X

DATA to/from CAM

A17

CI _CD2_X

U16

CI _VS1_X

D18

C19

CI _OE_X

D19

CI _WE_X

CI _R EQ_X

W19 P20

2

CI _OE_X

4

CI _I OR D_X CI _I OWR _X

47 * R B6011

7

5

3

5

7

8

X_CI _DT [5] ( SC_DI ) 009:8G X_CI _DT [6] ( SCI _DOEN) 009:8G X_CI _DT [7] ( SCI _CLK ) 009:8G

4

D6

CI _DT [7]

1

6

D7

7

CE1#

2

* R B6043 XX

CI _WAI T _X 4

6

6

D5

CI _DT [6]

CI _WE_X

2

3

5

8

D4

CI _DT [5]

TS from Brownie to CAM

X_CI _DT [3] ( B_SCI _D1O) 009:8G

D3

CI _DT [4] 3

6

2

4 3

CI _R EQ_X

1 GND CI _DT [3]

CI _CE1_X

8

5

1

CI _WAI T _X

*A6001 184267421

CI _WE_X

7

N19 E19 F20

1

C

Mou n t Mech a

CI _OE_X

TS from CAM to Brownie

47 * R B6010 CI _CE1_X

CI _I OR D_X CI _I OWR _X

8 A10 CI _R EQ_X

CI _ADR [10] 9 OE# CI _ADR [11]

CI _ADR 0 CI _ADR 1 CI _ADR 2 CI _ADR 3 CI _ADR 4 CI _ADR 5 CI _ADR 6 CI _ADR 7 CI _ADR 8 CI _ADR 9

D

CI _ADR 10 CI _ADR 11 CI _ADR 12 CI _ADR 13 CI _ADR 14

10 A11

V17

7

8

CI _ADR [0]

CI _ADR [9]

W18

5

6

CI _ADR [1]

CI _ADR [8]

V18

11 A9 12 A8 3

1

W20

7

V20

CI _ADR [2]

4

CI _ADR [13] 13 A13

Y 19

CI _ADR [3]

2

CI _ADR [14] 14 A14

* R B6001 8 47

CI _ADR [4] 15 WE#

5

U19

3

T 18

1

CI _ADR [5]

6

16 I R EQ#

CI _ADR [6]

4

17 VCC CI _ADR [7]

2

18 VPP1

47 * R B6002

F19 1

CI _ADR [8]

CI _OT SVALI D

CI _ADR [9]

CI _OT SCLK

19 MI VAL

2

E18 3

4

5

6

20 MCLK I

D20 7

1

2

3

4

CI _ADR [7]

CI _ADR [12]

CI _ADR [6]

CI _ADR [13]

CI _ADR [5]

CI _ADR [14]

CI _ADR [4]

23 A6

G20

24 A5

G18 5

CI _ADR [12] 22 A7

8 47 * R B6003

T 20

CI _ADR [10] CI _ADR [11]

21 A12

E20

) E S A B (

25 A4

6

CI _ADR [3] 847 * R B6004

7

SCI _R ST CI _DT 0 CI _DT 1 B_CSI _CLK CI _DT 2 B_CSI _DI O CI _DT 3 CI _DT 4 SCI _DI

CI _DT 5

SCI _DOEN

CI _DT 6

E SCI _CLK CI _DT 7

1

3

5

7

7

5

3

1

2

4

6

8

8

6

4

2

1

7

5

3

8

6

4

1

26 A3 CI _DT [0]

27 A2 CI _DT [1]

3

4

5

6

847 R B6005

7

1

3

CI _OVLD

D17 C13

CI _DT [1] CI _DT [2]

CI _DT [6]

+ 5.0V_VBUS

+ 5.0V_CI

33

6

34 GND R 6012

XX

* R 6013

0

CI _PWER EN

36 CD1#

*IC6002

X_CI _OVLD R 6014

35 GND

* R 6005 10k

CI _R ST

5

XX

* R 6004 2.2k

CI _OI NT

*C6001 0.1 4

VI N

EN

37 MDO3

VOUT

1

GND

2

FAULT

3

CI _I T S_DAT A[4] 1

2

38 MDO4

3

4

39 MDO5

CI _I T S_DAT A[5] 5 1 0 6 R X X

CI _I T SCLK CI _I T SSY NC CI _I T SVALI D

I OI S16#

CI _DT [7] 8 47 R B6006

CI _OI NT s houl d a l wa ys conne ct e d t o Ayu2L ( I C9000)

2 4 0 X 6 B X R *

2

GND_D

30 D0

32 D2

+ 3.3V_MAI N

4

5

7

CI _OI NT

CI _DT [4] CI _DT [5]

31 D1

B20

V19

CI _DT [0]

2

B18

E17

R O T C E N N O C

28 A1 CI _ADR [0] 29 A0

C16 B17

CI _PWER EN

CI _ADR [1]

CI _DT [2] CI _DT [3]

A19

B_CSI _R ST CI _R ST

CI _ADR [2]

2

W16 T 17

1

0 4 0 X 6 B X R *

4 0 X 6 X B R *

Y 17

CI _I T S_DAT A[6]

CI _I T SSY NC

W17

CI _I T SVALI D

Y 18

5

X_CI _DT [0]

( SCI _R ST )

009:8G X_CI _DT [2]

( B_SCI _CLK )

009:8G

A I C M C P

40 MDO6

6

CI _I T S_DAT A[7] 7

CI _I T SCLK

U18

XX * R B6044

I C B V D

41 MDO7

8

* R B6019 47

CI 5V SWITCH

42 CE2# 43 VS1#

GND_D

CI _I OR D_X 44 I OR D# CI _I OWR _X

F

CI I/F termination for Brownie

45 I OWR # CI _I T SDAT A0 CI _I T SDAT A1 CI _I T SDAT A2 CI _I T SDAT A3 CI _I T SDAT A4 CI _I T SDAT A5 CI _I T SDAT A6 CI _I T SDAT A7

CI _OT SCLK CI _OT SSY NC CI _OT SVALI D

V16

CI _I T S_DAT A[0]

Y 16

CI _I T S_DAT A[1]

CI _OT SSY NC 46

U17

CI _I T S_DAT A[2]

C17

CI _I T S_DAT A[3]

CI _OT S_DAT A[0]

48 MDI 1 CI _OT S_DAT A[2] 49 MDI 2

A18 B19

CI _I T S_DAT A[5]

C20

CI _I T S_DAT A[6]

50 MDI 3 51 VCC 52 VPP2

CI _I T S_DAT A[7]

C18

R 19

CI _OT S_DAT A[3]

CI _OT S_DAT A[4]

53 MDI 4

CI _OT S_DAT A[5]

47 * R 6001

54 MDI 5 CI _OT SCLK R B6012 47

F18 1

CI _OT S_DAT A[6] 55 MDI 6 CI _OT SSY NC

CI _OT S_DAT A[7] 56 MDI 7

2

CI _I T SCLK

P18 3

* R 6003 47

5

CI _OT SDAT A1 CI _OT SDAT A2 CI _OT SDAT A3

CI _OT S_DAT A[0] 7

CI _OT SDAT A6 CI _OT SDAT A7

1

CI _OT S_DAT A[1] * R B6013 47

1

2

CI _R ST 58 R ESET CI _WAI T _X

3

4

5

6

60 CI _OT S_DAT A[2]

* R 6011

T 19 1

7

8

CI _OT S_DAT A[3]

CI _I T S_DAT A[0]

5

6

CI _OT S_DAT A[4]

CI _I T S_DAT A[1]

3

CI _OT S_DAT A[5]

CI _I T S_DAT A[2]

1

CI _OT S_DAT A[6]

CI _I T S_DAT A[3]

63 MOST AR T 64 MDO0

4

65 MDO1

2

U20 3

4

5

6

2

66 MDO2

* R B6023 47 CL6001

CI _OT S_DAT A[7] 7

J

K

184267311 * CN6001

2

3

4

6

7

8

GND_D

* R B6024 47

  YES NO   A6001 184267421 XX   C6001 0.1 XX   16V    X7R        C6004 4.7 XX   10V    X7R        CN6001 68P XX   BLK    IC6002 TPS2051C XX   R6001 47 XX   1/16W    CH IP    R6003 47 XX   1/16W    CH IP    R6004 2.2k XX   1/16W    CH IP    R6005 10k XX   1/16W    CH IP    R6009 0 XX       CH IP    R6010 1k XX   1/16W   CH IP      R6011 1k XX   1/16W    CH IP    R6013 0 XX       CH IP    R6022 XX 0        CH IP   RB6001 47 XX   RB6002 47 XX   RB6003 47 XX   RB6004 47 XX      RB6010 47 XX   RB6011 47 XX   RB6013 47 XX   RB6014 47 XX   RB6015 10k XX   RB6019 47 XX   RB6022 47 XX   RB6023 47 XX   RB6024 47 XX   RB6031 10k XX      RB6032 10k XX   RB6033 10k XX   RB6040 XX 0   RB6041 XX 0   RB6042 XX 0   RB6043 XX 0   RB6044 XX 0  

67 CD2# 68 GND

1

5

2013/07 /2911:30 [CI]

I

CL6002

8

47 * R B6014

IC9001 CXD4743GB-T8

H

( B_SCI _R ST )

62 MOVAL CI _OT SVALI D

6

8

X_CI _R ST

8

4

5

7

009:8H

61 R EG# 7

3

I NPACK #

1k

2

P19

R 18

* R 6022 XX

59 WAI T #

CI _I T SSY NC

8

N20 N18

47 * R B6022

CI _I T SVALI D

6

G19

R 20 CI _OT SDAT A4 CI _OT SDAT A5

57 MCLK O

4

G CI _OT SDAT A0

MI ST AR T

47 MDI 0

CI _OT S_DAT A[1]

CI _I T S_DAT A[4]

* R 6010 1k

+ 3.3V_MAI N C6003 XX

10k * R B6031 1

2

+ 5.0V_CI 3

4

5

6

7

8

9

0 0 0 6 R *

* C6004 4.7

GND_D

OR I GI NAL MODEL

BAX_L BOARD

DESCR I PT I ON

CI/B-CAS (Ayu2l) SHEET

PAR T NO. L

ALL resistors are in o hms,W unless otherwise no ted. ALL capacitors are in uF(p:pF)unless otherwise noted. L

Chassis RB2G, HE-L

.cr . ht

C

RB2

13/18

t

142

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (13 OF 24) 1

2

3

4

5

6

7

8

9

10

11

A

ETHER

005:9C;005:14I

X_ETHER_PHY/WIFI_RST

(fromSTBY_GPIO_14)

B

005:5D;009:8J

2013/07/05 18:19 [ SOC ]

V D _ S R C _ I I M R

ETHERN ET RMII ETHER_TX_EN ETHER_TXD_0 ETHER_TXD_1 ETHER_CRS_DV ETHER_RXD_0 ETHER_RXD_1

ETHER_MDIO

O I D M _ H T E

C D M _ H T E N E _ X T _ I I M R

RMII_TX_EN

AJ24

RMII_TXD_1

AH25

RMII_TXD_0

1 _ D X T _ I I M R

0 _ D X T _ I I M R

STBY_+3.3V

R6110-R6113,R6135,R6136 will be combined to networked resister.

2 1 4 6 R

AJ23 CL6402

RMII_CRS_DV

AK25 CL6403

RMII_RXD_0

AJ25 CL6404

k 7 . 4

X X

k 7 . 4

X X

3 1 4 6 R

4 1 4 6 R

5 1 4 6 R

7 1 4 6 R

LED1_PHYAD1

RMII_RXD_1

AH24

ETH_MDC

AK23

ETH_MDIO

4 0 7 4 4 6 B R

CL6406 CL6407 CL6408 ETHER_REFCLK

1 _ D X R _ I I M R

STBY_+3.3V

AH23 CL6405 18 330 R6400

D

STBY_+3.3V

k 7 . 4

AK24

47 RB6402 ETHER_MDCK

STBY_GPIO_15)

RMII I/F

  60 60AVS   IC9000 CXD4748GB CXD4748GB-1  

C

R6409 XX

X_ETHER_WAKE

(to

17

16

15

14

13

X X

k 7 . 4

6 1 4 6 R

8 1 4 6 R

*D6400 XX

*R6419 XX

B T N I / B E M

For X6400: BM11: 1-814-677-11 (TopAtlantic) BM10: 1-814-676-11 (ECEC)

P LED1/PHYAD[1] / [ CRS/CRS_DVD

R6401 XX R6402 XX

GND_D

C6401 24p 50V CH

0 _ D X R _ I I M R

GND_D

RXER/FXEN (21pin : internal PD) -> 0 : UT P mode (default) 1 : Fiber mode

] 1 [ D X T

TXD[0]

12

REF_CLK

11

IC6400

RXER/FXEN RTL8201FR-VB-CGT

DVDD33

10

DVDD10OU T

RXD[1]

9

23

CKXTAL1

24

CKXTAL2

C6405 0.1 16V X7R 1005

2

0 1 X 4 6 X C

3

X T / ] 0 [ I D M

4

+ X R / ] 1 [ + I D M

5

1

RMII_RXD_1

X R / ] 1 [ I D M

AVDD33

8 7

C6406 0.1 16V X7R 1005

3

5

R6411 XX

7

2

4

6 not make the stub in Do as much as possible.

PWB design

8

6 C6407 0.1 16V X7R 1005

R6410 2.49k 1/16W 1%

Please put Xtal close to IC6301.

47 RB6406

RMII_RXD_0 RXD[0]/CLK_CTL + X T / ] 0 [ + I D M

T U O 0 1 D D V A

T E S R

Do not make the stub in PWB design as much as possible.

N E X T

21

1

E

B T S R Y H P

RXD[0]/CLK_CT L (8pin : internal PD) -> 0 : REFCLK output mode (default) 1 : REFCLK in put mode

CL6401

A Y H P / 0 D E L

22

0 z 0 H 4 M 6 5 X 2

6 X 0 X 4 6 R

C D M

] 0

CL6400

C6400 27p 50V CH

O I D M

19 20

mode.

LED1/PHYAD[1] (19pin) -> 0 : PHYAD[1] = LED1 = 0 (default) 1 : PHYAD[1] = LED1 = 1

RXD[1] (9pin : internal PD) 0 : 18pin supports LED function. (default) -> 1 : 18pin supports WO L/INT function.

ETH_REFCLK

*IC9000 CXD4748GB

[PHY Strap settings] LED0/PHYAD[0]/PMEB/IN T B (18pin) 0 : PHYAD[0] = LED0 = 0 -> 1 : PHYAD[0] = LED0 = 1 (default) *An external PU is necessary in WO L

Please put LED on A side.

C6408 0.1 16V X7R 1005

C6409 XX

GND_D

ETH_REFCLK FB6400 47ohm

2013/07/05 18:19 [ JIG ]

CN6400 8P BLK 184366411 144595511 T6400

1

12

2

  No Yes   D6400 XX SML-310MTT86   R6419 XX 510    1/16W    CHIP  

JL6400 1

Tx JL6401

3

11

2

10

3

9

4

8

5

Tx : Differential 100

4

F

5

CN6301 : RJ-45 Straight type

JL6402

6 7

Rx JL6403

8 7 9

10

11

2

4

6

8

1

3

5

7

T 6301 : Pulse T rans T AIMAG 1-445-955-11

3 0 5 4 7 6 B R

C6402 0.001 2kV X7R 4520

G

Rx : Differential 100

6

12

C6403 0.01 50V X7R 1005

C6404 0.01 50V X7R 1005

GND_D

ORIGINAL MODEL H

BAX_L BOARD

DESCRIPTION

ETHER SHEET

PART NO.

ALL resistors are in ohms,W unless otherwise noted. ALL capacitors are in uF(p:pF)unless otherwise noted. 13/1 /

Chassis RB2G, HE-L

:1

13

13

31

13.cir/ 1 .

T

C

RB2

14/18

m

143

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (14 OF 24) 1

2

3

4

5

6

7

8

9

10

11

USB A

User & wifi

+3.3V_MAIN

8

6

4

2

7

5

3

1

1 0 k 5 0 6 1 B R

External PU is needed

2

4

6

8

1

3

5

7

+5.0V_MAIN_U SB_1 BM11: 184357611 (Morning Star) BM10: 184319911 (MainSuper) BM10: 184267513 (Tyco)

GND_D

B-side for factory

Power off ->Hi-Z

2 0 X 5 X 6 B R

Before Reset ->Input Internal PD

+3.3V_MAIN

After Reset ->Output

8 0 5 6 R

015:5F

SOC_U SB0_CN1_M

015:5F

SOC_U SB0_CN1_P

X X

7

8

JL6501

5

6

JL6502

3

4

1

X_SYSTEM_RST HU B1_U SB2_CN2_EN015:8F

B

004:4E;012:10G;018:3K;009:6I

C6512 XX

X_HU B1_U SB2_CN2_OC 015:8F 2 k 1 5 0 0 6 1 R

CL6505

1 0 5 6 D *

3 1 5 6 R *

GND_D

JL6504

1

2

3

1 0 5 P K 6 4 L B N C

1:VBU S 2:D3:D+ 4:GND

USB_CN1 Impedance 90 ohm

4

2

RB6503 XX

JL6503

GND_D

VD6501 VD6502 AF937

GND_D

AF937

GND_D

+3.3V_MAIN C6508 0.1 16V X7R

+5.0V_MAIN_U SB_2

GND_D

XX FL6501 1 1 X 5 X 6 C

EMI

C6515 1 X6S 6.3V

18

GND_D C R6505 XX 015:5G

SOC_U SB1_HU B1_M

015:5G

SOC_U SB1_HU B1_P

GND_D

R6506

R6601 XX

16

G N A G P

15

D D V D

14

L C S / T S E T

20

OVCU R1#/SMC

21

IC6501 PWREN1#/SDA GL850G-OGY33

23 DM0 24DP0 1 M D

GND_D 1

D

DM4

12

AVDD

11

DP3

10

DM3

9

X2

8

1 P D

2

2 M D

3

F E R R

2 P D

4

5

015:5E

HU B1_U SB2_CN2_M

015:5E

HU B1_U SB2_CN2_P

GND_D

7

8

5

6

3

4

1

2

B-side for factory

JL6509

1

JL6505

GND_D

2

JL6508

3

2 0 K 5 P L 6 4 B N C

1:VBU S 2:D3:D+ 4:GND

USB_CN2 Impedance 90 ohm

4

JL6507 HU B1_U SB3_WIFI_P 005:11H

Wi-Fi

HU B1_U SB3_WIFI_M 005:11H

VD6505 XX

GND_D

VD6506 XX

C6513 30p

D D V A

R6507 XX

1 z 0 H 5 M 6 2 X 1

IC6506 XX

For X6501: BM11: 1-814-760-11 (TopAtlantic) BM10: 1-814-759-11 (ECEC)

6

C6510 0.1 16V X7R

C6514 30p

4

EN

5

IN

FAU LT

3

GND

2

OU T

1

USB_CN1

5V is ON when STBY MHL mode. (EN should be LOW) +5.0V_MAIN_U SB_1 +5.0V_VBU S

R6509 680 1%

GND_D

BM11: 184357611 (Morning Star) BM10: 184319911 (MainSuper) BM10: 184267513 (Tyco)

Mic

RB6504 XX C6509 0.1 X7R 16V

7 X1

2013/08/02 13:34 [ JIG ]

  No Yes   D6501 XX SML-310MTT86   R6513 XX 1k    1/16W    CHIP  

005:11I

4 P D

22 AVDD C6507 0.1 16V X7R

005:11I

HU B1_U SB4_MIC_M 13

# T E S E R

PWREN2#

R6602 XX

XX

17

D M S / # 2 R U C V O

19

HU B1_U SB4_MIC_P

HU B1_U SB2_CN2_P 015:8C

BD2231G-TR IC6502

C6525 0.1 16V X7R 1005

C6524 22 6.3V X6S 2012

C6530 XX 6.3V X6S U SB2

1

IN

2

GND

3

EN

OU T

5

FAU LT

4

1

C6528 22 6.3V X6S 2012

HU B1_U SB2_CN2_M 015:8C

X X

3 0 5 6 D V

2

R6518 XX

R6514 47k GND_D

Impedance 90 ohm

015:5H

SOC_U SB_EN

015:5H

X_SOC_U SB_OC

VBU S_SW 5V is ON when STBY MHL mode. (EN should be LOW) Internal PD of AYU 2 doesn’t work when it is powered off. Need to mount external PD registor.

GND_D

USB_CN2

E

+5.0V_MAIN_U SB_2

PLEASE PUT AT B-SIDE

D+1.0V

XX

+5.0V_VBU S

*IC6503 JL6506 1

IN

2

GND

1

C6506 1 6.3V

2

C6600 XX

X6S

USB J10 J9

DVDD10U SB00 DVDD10U SB10

+3.3V_MAIN

U SB_DM_0 U SB_TEST_0

GND_D

U SB_REXT_0 H10

C6502 1 6.3V X6S

F

U SB_DP_0

H9

B9

SOC_U SB0_CN1_P 015:8B

A9 C10

C6526 0.1 16V X7R 1005

C6523 22 6.3V X6S 2012

To U SB CN1

3

STBY_+3.3V

CL6501

D10 5 k 1 7 5 4 6 R

R6501 43 1% 015:4B

HU B1_U SB2_CN2_EN

015:4B

X_HU B1_U SB2_CN2_OC

ILIM

EN

FAU LT

1

6

5

*R6516 XX

SOC_U SB0_CN1_M 015:8B

AVDD33U SB00

OU T

4

C6529 22 6.3V X6S 2012

X X

4 0 5 6 D V

2

R6520 XX

R6510 XX GND_D GND_D

GND_D AVDD33U SB10

C6601 XX

GND_D

U SB_DP_1 A10 B10 M12 A8 B8 M11

U SB_VSS00

U SB_DM_1

U SB_VSS00

U SB_TEST_1

U SB_VSS00

U SB_REXT_1

U SB_VSS10 U SB_VSS10

B7 A7 C9

SOC_U SB1_HU B1_P

015:3D

SOC_U SB1_HU B1_M

015:3D

CL6502

D9 R6502 43 1%

To HU B1

2013/08/02 13:34 [ USB ]

  YES NO   IC6503 BD2235G XX   R6516 XX 18k    1/16W    RN-CP  

GND_D

U SB_VSS10

GND_D

*IC9000 CXD4748GB

G

USB PEN U SB_PEN_0/GPIO_28 U SB_OVCD_0/GPIO_29 U SB_PEN_1/GPIO_30 U SB_OVCD_1/GPIO_31

C7 C8

R6503 XX R6504 XX

C6

SOC_USB_EN

015:8E

X_SOC_U SB_OC

015:8E

CL6503 CL6504

D8 OVCD internal PU

ORIGINAL MODEL

*IC9000 CXD4748GB

H

BAX_L BOARD

DESCRIPTION

USB   60 60AVS   IC9000 CXD4748GB CXD4748GB-1  

13/1/

:1

Chassis RB2G, HE-L

1 3 13

3

113.cir/1.

T

C

SHEET

PART NO.

2013/08/02 13:34 [ SOC ]

ALL resistors are in ohms,W unless otherwise noted. ALL capacitors are in uF(p:pF)unless otherwise noted.

RB2

15/18

m

144

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (15 OF 24) 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

TO LVDS A PANEL_VCC_SW



R EG+ 12V

F8001 4A

Q8001 SSM3J328R

PANEL LESS

S

016:5B PANEL_CT R L_02

GPIO(PanelCtrl)

PANEL_CT R L_04

GPI O_32/FR AME_I D_0/LR _FLAG/CK _PLL_R EF GPI O_33/FR AME_I D_1 GPI O_34/FR AME_I D_2

A2 D4

50V X7R

C3 50V X7R

B

GPI O_40/SPI B_CS/HDMI _DDC_SDA GPI O_41/SPI B_CK /HDMI _DDC_SCL GPI O_42/SPI B_DO/HDMI _HOT P_DET GPI O_43/SPI B_DI /HDMI _DDC5V_I N

C8036 220p

B1 C2

1

2

BI NT

016:7B

2

1

2

1

2

CL8094

+ 3.3V_MAI N

R 8029 XX

C8039 XX

R 8030 XX

C8040 XX

R 8031 XX

C8041 XX

R 8032 XX

016:5C PANEL_CT R L_07

PANEL_CT R L_12 016:7C PANEL_C T R L_11

016:7C

PANEL_C T R L_06

016:7B

016:5C PANEL_CT R L_08

LUT _SEL 1/SPI B_ DO

  No Yes   R8013 XX 1k    1/16W    CH IP   S8001 XX 177170921  

016:10D * S8001

UAR T _T L3B_R X 005:8J;009:6E R 8201 0 LUT _SEL 0/SPI B_ DI 016:10D UAR T _T L3B_T X

PANEL_C T R L_07

016:7B

PANEL_C T R L_08

016:7B

016:5B PANEL_CT R L_12

1

2

1

2

SPI B _CS SAMODE/ FR AME_I D_2

R 8152 470

R 8154 470

R 8153 470

R 8155 470

C8034 0.1 16V

* R 8158 20k

R 8157 120k JL8102 R 8156 47k

BI NT H( ON) :Pa ne l l e s s m ode L( OFF):de fa ul t

005:8J;009:6E

R 8159 0 016:5B PANEL_CT R L_11

GND_D

* VD8003 XX

2013/12 /0412:37 [JIG]

016:10D

R 8028 XX R 8067 XX

C8038 XX

m a t s uo: 1-523-124-31

SL8001

016: 9B;016: 9E

SPI B_CK 1

CL8093

016:10D

* R 8013 1k

016:5B PANEL_CT R L_06 PANEL_C T R L_02

C8037 XX C8035 220p

2

016:5B PANEL_CT R L_04

R 8066 XX

B3 B2

016:7B

FR C_R ST /3D_EN 1

R 8014 10k 1005

Q8002 PDTC144EU

PANEL_PWR

004:4E;002:4C;016:8E;016:8E

GND_D

Q8003 RN1902(T5RSONY,D,F)

016:10D

GND_D

016:10E

*IC9000 CXD4748GB

C

2013/12/041 2 :37 [SOC]

  60 60AVS   IC9000 CXD4748GB CXD4748GB-1  

FHD Connector LVDS/VbyOne

016:7C

BLK 51P CN8001

CL8017

SPI B_CS R 8000 XX

1

R ESER VED/SPI B_CS

2

R ESER VED/LR _FLAG/FR AMEI D[0]/FR AMEI D[1]/PEM_LOG_R X

3

R ESER VED/X_FR C_R ST /SPI B_CK

CL8018

016:7B FR C_R ST /3D_EN R 8001XX 016:7B

CL8019

SPI B_CK R 8002 XX

CL8020 4

D

NL27WZ07DFT2G IC8000

I 2CC_SDA 004:11E

*IC9000 PANEL_PWR 004:4E;002:4C;016:8E;016:14B

CXD4748GB D+ 1.0V

C8044 XX C8048 0.1

C8045 XX

C8042 0.01 50V X7R 1005

C8001 22

LVDS R7 R8

PANEL_PWR 004:4E;002:4C;016:8E;016:14B

AVDDT LVDS AVDDT LVDS

GND_D

GND_D

1

B-Si de JL8026

6

R 8069 XX 2

5

3

4

016:7B

LUT _SEL1/SPI B_DO

016:7B

LUT _SEL0/SPI B_DI016:7C

CL8022

R 8005 XX

CL8023

R 8006 XX

CL8024

SAMODE/FR AME_I D_2

ST BY _+ 3.3V 004:11E I 2CC_SCL

016:7B;016:9B BI NT R 8008 XX

LUT _SEL1/SPI B_DO LUT _SEL0/SPI B_DI /MODE_PEM/SA_MODE

7

SA_MODE/PEM_LOG_T X

8

LVDS_SEL/SPI B_ENB/UAR T _D_R X

9

BI NT /X_WP/PEM_WDT /X_BUSY

10

3D_Sync/UAR T _D_T X

CL8027 R 8010 XX

CL8028

11 SDA 12 SCL

R 8011 XX

CL8016 004:4F PANEL_DET

5 6

CL8026

EMT _SY NC 005:14J

R 8070 XX

LUT _SEL2/3D_EN

CL8021 R 8004 XX

13

R 8200 XX

14 15

PANEL_DET R E[4]P/T x7p R E[4]N/T x7n

16

R E[3]P/GND

17

R E[3]N/GND/Opt i on

E 18 GND + 1.8V_MAI N

JL8027

1005 X7R 16V XX 0.1 C8046 C8049

T7

C8002 10 6.3V

T8

2

7

3

8

4

AVDDC18LVDS

19

R ECLK + /T x6p

20

GND_D

LVDSB_T M_4 LVDSB_T P_3 L4 PLEASE PUT BELOW AY U2L

M4 N4

F

P4 R4 T4 U4 V4

LVDS_VSS

R ECLK -/T x6n

LVDSB_T M_3

LVDS_VSS

LVDSB_CK P

LVDS_VSS

LVDSB_CK M

LVDS_VSS

LVDSB_T P_2

LVDS_VSS

LVDSB_T M_2

LVDS_VSS

LVDSB_T P_1

LVDS_VSS

LVDSB_T M_1

LVDS_VSS

LVDSB_T P_0

GND_D

LVDSB_T M_0

LVDSA_T P_4 LVDSA_T M_4 LVDSA_T P_3 LVDSA_T M_3 LVDSA_CK P G

LVDSA_CK M LVDSA_T P_2 J4 CL8068

AYU2

LVDS_AMOUT

LVDSA_T M_2

LVDS_BI ASR

LVDSA_T M_1

LVDSA_T P_1 W4

R 8065 1k R N-CP

LVDSA_T P_0 K4

LVDS_CK R EF

21 GND JL8029

LVDSB_T P_4

GND_D

1

6 AVDDC18LVDS

X5R 1608

GND_D

5

JL8028

XX C8047

LVDSA_T M_0

L2 L1

1

6

2

7

3

N2

8

N3

P2

5

29 30 JL8035

1

6

2

7

3

R E[0]N/T x4n

32

R O[3]N/GND/Opt i on

JL8037

33 GND 34

R OCLK + /T x2p

35

R OCLK -/T x2n

4 * L8002 0

R2

R O[4]P/T x3p

R O[3]P/GND

JL8036

JL8038 8

R O[4]N/T x3n

31

36 GND

JL8039

R1

5

1

6

2

37

R O[2]P/T x1p

38

R O[2]N/T x1n

JL8040 JL8041

T3

7

T1

8

T2

3

39

JL8042

4 * L8003 0

R O[1]P/GND

40

R O[1]N/GND

41

R O[0]P/T x0p

42

R O[0]N/T x0n

JL8043

U2

5

1

U1

6

2

JL8044

43 GND JL8045

U3

7

3

V3

8

4

44

GND/LOCK N1

45

GND/HT PDN1

JL8046

V1

Pl e a s e put on B s i de JL8051

* L8004 0

46 NC

JL8047

5

1

6

2

7

3

8

4

PANEL_VCC_SW

47 48

JL8048

[8000-8199] LVDS

R E[1]P/GND R E[1]N/GND R E[0]P/T x4p

28 GND

JL8034

4 * L8001 0

R3

V2

27 JL8033

N1

P3

26 JL8032

M1 M2

P1

R E[2]P/T x5p R E[2]N/T x5n

25

JL8031 5

22 23 24

* L8000 0

L3 M3

JL8030

JL8049

49

JL8050

* L8005 0

C8006 XX

PANEL_VCC PANEL_VCC PANEL_VCC

50

PANEL_VCC

51

PANEL_VCC

C8007 XX

H

LVDS Equal Length Pattern Drawing (CLK WRT LVDS signal +/-1MM) LVDS Line Impedance: 100 OHM

2013/12/041 2 :37 [SEGMENT]

GND_D

GND_D

  H E H M   L8000 0 90oh m   L8001 0 90oh m   L8002 0 90oh m   L8003 0 90oh m   L8004 0 90oh m   L8005 0 90oh m   R8158 20k 22k   1/16W 1/16W   RN-CP RN-CP   VD8003 XX 0.1    16V    X7R      

I

J

K

OR I GI NAL MODEL

BAX_L BOARD

DESCR I PT I ON

LVDS SHEET

PAR T NO. L

ALL resistors are in o hms,W unless otherwise no ted. ALL capacitors are in uF(p:pF)unless otherwise noted. L

Chassis RB2G, HE-L

.cr . ht

C

RB2

16/18

t

145

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (16 OF 24) 1

2

3

4

5

6

7

8

9

10

11

A

B

C

LD_STBY is directlly connected in sheet2

2013/07/05 18:20 [ SOC ]

D

  60 60AVS   IC9000 CXD4748GB CXD4748GB-1  

LD F3

LD_PWM_0/MDC_SPI0 _0(EMIT_IN)/PCDA_ OU T/LD_GPO_0

G1

LD_PWM_1/MDC_SPI0_1(LATF)/EL_TIM_0/LD_GPO_1

G2

LD_PWM_2/MDC_SP I0_2(DATAF)/EL_TI M_1/LD_GPO_2

G3

LD_PWM_3/MDC_SPI0_3(CLKF)/EL_TIM_2/LD_GPO_3

G4

LD_PWM_4/MDC_SPI0_RDATA/EL_TIM_3/LD_GPO_4 E

F4

LD_PWM_DIM/MDC_SPI_RESET/PCDC_OU T/LD_GPO_6

F1

LED_MU TE/GPIO_51

F2

VLED/LD_GPO_5

R8202 XX LD_PWM_0 R8203 XX LD_PWM_1 R8204 XX LD_PWM_2 R8205 XX LD_PWM_3 R8206 XX LD_PWM_4 R8207 XX IP_REF/DIMMER_DC R8208 XX

R8213 XX BACKLIGHT_ON

R8209 XX FB_REF/VLED R8214 XX

*IC9000 CXD4748GB

002:5C

X X

X X

X X

X X

0 1 2 8 R

1 1 2 8 R

5 1 2 8 R

6 1 2 8 R

+3.3V_MAIN

TC7SZ08FU,RSONYJ IC8201

F

1

IN B

2

IN A

3

GND

VCC

5

OU T

4

C8201 0.1 16V X7R 1005

GND_D

GND_D

+3.3V_MAIN

TC7SZ08FU,RSONYJ IC8202 1

GND_D

G

IN B

2

IN A

3

GND

VCC

5

OU T

4

C8202 0.1 16V X7R 1005

GND_D

Please put these circuits neat CN8201.

ORIGINAL MODEL H

BAX_L BOARD

DESCRIPTION

LD SHEET

PART NO.

ALL resistors are in ohms,W unless otherwise noted. ALL capacitors are in uF(p:pF)unless otherwise noted. 13/1/

:1

Chassis RB2G, HE-L

1 3 13

3

113.cir/17.

T

C

RB2

17/18

m

146

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (17 OF 24) 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

A

BROWNIE

Tuner Board I/F connector T o a voi d s t ub conne ct i on of W-t une r Se ri a l -T S l i ne a nd m ount va ri a t i on i n t hi s boa rd, m a k e re t urn pa t h t o T une r Boa rd

TS R 8502 01005 B

009:10D

T U1_T S_CLK

009:8D

T U1_T S_SY NC

1

009:8D

T U1_T S_VALI D

3

F4

CL8506 G3 2

CL8507 G4

CHI P

T U1_T S_DAT A0

009:8D

CL8505

4

5

CL8508

F3

6

7

T S_SI _CLK

T S_PI _CLK

T S_SI _SY NC

T S_PI _SY NC

T S_SI _VALI D

T S_PI _VALI D

T S_SI _DAT A

T S_PI _DAT A0 T S_PI _DAT A1

8

R B8501 22

T S_PI _DAT A2 T S_PI _DAT A3 T S_PI _DAT A4 T S_PI _DAT A5 T S_PI _DAT A6 T S_PI _DAT A7

AYU2

CL8512

D1 D2

CL8513

D3

CL8514

T S_PI _C LK

009:8D

T S_PI _SY NC

009:8D

T S_PI _V ALI D

009:8C

CL8515

C1

T S_PI _D AT _0

009:8C

C2

T S_PI _D AT _1

009:6J

B1

T S_PI _D AT _2

009:6J

B2

T S_PI _D AT _3

009:6J

A2

T S_PI _D AT _5

009:6J T SI O_DAT _5 =T S_PI _DAT _5 =POL_SW

C3 B3 A3

T SI O_DA T _4

018:11D

T SI O_DA T _6

018:11D

T SI O_DA T _7

018:11D

To Brownie via TunerBoard 009:6D 009:6D

D+ 1.1V

009:6C F5

C C8502 XX

T SPLLAVD11

A4

T S_SO1_CLK

* C8503 XX

T S_SO1_SY NC T S_SO1_VALI D G5

T SPLLAVS11

T S_SO1_DAT A

T S_SO2_CLK T S_SO2_SY NC

T S_SO2_DAT A

47

R 8531

47

T SI _ST R T

2

T SI _EN

018:11D

6

T SI _DAT

018:11D

8

1/16W CHI P 5%

1

2

3

4

T SI E_CK

5

6

7

8

009:6J

T SI E_EN

1

R B8515 0

TSIO

2

AF1

2

3

4

AF2 4

5

6

5

6

7

8

7

8

AF3 1

2

3

4

XX R B8510

AG1 AG2

018:7C 018:7C

T SI O_DAT _6

018:7C

T SI O_DAT _7

009:6J

018:11E

018:11E

T SI E_DA T

1

3

T SI O_EN

T SI O_DAT _1 X_SCI _DET T SI O_DAT _2 SCI _VEN T SI O_DAT _3 X_SCI _OCD T SI O_DAT _5 T SI O_DAT _5 =T S_PI _DAT _5 =POL_SW T SI O_DAT _4

009:6J

018:11E

T SI E_ST R T

B4

T SI O_CK T SI O_ST R T

T SI O_DAT _0

To BCAS Connector

009:6J

47 R B8505

D5

009:6C

018:11D

4

5

7

3

D4

018:11D

T SI _CK

47 R B8504 1

A5

C4

T S_SO2_VALI D

R 8530

B5 C5

GND_D

XX R 8545 XX R B8514

AG3 5

6

7

8

1

2

AH1 XX R B8511

AJ1 AH2

3

4

AJ2 5

6

7

8

AK 2

T SI O_CK /GPI O_52/SCI _CK /SCI _T DA_CLK T SI O_ST R T /GPI O_54/SCI _DI /SCI _DI O T SI O_EN/GPI O_53/SCI _R ST /SCI _R ST T SI O_DAT _0/GPI O_55/SCI _DOEN T SI O_DAT _1/GPI O_56/SCI _DET /SCI _DET T SI O_DAT _2/GPI O_57/SCI _VEN/SCI _CMDVCC T SI O_DAT _3/GPI O_58/SCI _OCD/SCI _CLK DI V T SI O_DAT _4/GPI O_59 T SI O_DAT _5/GPI O_60 T SI O_DAT _6/GPI O_61 T SI O_DAT _7/GPI O_62

018:11E R 8548 XX

IC9001 CXD4743GB-T8

018:6C

T SI _CK

018:6C

T SI _ST R T

018:6C

T SI _EN

018:6D

T SI _DAT

D

AJ13 AH14 AG14 AJ14

2013/11/29 15:29 [SEGMENT]

  HE HM   C8503 XX 3300p    50V    X7R    C8505 XX 7p    50V    CH   

R 8549 XX 018:6D

T SI E_CK

018:6D

T SI E_ST R T

AJ12 AG13

018:6D

T SI E_EN

AH13

018:6D

T SI E_DAT

AK 12

T SI _CK T SI _ST R T T SI _EN T SI _DAT

T SI E_CK T SI E_ST R T T SI E_EN T SI E_DAT

*IC9000 CXD4748GB

AYU 2-BROWNIE_I/F SCL_C E

SDA_C

SCL_D SDA_D

R 8507 XX F2 E2 R 8508 XX

E1

I 2C_CCP_SCL

2013/11/291 5:29 [SOC]

+ 3.3V_MAI N

I 2C_CCP_SDA

  60 60AVS   IC9000 CXD4748GB CXD4748GB-1  

R 8509 XX I 2CB_SCL

E3 R 8510 XX

I 2CB_SDA

k6 74 .5 48 R

k7 74 .5 48 R

AYU2L-BROWNIE _I/F AFE_MCLK _A AFE_I BCK _A AFE_I LR CK _A AFE_I DAT A_A

AFE_MCLK _B F AFE_I BCK _B AFE_I LR CK _B AFE_I DAT A_B

AFE_OBCK AFE_OLR CK AFE_OD

AFE_I I NT R _MUT E_A AFE_I I NT R _MUT E_B

R 8579 XX R 8580 XX R 8581 XX R 8582 XX

C10 D10 D9 D8

R 8554 DAUOC_MCLK _CLK

I 2C_CCP_SDA

DAUOC_BCK _CLK

I 2C_CCP_SCL

R 8555

B6 A6 C6

C7 B7

R 8511

DAUOD_MCLK _CLK DAUOD_BCK _CLK DAUOD_LR CK _CLK

* * * St ra p Se t t i ng * * *  DAUOD_LR CK = ST R AP_G[9]( I nt e rna l PD) DAUOD_BCK = ST R AP_G[10]( I nt e rna l PD) For Soft wa re Us e ( PCB t ype I D)

DAUOD_DAT _0

XX XX XX

DAUI A_LR CK _CLK

* * * St ra p Se t t i ng * * * DAUOD_DAT _0 = ST R AP_G[11]( I nt e rna l PD) Et he r R EFcl ock s e t t i ng 0:Et he r R EFcl ock out put m ode 1:Et he r R EFcl ock i nput m ode

DAUI A_DAT _0 R 8514

0

R 8515

XX

X_ADAC_MUT E_HPLO DAUO_SPDI F_0 = ST R AP_G[12]( I nt e rna l PD) JI G m ode s e t t i ng 0:Norm a l m ode 1:JI G m ode

X_ADAC_MUT E_SCAR T

G

SPI 1_DI N SPI 1_DOUT SPI 1_CS SPI 1_CLK

A16 B15 C15

R 8516

SPI 2_DOUT

X X

k 2 . 2

1 4 5 8 R

2 4 5 8 R

DAUOC_DAT _0 = ST R AP_G[8]( I nt e rna l PD) R a wNAND Powe rSe t t i ng 0:VDDO=1.8V 1:VDDO=3.3V

DAUOA_DAT 0_HSS 012:7G;012:9G X X

k 2 . 2

k 2 . 2

X X

3 3 5 8 R

5 3 5 8 R

6 3 5 8 R

7 3 5 8 R

DAUOD_BCK _CLK

018:6F

DAUOD_LR CK _CLK

* * * St ra p Se t t i ng * * * DAUOC_LR CK = ST R AP_G[6]( I nt e rna l PD) DAUOC_BCK = ST R AP_G[7]( I nt e rna l PD) -> St ra p s e t t i ng a t PER I ( ST BY ) R 8556 XX DAUOC_MCLK _CLK R 8557 XX DAUOC_BCK _CLK R 8558 XX DAUOC_LR CK _CLK R 8559 XX

CCP_CLK CCP_DAT A_EN SDVBS_4 SDVBS_3 H SDVBS_2 SDVBS_1 SDVBS_0

CCP_I NT ER P1 CCP_I NT ER P2 CCP_I NT ER P3

E15 C14

XX XX

R 8519

XX

R 8520

XX

R 8522

XX

AJ16 AG17 AH16

DAUOD_DAT _0

+ 3.3V_MAI N

SPI C_DI

* * * St ra p Se t t i ng * * * X_ADAC_MUT EC = ST R AP_G[0] ( I nt e rna l PD) PLL_CPU s e t t i ng 0:P/M/S=5/0X54/0 806.4MHz 1:P/M/S=5/0X91/1 696.0MHz

SPI C_CS SPI C_CK

SPI D_DI

X_ADAC_MUT ED= ST R AP_G[1] ( I nt e rna l PD) re s e rve d

AH15

DAUI A_BCK _CLK

AJ15

DAUI A_LR CK _CLK

AK 14

DAUI A_DAT _0 X X

X X

3 4 5 8 R

4 4 5 8 R

X_ADAC_MUT E_HPLO

VFE_DI O_CLK VFE_DI O_DEN

D15

VFE_DI O_D9_4

D14

VFE_DI O_D8_3

E14

VFE_DI O_D7_2

D13

* * * St ra p Se t t i ng * * * SPI D_CK = ST R AP_G[22]( I nt e rna l PD) De bug m ode s e t t i ng 0:de bug_m ode _off 1:de bug_m ode _on

X X

VFE_DI O_D5_0 CL8516

D16 R 8524

XX XX

For HP/Line Out

DAUOC_DAT _0

DAUOD_MCK DAUOD_BCK DAUOD_LR CK

For SCART Out

DAUOD_DAT _0

DAUI A_BCK DAUI A_LR CK

For Analog Input

DAUI A_DAT _0

4 X0 5 X8 C

5 0 X5 X8 C *

1 X1 5 X8 C

GND_D GND_D

I n PWB De s i gn, pl e a s e put CL8516 a t B-s i de

CCP_I NT PI CT UR E_MUT E_I NT

AJ22

47 R B8517

SPI C_DO

AK 21 1

2

3

4

AK 22

SPI C_CS R e s e rve for i nt e rfe re nce , t he va l ue i s T BD.( 2012/8/9)

Brownie Audio DAC Mute

R 8565 XX

SPI C_DI 0 X1 5 X8 C

AK 15 X_ADAC_MUT EC AG16 X_ADAC_MUT ED

R 8553 XX

X_ADAC_MUT E_SCAR T

4 3 5 8 R

AH22

SPI C_CK

VFE_DI O_D6_1

E13

DAUOC_MCK DAUOC_BCK DAUOC_LR CK

R 8552 0 I n PWB De s i gn, pl e a s e put CL8517 a t B-s i de SPI D_CK

R 8525

I 2C_CCP_SCL

DAUO_SPDI FOP_HSS

SPI C_DO R 8517 R 8518

B13

B14

AJ17

AH17

R 8563 XX 018:6G

XX

A13

A14

AH18 AK 17

R 8560 XX DAUOD_MCLK _CLK

CL8517 SPI 2_CS SPI 2_CLK

AJ18

DAUOC_DAT _0 018:6F

R 8562 XX

+ 3.3V_MAI N A15

AE3

R 8561 XX 018:6F

012:7H;009:8J B16

+ 3.3V_MAI N

PCBI D = b’01 For boa rd de t e ct i on of R yu SW ( R B2 Ayu2L)

DAUI A_BCK _CLK R 8512 R 8513

0

I 2C_CCP_SDA

* * * St ra p Se t t i ng * * * DAUOA_DAT _0 = ST R AP_G[5]( I nt e rna l PD) FEI P ES EVA m ode ( for T SB us e ) 0:de fa ul t pi n a s s i gn 1:FEI P_GPI O pi n a s s i gn

DAUOC_DAT _0 + 3.3V_MAI N

C8 C9 A7

AD3

DAUOC_LR CK _CLK

R 8590 XX R 8591 XX R 8592 XX R 8593 XX

D7

XX

5

6

7

8

R 8568 XX

AJ21

SPI D_DI R 8569 XX

AH21

SPI D_CK 004:15G

MS_SCK

004:15G

MS_DAT A

004:15G

MS_BS

R 8538

0

R 8539

0

VFE_DI O_DEN

R 8540

0

VFE_DI O_D9_4

AK 20 AJ20

R 8572

47

2

AH20 1

AJ19

VFE_DI O_D7_2

4

3

6

5

AH19

VFE_DI O_D6_1

AK 18

VFE_DI O_D5_0

I

47 47

AK 19

VFE_DI O_D8_3

IC9001 CXD4743GB-T8

R 8570 R 8571

VFE_DI O_CLK

8

7

MS_BS/SPI C_DO SPI C_DI MS_DAT A/SPI C_CS

For CI Transfer

MS_SCK /SPI C_CK

SPI D_DI

Slice Data from Brownie

VFE digita l : Th e reserve C-la n ds for EMI.

SPI D_CK

D+ 1.1V

VFE_DI O_CLK VFE_DI O_DEN

C8506 XX

VFE_DI O_D9_4 VFE_DI O_D8_3 VFE_DI O_D7_2

C8507 XX

C8508 XX

SD Video AYU2 -> Brownie : Brownie -> AYU2 :

VFE_DI O_D6_1 GND_D

VFE_DI O_D5_0

R B8518 47

2

G

G

1

R 8506 470

R 8550 XX

W1

XT ALO XT ALI

GPI O0 GPI O1 GPI O2 GPI O3 GPI O4 GPI O5 GPI O6

CL8500

F1 G2

R 8501 XX

9 5 V 10 0R 0 0 07 .5 1X5 08 C

CL8501

V3

CL8502

U3

CL8503

T3

CL8504

T4

X_BR OWNI E_R ST R 8526 XX

K

AG5 AF4

X_AUDI O_MUT EC X_AUDI O_MUT ED

C : SP/HP Out Mute D : SCART Out Mute

GPIO V1

C8501 10p GND_D

X_SY ST EM_R ST

XX XX

X_AUDI O_MUT E_SCAR T

1 1 1z5 0H7 5M4 814 X41 8 1

J

R 8577 R 8578

X_AUDI O_MUT E_SPHPLO

C8500 11p

E12

G1

H2

004:15H

CL8511 R 8601

A4 C5

MS_PON 004:15H

CL8510

K2 H5

R 8551 XX

MS_I NS_X/GPI O_37 MS_PON/GPI O_36

Memory Stick

XX

R 8602

XX

H4

R 8603

XX

H1

R 8604

XX

H3

MS_I NS_X

CL8509

K1

DMD_CLK _ENABLE1 DMD_CLK _ENABLE2 DMD_R ESET 1 DMD_R ESET 2

VFE digita l : Plea se pu t VFE bu s R8570-R8576: if possible on PWB

*IC9000 CXD4748GB on La yer-3 for EMI/in terfa ren ce C/M. design , plea se pu t close to Brown ie(IC9001).

OSCEN_X R ST _X

CK T EST I N CK T EST OUT

T EST EN T EST MODE

VDDQ

SLVADR 0 OR I GI NAL MODEL

GND_D

BAX_L BOARD

DESCR I PT I ON

IC9001 CXD4743GB-T8

AYU2-BROWNIE I/F SHEET

PAR T NO. L

ALL resistors are in o hms,W unless otherwise no ted. ALL capacitors are in uF(p:pF)unless otherwise noted. L

Chassis RB2G, HE-L

.cr . ht

C

RB2

18/18

t

147

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (18 OF 24)

1

2

3

4

5

6

7

8

9

10

11

12

TUS

A

A

001.sht 002.sht 003.sht 004.sht 005.sht 006.sht 007.sht

B

2000 2100 7600 6200 3100 9700

-

2009 2999 7899 6399 3199 9899

Cover Sheet Tuner, Demod. LNB Power System CI Video Terminals Card Edge Connector

TUNER TUNER GENSYSTEM DIGITAL INTERFACE VIDEO TUNER

KAMA KAMA FAREEZ SYAFIQ AZMIR KAMA

[email protected] [email protected] [email protected] [email protected] [email protected] .com [email protected]

B

C

C

D

D

E

E

F

F

G

(

. ’

DIB APPLIED UNTIL: DIB 540 DATE: 25-NOV-2013(3.51 P.M) G

UNIT

-

6 X

’

mm

.

.

ANGLE

.

.

SCALE

.

.

.

.

.

.

.

.

TOLERANCE

USED ON

’ -

X

’

G

RANK

FAMILY

-

5 X

4

ORIGINAL MODEL

: MATERIAL(COLOR)

FINISH(COLOR)

-

3 X

’ -

2 X

’

DESCRIPTION

-

1 X

’

SUFFIX ECN-NO. D A T E REPL. DRAWN BY PLANNED BY

(E)

HISTORY X COUNT

H

R E V I S I O N CHECKED BY

APPROVED BY

MODEL E V I T A T N E T

ALL resistors are in ohms,W unless otherwise noted. c cir r i u( : ul ri .

LL

SIGN. (J)

Tuner BOARD COVER SHEET

PART NO. PART NO.

H SHEET

RB2

1/7

THIS DOCUMENT IS THE PROPRIETARY PROPERTY OF SONY. ITS USE IS AUTHORIZED ONLY FOR RESPONDING TO A REUEST FOR UOTATION, OR FOR THE PERFORMANCE OF WORK FOR SONY. ALL UESTIONS MUST BE REFERRED U Y. U , U UL U LL U U U . LL LL L Y . LL V V ,UL Y L . Y V.

U ’ . .

13/11/

1 : 3

Chassis RB2G, HE-L

1

T

C T

1113.ci /1

.

T

C

m

148

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (19 OF 24) 1

2

3

4

5

6

7

8

9

10

11

12

DSQI N * R 2124 XX

DSQFLG DDEM1.2V

14

15

16

T U_DI SEQC_I N 003:7J T U_DI SEQC_OUT 003:3J T U_FLAG0_R X 003:7K

DSQOUT

* R 2123 XX * R 2122 XX

13

DDEM3.3V

A * C2180 XX 6.3V

* C2184 XX 16V

DDEM2.5V

* C2181 XX 16V

X5R 1608

X7R

* C2182 XX 50V

* FB2105 XX BK 1005x

X7R

X7R

* FB2104 XX BK 1005x T ER R EST R I AL

* C2175 XX 16V X7R

C2174 XX 16V X7R

ANT _T 002:1J

CL2105 * C2183 XX 16V X7R

* C2178 XX 16V X7R

DEM_R ESET * C2132 XX 50V X7R

* A2001 SAT /CAT V

ANT _S

C2131 XX

* R 2126 XX * C2179 XX 16V X7R

002:2F

R 2119 XX

* R 2121 XX * C2133 XX 50V X7R

LNA_5V

* C2193 XX 50V X7R

* C2114 XX 6.3V X6S

* C2192 XX 50V

* R 2106 XX

* R 2103 XX

C

* L2101 XX

* C2103 XX 50V

* C2110 XX 50V CK

* L2104 XX

1 0 3 2 W R D

* C2107 XX 50V CH

* L2102 XX

LP W=0.35 L=25.3 * C2194 XX 50V CH

C2195 XX 50V CH

* L2103 XX * C2106 XX 50V CK

* C2104 XX 50V CK

* R 2104 XX

D D V C

37

C G A S

36 35

N I Q S D

T U O Q S D

34

0 O I P G

33 32

D D V D

D D V C

31 30

1 O I P G

X _ T S R

L C S

28

44 I T P

XT ALSEL0

27

45 QT P

T SDAT A7

26

T SDAT A6

25

T SDAT A5

24

T SDAT A4

23

T SDAT A3

22

CVDD

21

46 QT N

* C2189 XX 6.3V X6S

Luxor-A

R XR EG

*IC2101 CXD2850AER-T4 XX

50 AT I N 51

C2113 XX

* R 2120 XX

29

A D S

GPI O2

48

* C2112 XX 50V CH

* C2111 XX 50V CK

R 2107 XX

39 38

D D V P

49 R XVDD * C2190 XX 50V X7R

C2188 XX

* L2105 XX

* C2109 XX 50V CH

* C2105 XX 50V CJ

CJ

40

D D V A P

43 I T N

47 AGCI N

* FB2102 XX BK 1005x

X7R

CL2101

SAT I 2C SCL 42 41 D D V A S

* FB2101 XX BK 1005x

C2177 XX 16V X7R

R 2118 XX

SAT I 2C SDA

* R 2125 XX

B

DVDD

20

52 R FI NP

T SDAT A2

19

53 R FI NN

T SDAT A1

18

54 R XGND

T SDAT A0

17

55 VR EF10

R XGND

T S CLK

16

T S SY NC

15

* C2129 XX 50V CH

G E R C C V

*Q2101 MT4S300U XX

1

D N G O C V

P C

2

G E R L L P

D D V O L

3

4

5

D N G O L

O L A T X

6

7

E D O M T S E T

I L A T X

8

9

D D V D

0 R D A V A L S

D D V C

10

11

D I L A V

X _ N E C S O

12 13

SATI 2C SCL

SATI 2C SDA SATI 2C SCL

DDEM3.3V R 2628 XX C2687 XX

* R 2629 XX

A D S

L C S

C 2 I

C 2 I

T A S

T A S

* R 2627 XX

1

DMD_R ESET 1 007:5H

+ 3.3V_MAI N CL2106 CL2103 C2128 XX 50V

* C2186 XX 16V X7R * R 2116 XX

1

1

1

DMD_R ESET 2 007:5H

C2608 C2607 C2606 XX XX XX

X X 7 2 1 2 R

CH

T S_DAT A0

T S_CLK

X X 8 2 1 2 R

C2127 XX 50V CH

S T

14

DEM_R ESET

DEM_R ESET

* C2176 XX 16V X7R

DMD_CLK _ENABLE1 007:8D DMD_CLK _ENABLE2 007:8D

S_OSC_EN

S_OSC_EN

* R 2114 XX 56 R XGND

C2115 * C2116 XX XX 6.3V X6S

SATI 2C SDA

SAT I 2C SCL

CL2104

* R 2115 XX

R 2108 XX

SAT I 2C SDA

CL2102

* C2130 XX 50V CH

C2108 XX

* R 2117 XX

%9%?%V$,$G$-$J$$$h $&!"

T S_DAT A0

T S_DAT A0

T S_CLK

T S_C LK

T S_DAT A0 T S_CLK

T S_SY NC

T S_SY NC

T S_SY NC

T S_VALI D

T S_VALI D

T S_VALI D

R 2614$N6a $/$KG[CV GND_D T S_SY NC

* R 2113 XX

T S_VALI D

D I L A V _ S T

C N Y S _ S T

K L C _ S T

0 A T A D _ S T

D I L A V _ S T

C N Y S _ S T

K L C _ S T

0 A T A D _ S T

D I L A V _ S T

C N Y S _ S T

K L C _ S T

0 A T A D _ S T

S_OSC_EN R 2111 XX * C2196 XX 50V

* R 2102 XX

A2.5V C2117 * C2118 XX XX 50V 6.3V X6S X7R

* C2197 XX 50V X7R

C2199 XX

* C2125 * R 2112 XX XX 50V X7R

* R 2109 XX

X7R

003:8H LNB_POWER D

* C2119 XX 50V X7R

C2126 XX 50V X7R

C2121* C2122 XX XX 50V 6.3V X7R X6S

* C2120 XX 50V CH

1 1 0 6 2 X *

* C2123 XX 50V

* R 2110 XX

CH

* FB2103 XX BK 1005x

C2198 XX

2 * C2187 XX 50V X7R

C2191 XX 50V X7R

DDEM3.3V

* C2621 XX CH 50V

C2524 1 6.3V X6S * C2101 XX 50V CK

* R 2101 XX 1608

* C2102 XX 50V CH

FB2513 1k ohm BK 1005x

I FOUT N_1

* FB2512 XX BK 1005x

I FOUT P_2

CL2514

CL2513

LNA_5V

I FOUT N_1

* R 2301 XX

8 D N G

10 C2 * R 2303 XX

* C2397 XX

* C2310 XX 50V X7R

* C2307 XX X6S 6.3V

* R 2304 XX

P15

GND

6

D N G

1 F R

* R 2212 XX

4

1

2

C2211 XX

* R 2210 0

D N G

5

2

6 7

C2214 1000p X7R 50V

P21 P22 P23 P24

C2501 0.01 50V X7R

6 0 2 X 2 X R *

P17 P18 P19

R 2501 1

* R 2208 XX

* R 2205 0 C2210 0.01 50V X7R

P16

1 1 P

D N G

0 1 P

D N G

9 P

D N G

7 0 2 X 2 X R *

P25 C2502 2.2 6.3V X5R

A2.5V

P26

* C2308 XX 50V X7R

* FB2501 XX BK 1005x C2599 0.1 16V X7R

C2598 1 6.3V X6S

7 P

1 N T U O F I

4 P

2 P T U O F I

3 P

2 N T U O F I

2 P

C G A F R

X7R

1

D D V M

R FI NN

XR ST

GND

GND

R FI NP

XO

IC2501 CXD2865GH -T4

XI GPI O1

VR EG20

GPI O0

AVDD

CP

VR EG10

GND

R EGGND

VCOR EG

VR EF18

PLLR EG

7 2 P

D N G

8 2 P

D N G

9 2 P

D N G

0 3 P

D N G

1 3 P

D N G

2 3 P

D N G

3 3 P

D N G

4 3 P

D N G

5 3 P

P50

R FAI N/SLVVVADR 1 DVDD/R VDD/XT ALSEL

P49

L O T E D

D N G

6 3 P

7 3 P

N E I X C

8 3 P

D D V D

XX

* R 2606

XX

45 T T USDA 46 T T USCL 47 GPI O1

C2596 0.01 50V X7R

3 R D A V L S / E D O M C S O

28

X _ T S R

27 26

D D V C

S S V

25

X _ N E C S O

0 R D A V L S

T EST MODE

*IC2601 CXD2843ER-T4 XX

D I L A V S T

C N Y S S T

2 O I P G

K L C S T

0 A T A D S T

D D V D

S S V

1 A T A D S T

D D V C

VSS

23

CVDD

22

SDA

21

SCL

20

DVDD

19

VSS

18

T SDAT A7

17

T SDAT A6

16

T SDAT A5

15

T SDAT A4

14

T SDAT A3

13

2 A T A D S T

S S V

C2693 XX

24

IC2601$N6a$/$K * R 2616 XX I 2CB_SDA 003:3J;007:5I I 2CB_SCL 003:3J;007:5I

* R 2615 XX 1 * C2695 XX 16V X7R

* C2694 XX 16V X7R

1

C2602 C2603 XX XX

1

2

3

4

5

6

7

8

9

10 11

* C2696 XX 16V X7R

T E D _ S W E

DJIN6 R1607=2.2K R1608=3.3K

A_R ESET

12

1

GAIA3 R1607=2.2K R1608=3.3K

T U_SDA R 2505 1k

CL2504

A_R ESET

C N Y S _ S T

D I L A V _ S T

* C2697 XX 16V X7R

K L C _ S T

X X

X X

9 0 6 2 R *

0 1 6 2 R *

1

1 W P 1 6 X 6 I % 1 H 2 X / 5 R 1 C *

1

0 A T A D _ S T X X 3 1 6 2 R *

P47 16MHz X2501

P45

1

C2513 9p 50V CH

P44 P43 P42 P41

C2511 0.068 16V X7R

R 2504 0

C2517 1000p 50V X7R

G

C2610 XX T S_DAT A0

1 G

T S_DAT A0

T S_CLK

2

C2514 9p 50V CH

T U1_T S_DAT A0 007:7D T U1_T S_CLK 007:7D T U1_T S_VALI D 007:7D T U1_T S_SY NC 007:7D

T S_CLK

T S_VALI D R 2612 XX

T S_VALI D

T S_SY NC

T S_SY NC

P40 C2512 330p 50V R 2503 X7R 2.2k

T E S E R _ A

A D S _ U T

L C S _ U T

t a e f e D _ C G A

1 _ C G A F I

1 _ N T U O F I

EWS_DET

1 _ P T U O F I

C2595 1 6.3V X6S

EWS_DET

I FOUT P_1

I FOUT P_1

I FOU T P_1

I FOUT N_1

I FOUT N_1

I FOU T N_1

I FAGC _1 R 2502 4.7M 1/16W R N-CP 5%

0 O I P G

P48

A2.5V CL2501 C2506 4.7 6.3V X5R 1608

1

SLAVE ADDRESS:D8

30 29

S S V P

JUNO2 R1607=2.2K R1608=3.3K

C2594 0.1 16V X7R T U_SCL

T U_SDA

CL2502

* R 2608 XX 1 1

R 2506 XX

T U_SCL C2515 22p 50V CH

R 2508 100

C2507 C2508 C2509 C2510 1 0.01 1 0.01 6.3V 50V 6.3V 50V X6S X7R X6S X7R

9 3 P

31

D D V P

GAIA3 (AEP-T2/S2) GAIA3 (AEP-T2) GAIA3 (LATIN-T2) GAIA3 (PA-T2) DJIN6 (BRZ) ZHUI2 (CHINA)

43 VSS * R 2605

ZHUI2 R1607=2.2K R1608=3.3K

A2.5V

R 2511 2.2k

CL2505

R 2507 100

P51

P46

GND GND

D N G

P52

* FB2502 XX BK 1005x

R 2512 2.2k C2516 22p 50V CH

CL2503

SDA ADSL

* C2688 XX 6.3V X5R 1608

AGC_De fe a t

R 2513 100

C2520 0.01 50V C2519 X7R 0.01 1005 50V X7R

1 P

2 C G A

SCL

ANT CNT

AGC_De fe a t

I FAGC _1

EWS_DET 002:16J

I FOUT P_1 007:8D I FOUT N_1 007:8D

I FAG C_1

I FAGC_1 007:5H AGC_De fe a t

AGC_De fe a t

AGC_DEFEAT 007:5H

ANT CNT

LNA CNT

LNA CNT

5 P

1 C G A

SLAVE ADDRESS:C0

CL2202 ANT CNT

6 P

D N G

GND GND

C2597 0.01 C2503 C2504 50V 1 0.01 X7R 6.3V 50V X7R X6S C2505 10 6.3V X5R 1608

8 P

1 P T U O F I

GND

P20 8 T 2201

3

* R 2305 XX

H

*Q2301 LTC014YUBFS8TL XX

1

3 4

* R 2209 XX

T N C T N A

C2213 1000p X7R 50V

C2212 0.01 X7R 50V

5

GND

* C2601 XX 16V

AGC_De fe a t

2 1 P

D N G

P14

12 VDD

I FAGC_2 C2526 XX

* C2309 XX

R 2211 XX

C N / D D V X

T AVDD/NC

41 42

44 CVDD

* R 2607 XX

48 T I FAGC

D N G

*IC2301 PE42750MLAA-Z R FC XX

11 C1 VDD=3.0V

C2698 XX 1 C2699 XX

IC1601$N6a$/$KG[CV

I FAGC_2

7 2 F R

33 32

O L A T X

T AVSS/VSS

40

R 2602 XX

I FAGC_1 C2527 XX 1

CL2506

3 1 P

9

I FOUT N_2

CL2511

* R 2514 XX

*Q2302 LTC014YUBFS8TL XX

* C2306 XX 50V X7R

34

I L A T X

38 T AI NP 39 I FOUT N_2

* C2534 XX CH 1 50V

* C2398 XX

* R 2302 XX

* C2305 XX 50V X7R

LNA_5V

X7R

* FB2301 XX BK 1005x

S S V / S S V X

R 2601 XX

CL2510 X X

* C2399 XX

G

36 35

I FOUT P_2

CL2512

I FOUT N_2

R 2515 100 CL2507

2 0 3 2 D *

DDEM1.1V

* R 2636 XX

1

I FOUT P_2

F * L2304 XX * C2304 XX 50V X7R

* C2604 XX 50V X7R

R 2621 XX

0 3 6 2 R

I FAGC_1

* C2303 XX 50V CK

* C2302 XX

X X

1

C2692 XX

X X

C2532 47p 1 50V CH * C2535 XX CH 1 50V

* FB2511 XX BK 1005x

1 0 3 2 D *

* L2302 XX

DDEM1.2V

C2691 XX

C2690 XX

I FOUT P_1 C2533 47p 1 50V CH

37 T AI NM

* C2522 XX 6.3V X6S

* L2303 XX

* L2301 XX

R 2623 XX

* C2605 XX 50V 1 X7R 1

1

I FOUT P_1

* C2523 XX 6.3V X6S

* C2301 XX 50V CH 1608

W=2m m m i n ANT _S 002:2B

1.2V ZHUI-2 1.1V Juno-2,DJIN-6,Gaia3

C2689 XX CL2515

FB2514 1k ohm BK 1005x

CL2508

R 2638 XX

* R 2635 XX

1

1 0 z H 1 M 2 7 X * 2

* C2124 XX 50V CH

C2525 1 6.3V X6S

E

1 * C2620 XX 50V CH 2

X X

1

CL2509

1 N B N E _ C S O

T E S E R _ M E D

1 X X

LNA CNT

T U_SC L

T U_SC L

T U_SCL

T U_SD A

T U_SD A

T U_SDA

T U_SCL 007:5I T U_SDA 007:5H

I * R 2204 270 9 0 5 2 p V J 0 0 C 2 3 5 0 C 1 *

* R 2201 680

C2201 47p 50V CH W=2m m m i n 1608 ANT _T 002:2B L2201 181nH J

* L2203 6.8nH

L2202 270nH

* C2204 XX

C2202 120p D2201 50V NUP1301U, 115 CH 1608

2 0 2 2 D *

C2205 0.01 50V X7R

R FI N R FOUT 2

3

5

GND1 3

2

6

G VCT L

GND2

D N

* C2208 220p 50V X7R

C2207 0.01 50V X7R

4

A_R ESET

A_R ESET

A_R ESET

A_R ESET 007:16F

LNA_5V

DDEM3.3V * FB2201 600ohm

X X

1

R FOUT 1

* L2205 470nH

7

* C2206 XX 50V CK

CL2201

3 W P 0 2 8 6 I % 1 H 2 6 / 5 R C 1

* R*2202 2.7k

* C2299 0.01

R 2213 XX C2203 XX

1 1 4 2 R

* C2298 0.01

X_EWS_DET 004:2F;004:4E;007:5I

*IC2201 NJG1146KG1 EWS_DET 002:16H

2013/10/25 12:39 [Seg]

CXD2865GH -T4 IC2501

K

D N G

8 7 P

D N G

9 7 P

D N G

0 8 P

D N G

1 8 P

D N G

7 7 P

D N G

6 7 P

D N G

5 7 P

D N G

4 7 P

D N G

3 7 P

D N G

2 7 P

D N G

1 7 P

D N G

0 7 P

D N G

9 6 P

D N G

8 6 P

D N G

7 6 P

(#(!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!($ (" ("Others ("HE-L (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("FB2501 ("XX ("0uH (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("FB2502 ("XX ("600ohm (" (&(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(%

D N G

6 6 P

D N G

5 6 P

D N G

4 6 P

D N G

3 6 P

D N G

2 6 P

D N G

1 6 P

D N G

0 6 P

D N G

9 5 P

D N G

8 5 P

D N G

7 5 P

D N G

6 5 P

D N G

5 5 P

D N G

4 5 P

D N G

3 5 P

TS line

1

2

1

2

Q2411 XX

XX R B9701 T U2_T S_CLK

1

T U2_T S_SY NC

3

T U2_T S_VALI D

5

T U2_T S_DAT A0

7

1

2

1

2

2

T SI O_CK

4

T SI O_ST R T

6

T SI O_EN

8

T SI O_DAT _0

OR I GI NAL MODEL

RB2 Tuner BOARD

DESCR I PT I ON

TUNER / Dem SHEET

PAR T NO. L

ALL resistors are in o hms,W unless otherwise no ted. ALL capacitors are in uF(p:pF)unless otherwise noted. U CV

Chassis RB2G, HE-L

.c r . ht

C

RB2

2/7

t

149

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (22 OF 24) 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

XX *RB6015 1

2

CI_CE2_X 3

4

CI_CE2_X A

5

6

7

CI_WE_X

8

XX *RB6032 7

CI

CI_OE_X

CI_OE_X

CI

8

5

6

3

4

1

2

PCMCIACONNECT OR JAE(CH) BASE: 1-842-673-11 ARM : 1-842-674-31

XX *RB6033

CTRL to/from CAM

CI_CE1_X,CI_IORD_X,CI_IOWR_X,CI_OE_X,CI_REQ_X,CI_RST ,CI_WAIT _X,CI_WE_X

CI_INPACK

7

8

CI_WAIT _X

5

6

3

4

1

2

CI_REQ_X

ADDR to CAM

B

Kyocera(AEP) BASE: 1-842-619-11 ARM : 1-842-601-12

CI_ADR[0-14] CI_CE1_X

DATA to/from CAM

Mount Mecha

CI_OE_X

*A6001 184267431

XX

CI_WE_X

CI_DT [0-7]

CI_REQ_X 1 GND CI_DT [3]

TS from CAM to Brownie

2

CI_IT SCLK,CI_IT SSYNC,CI_IT SVALID,CI_IT S_DAT A[0-7]

D3

CI_DT [4] 3

D4

CI_DT [5] 4

D5

CI_DT [6] 5

TS from Brownie to CAM

CI_OT SCLK,CI_OT SSYNC,CI_OT SVALID,CI_OT S_DAT A[0-7]

D6

6

D7

7

CE1#

8 A10

C CI_ADR[10]

9 OE# CI_ADR[11] 10

A11

CI_ADR[9] 11

A9

CI_ADR[8] 12

A8

CI_ADR[13] 13

A13

14

A14

CI_ADR[14] CI_ADR[12]

15

WE#

16 IREQ# 17

VCC

18 VPP1 CI_OT SVALID 19 MIVAL 20 MCLKI D CI_OT SCLK

21

A12

22

A7

CI_ADR[7] CI_ADR[6] 23

A6

24

A5

CI_ADR[5]

) E S A B (

CI_ADR[4] 25

A4

CI_ADR[3] CI_CD1_X

CI_CD1_X

CI_CD2_X

CI_CD2_X

26

A3

27

A2

CI_ADR[2] CI_ADR[1] CI_VS1_X

CI_VS1_X

CI_PWEREN

CI_PWEREN

CI_DT [7]

CI_ADR[0]

28

A1

29

A0

R O T C E N N O C

CI_DT [0] X_CI_OVLD

X_CI_OVLD CI_C E1_X

30

CI_CE1 _X

CI_I ORD_X

D0

CI_DT [1]

CI_I ORD_X

CI_DT [2]

31

D1

32

D2

CI_IOWR_X E

33 CI_O E_X

IOIS16#

CI _OE_X 1

2

CI_REQ_X 3

4

34

GND

35

GND

CI_RST CI_W AIT _X

CI_W AIT _X

CI_W E_X

5

6

36 CD1#

7

8

37 MDO3

CI_IT S_DAT A[3]

CI _WE_X

CI_IT S_DAT A[4]

*RB6019 XX

CI_IT S_DAT A[5] CI_CE1_X,CI_IORD_X,CI_IOWR_X,CI_OE_X,CI_REQ_X,CI_RST ,CI_WAIT _X,CI_WE_X

38 MDO4

CI_CE1_X,CI_IORD_X,CI_IOWR_X,CI_OE_X,CI_REQ_X,CI_RST ,CI_WAIT _X,CI_WE_X

39 MDO5 CI_IT S_DAT A[6]

I C B V D A I C M C P

40 MDO6 CI_IT S_DAT A[7] 41 MDO7 42 CE2# 43 VS1# 1

3

5

7

7

5

3

1

1 4 0 0 6 B R *

F

7

5

3

2

4

6

8

8

6

4

2

CI_IORD_X

1

0 4 0 6 0 B R *

44 IORD#

2 4 0 6 0 B R *

8

6

4

CI_IOWR_X 45 IOWR# CI_OT SSYNC

46

MIST ART

CI_OT S_DAT A[0]

2

47 MDI0 CI_OT S_DAT A[1] 48 MDI1

GND_D

CI_OT S_DAT A[2]

CI I/F termination for Brownie

49 MDI2

CI_OT S_DAT A[3] 50 MDI3 51

VCC

52 VPP2 CI_OT S_DAT A[4] 53 MDI4 CI_OT S_DAT A[5] 54 MDI5 CI_OT S_DAT A[6] 55 MDI6 CI_OT S_DAT A[7] 56 MDI7 CI_IT SCLK G

*R6003

XX

57 MCLKO CI_RST

XX *RB6022

CI_IT SVALID 1

2

3

4

58 RESET CI_WAIT _X

CI_IT SSYNC

59 WAIT # 60 5

6

7

8

7

8

5

6

3

4

*R6011

INPACK#

XX 61 REG# 62 MOVAL 63

CI_IT S_DAT A[0] CI_IT S_DAT A[1]

MOST ART

64 MDO0 65 MDO1

CI_IT S_DAT A[2]

1

2

66 MDO2

*RB6023 XX CL6001

CL6002

67 CD2# 68

CI_VS1_X

1

CI_CD2_X H

3

CI_CD1_X

4

5

6

7

8

GND 184267311 *CN6001 XX

2

GND_D

*RB6024 XX *R6010 XX

+3.3V_MAIN C6003 XX 8

7

6

2013/10/19 16:32 [AREA@CI]

I

1

2

1

X_SCI_DET 007:5J T SIO_DAT _3 007:5J SCI_VEN T SIO_DAT _2 007:5J X_SCI_OCD T he se line s a re e xte nde d for BCAS conne ction in T UW boa rd. T SIO_DAT _1 For othe r mode l, bypa th this conne ction.

Bypath TS IF

J

2

7

8

5

6

3

4

1

2

RB9702 XX 1

K

2

007:5I T S_PI_DAT _3 007:5I T S_PI_DAT _2 007:5J T S_PI_DAT _1

(#(!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!($ (" ("AEP ("AEP ("UC ("UC ("GA ("GA ("J ("J ("CH ("CH (" (" ("NO ("YES ("NO ("YES ("NO ("YES ("NO ("YES ("NO ("YES (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("A6001 ("XX ("184267431 ("XX ("184267431 ("XX ("184267431 ("XX ("184267431 ("XX ("184267431 (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("C6001 ("XX ("0.1 ("XX ("0.1 ("XX ("0.1 ("XX ("0.1 ("XX ("0.1 (" (" (" ("16V (" ("16V (" ("16V (" ("16V (" ("16V (" (" (" ("X7R (" ("X7R (" ("X7R (" ("X7R (" ("X7R (" (" (" (" (" (" (" (" (" (" (" (" (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("C6004 ("XX ("4.7 ("XX ("4.7 ("XX ("4.7 ("XX ("4.7 ("XX ("4.7 (" (" (" ("10V (" ("10V (" ("10V (" ("10V (" ("10V (" (" (" ("X7R (" ("X7R (" ("X7R (" ("X7R (" ("X7R (" (" (" (" (" (" (" (" (" (" (" (" (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("CN6001 ("XX ("68P ("XX ("68P ("XX ("68P ("XX ("68P ("XX ("68P (" (" (" ("BLK (" ("BLK (" ("BLK (" ("BLK (" ("BLK (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("IC6002 ("XX ("TPS2051C ("XX ("TPS2051C ("XX ("TPS2051C ("XX ("TPS2051C ("XX ("TPS2051C (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("R6003 ("XX ("47 ("XX ("47 ("XX ("47 ("XX ("47 ("XX ("47 (" (" (" ("1/16W (" ("1/16W (" ("1/16W (" ("1/16W (" ("1/16W (" (" (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("R6004 ("XX ("2.2k ("XX ("2.2k ("XX ("2.2k ("XX ("2.2k ("XX ("2.2k (" (" (" ("1/16W (" ("1/16W (" ("1/16W (" ("1/16W (" ("1/16W (" (" (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("R6005 ("XX ("10k ("XX ("10k ("XX ("10k ("XX ("10k ("XX ("10k (" (" (" ("1/16W (" ("1/16W (" ("1/16W (" ("1/16W (" ("1/16W (" (" (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("R6006 ("XX ("0 ("XX ("0 ("XX ("0 ("XX ("0 ("XX ("0 (" (" (" (" (" (" (" (" (" (" (" (" (" (" (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("R6009 ("XX ("0 ("XX ("0 ("XX ("0 ("XX ("0 ("XX ("0 (" (" (" (" (" (" (" (" (" (" (" (" (" (" (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("R6010 ("XX ("1k ("XX ("1k ("XX ("1k ("XX ("1k ("XX ("1k (" (" (" ("1/16W (" ("1/16W (" ("1/16W (" ("1/16W (" ("1/16W (" (" (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("R6011 ("XX ("1k ("XX ("1k ("XX ("1k ("XX ("1k ("XX ("1k (" (" (" ("1/16W (" ("1/16W (" ("1/16W (" ("1/16W (" ("1/16W (" (" (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" ("CH IP (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("RB6015 ("XX ("10k ("XX ("10k ("XX ("10k ("XX ("10k ("XX ("10k (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("RB6019 ("XX ("47 ("XX ("47 ("XX ("47 ("XX ("47 ("XX ("47 (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("RB6022 ("XX ("47 ("XX ("47 ("XX ("47 ("XX ("47 ("XX ("47 (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("RB6023 ("XX ("47 ("XX ("47 ("XX ("47 ("XX ("47 ("XX ("47 (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("RB6024 ("XX ("100 ("XX ("100 ("XX ("100 ("XX ("100 ("XX ("100 (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("RB6031 ("XX ("10k ("XX ("10k ("XX ("10k ("XX ("10k ("XX ("10k (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("RB6032 ("XX ("10k ("XX ("10k ("XX ("10k ("XX ("10k ("XX ("10k (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("RB6033 ("XX ("10k ("XX ("10k ("XX ("10k ("XX ("10k ("XX ("10k (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("RB6040 ("0 ("XX ("0 ("XX ("0 ("XX ("0 ("XX ("0 ("XX (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("RB6041 ("0 ("XX ("0 ("XX ("0 ("XX ("0 ("XX ("0 ("XX (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("RB6042 ("0 ("XX ("0 ("XX ("0 ("XX ("0 ("XX ("0 ("XX (" (&(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(%

+5.0V_VBUS

+5.0V_VBUS

3

VOUT

GND

CSLEW

EN

FAULT

1

+5.0V_CI

9 0 X 0 X 6 R *

*C6004 XX

6

+3.3V_MAIN

5

GND_D 4

*R6005 XX

XX *IC6002

X_CI_OVLD

5

VIN

VOUT GND

2

4

EN

FAULT

3

*C6001 XX

3

*RB6031 XX

C6002 XX

VIN

5

4

2

XX

IC6001

2

CI_PWER EN

*R6004 XX

+5.0V_CI

B acku p

1

1

GND_D CI 5V SWITCH

*R6006 XX

Ref:5301-5600

ORIGINAL MODEL

RB2 TUNER BOARD

DESCRIPT ION

CI SHEET

PART NO. L

ALL resistors are in o hms,W unless otherwise no ted. ALL capacitors are in uF(p:pF)unless otherwise noted. U CV

Chassis RB2G, HE-L

.c r . ht

C

RB2

5/7

t

152

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (23 OF 24) 1

2

3

4

5

6

7

8

9

10

BtoB %3%M%/%?B&$N$d$P$M

Component

SCART1_R

SCART1_L A

CVBS / SCART

VD3101 XX

C3101 XX

VD3105 XX

11

007:5E VIDEOB_DET 007:5E CR_DET

C3103 XX

33k RB3101 VD3102

C3102 XX C3104 XX

VD3106

2

1

4

3

6

5

8

7

AAU I_R0 C3132 1 6.3V X6S 1005 GND_D

Y/CV GRN SW

AAU I_L0 C3131 1 6.3V X6S 1005

Pb BLU Pr RED SW

VIDEOA_DET *R3116 XX B ASPECT *R3117 22k

R3119 1.5k

L WHT

5 0 1X 3X C

VD3103

R RED SW

GND_D GND_D

Except AEP

AEP

XX *J3101

GRN

COMP_Y

R3143 XX BLU

COMP_PB

R3144 XX RED

R3145 XX

X X 8 0 1 3 D

X X

WHT

9 0 1 3 D

5 2 1 3 D V

0 1 1 3 D

X X

GND_D

COMP_PR

7 2 1 3 D V

RB3104 33k

GND_D VD3123

RED

VD3124

J3104 SCART_SB

R3139 XX

6 2 1 3 D V

C3116 XX C3117 XX

8

7

6

5

4

3

2

1

AAU I_L1 C3133 1 6.3V X6S 1005 AAU I_R1

GND_D

C3134 1 6.3V X6S 1005

*CN3101

V

2 2

RIGHT OUT RIGHT IN LEFT OUT AUDIO_GND BLUE_GND LEFT IN BLUE IN MODE GREEN_GND AV LINK GREEN IN NC RED_GND BLANKING_GND RED IN BLANKING VIDEO OUT_GND VIDEO IN_GND VIDEO OUT VIDEO IN COMMON_GND

L C

*R3101 XX 1005

R

GND_D

SCART_SG

R3140 XX

1 2 3 4

R3141 XX

5 6

5 0 1 3 D

7

X X

6 0 1 3 D

X X

7 0 1 3 D

X X

4 0 1 3 D V *

7 0 1 3 D V *

SCART_SR

1 1 1 3 D V *

PC

007:5E PC_CON_DET

8 9 0 1

1 1

GND_D

GND_D

2 1 3 1

4 1

5 1

Please place R3108 close to Card Edge CN

7 1

1 1 1 3 D

8 1

9 1 0 2

1 2

PC_R

SCART_FB

6 1

CL3101

3 2

8 0 1 3 D V *

X X

GND_D

*R3107 0

GND_D PC_G

GND_D

SCART_CVOU T

GND_D R3142 XX

CVBS

0 1 1 3 D V

XX D3104 GND_D

75ohm Driver for SCART Video OUT

*CN3102 15P XX BLK

PC_B R3148 XX

VD3118 XX

VD3119 XX

VD3121 XX

C3120 XX

C3121 XX

GND_D

GND_D VD3128 XX

*R3149 XX +3.3V_MAIN GND_D

CN3103 3P BLK 6

5

NJM2561B

VD3120 XX

4

DAVOU T

*C3106 0.1 16V X7R

16V 0.1 X7R 1005

R3102 XX

VD3122 XX

PC_V 007:7F

8 1 X1 X3 C

*R3152 XX

GND_D

VIN

+3.3V_MAIN C3130

3

*R3150 XX

DAU O_SPDIFOP_HSS

*C3100 0.1 16V X7R

*IC3100 2

PC_H 007:7F

9 X1 X1 3 C

*R3151 XX

GND_D

Optical OUT E

1

PC_B

C3122 XX

GND_D

VD3112 XX

*R3100 75

PC_G

R3147 XX

*VD3109

GND_D

D

SCART_CVOU T

PC_R

R3146 XX

*R3108 XX

GND_D

+5.0V_MAIN

VCC

To Deneb

*D3102 XX

GND

GND_D

+5.0V_VGA_DET

*D3103 2

XX

4

6

*C3129 XX 10V X7R 1608

8

5 0 X1 X3 B R

Except AEP : Mount until MVT (Not need for PP/MP)

*

GND_D 1

PC_SCL

F

3

5

7

GND_D

PC_SCL 007:5J

PC_SDA

PC_SDA 007:5J

X X

*VD3113 VD3115 XX

VD3117 XX

Audio Amp for SCART Audio Out GND_D +3.3V_MAIN

PC Audio

CL3100 AODA_B_L 007:7C

G

*C3112 1 6.3V X6S

*C4511 1 6.3V X6S

Q3101 $OJ3103 $N D>6a$KG[CV $9$k$3$H 5

4

3

2

1k *RB3100

1

N C

P C

C C V

L T U O

E E V

T N C

D N G

R T U O

L N I

1 1 0 1 3 C I *

TV Out

6 7

*C3109 1 6.3V X6S

R N I

SCART1_L

7

8

3

5

SCART1_R

*VD3114 XX XX *VD3116

3 0 1 X3 XB R *

2 *C3108 1 6.3V X6S

0 R3103

X_AU DIO_MU TE_SCART

3 1 2

7

4

6

8

GND_D 1

2

CL3105

*C3113 1 6.3V X6S

*C3110 XX 50V X7R 1005

XX *J3103

CL3104

1

AODA_B_R

H

4

6

8 9 10

*C3107 10 6.3V X5R 1608 007:7C

*Q3101 XX LTA014EUBFS8TL

CL3103 2

3

5

HOTEL_SIRCS_OU T 004:4I 8

7

6

5

4

3

2

*C3111 XX 50V X7R 1005

HOTEL_SIRCS_EN 004:4H

1

*RB3102 XX

*Q3102 XX LTC014EUBFS8TL

AAU I_L2 *C3135 XX

AAU I_R2 *C3136 XX GND_D

GND_D

ORIGINAL MODEL

COM312

RB2 Tuner BOARD

DESCRIPTION

SCART/CVBS/COMPONENT SIDE VIDEO/PC SHEET

PART NO.

ALL resistors are in ohms,W unless otherwise noted. ALL capacitors are in uF(p;pF)unless otherwise noted. 13/11/

1 :3

Chassis RB2G, HE-L

1

T

CT

1113.cir /

.

T

C

RB2

6/7

m

153

Chassis RB2G, HE-L

ABOARD SCHEMATIC DIAGRAM (24 OF 24) 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

A

+ 3.3V_MAI N + 5.0V_VBUS

ST BY _+ 3.3V

XX

R EG+ 12V

CN9701 1

6 2 8 500 9 6 R 1

C9504 0.1 16V X7R

B

C9505 0.1 16V X7R

C9502 XX

GND

3

C9507 0.1 16V X7R

R EG+ 12V + 5.0V_VBUS

6

AAUI _R 1

8

AAUI _L1

10

11 ST BY _+ 3.3V

15

AAUI _L2

16

20

004:3H;004:9D;004:11H SI R CS

21 23GND

SCI _DOEN

AODA_B_R

22

R 9511 XX T SI O_ST R T R 9510 XX T SI O_CK R 9509 XX

ASPECT

T SI O_DAT _0 T SI O_EN T SI O_ST R T

31

T SI O_CK

R 9523 0

SY ST EM4_PWR

37

T _X_BT _K EY _WAK E

39

T _X_HT L_SI R CS_EN

004:2C

UAR T _T L1_R X

004:2C

UAR T _T L1_T X

45

GND

44

T U2_T S_DAT A0 R 9551 XX T U2_T S_VALI D R 9550 XX T U2_T S_SY NC R 9549 XX T U2_T S_CLK

T U1_T S_CLK T U1_T S_DAT A0

R 9547 XX T U1_T S_VALI D R 9546 XX T U1_T S_SY NC

42

T _UAR T _T L1_R X

DMD_CLK _ENABLE2

T _UAR T _T L1_T X

DMD_CLK _ENABLE1

48

T _UAR T _C_R X

GND

50

R 9534 47 DMD_CLK _ENABLE2

46

UAR T _T L2_T X

51

T _UAR T _C_T X

I FOUT P_1

52

53

T _UAR T _T L2_R X

I FOUT N_1

54

X_AUDI O_MUT E_SCAR T

60

55

T _UAR T _T L2_T X

R 9533 47 XX C9511

XX C9510 R 9541 100

57

UAR T _T L3B_R X

59

UAR T _T L3B_T X

61

PC_CON_DET

006:11C

PC_CON_DET

006:11A

CR _DET

002:16CDMD_CLK _ENABLE1 002:16C

002:16I I FOUT P_1 002:16I

R 9542 100

I FOUT N_1

56 GND_D

UAR T _T L3B_R X UAR T _T L3B_T X

63 CR _DET

VI DEOA_DET

65

VI DEOB_DET LNB_CONT R 9554 100 X_SHOR T _DET

XX C9518

R 9556 100 C9523 XX

X_WOL_WAK E

62

T _HT L_VOL_DOWN

64

VI DEOA_DET

T _HT L_VOL_UP

67

VI DEOB_DET

T _HT L_SP_MUT E

69

LNB_CONT

71

X_SHOR T _DET

66 68

GND_D

X_AUDI O_MUT E_SCAR T

dum pi ng re s i s t or a t s ht .5

X_WOL_W AK E

dum pi ng re s i s t or a t s ht .4

HT L_VOL_DOWN

dum pi ng re s i s t or a t s ht .4

X_CI _OVLD

SCAR T _SR

78

CI _I T S_DAT A[3]

SCAR T _SG

80

81

CI _I T S_DAT A[6]

SCAR T _SB

83

CI _I T S_DAT A[7]

85

82

CI _I T S_DAT A[5]

COMP_Y

87

CI _I T S_DAT A[4]

COMP_PB

CI _I T S_DAT A[2]

COMP_PR

91

CI _I T S_DAT A[1] CI _I T S_DAT A[0]

006:11B COMP_Y 006:11B COMP_PB 006:11B COMP_PR

86 88 90

PC_B

1

92 GND_D

95

CI _I T SSY NC

97

CI _I T SVALI D

99

CL9705

84

89

93

HT L_VOL_UP HT L_SP_MUT E

006:6C SCAR T _SR 006:6C SCAR T _SG 006:6C SCAR T _SB

GND_D

101

004:9D;007:9E 004:9D;007:9E

006:6D CVBS

76

77 79

PC_V

006:11D PC_B 006:11E PC_V 006:11D PC_G 006:11D PC_R 006:11E PC_H

94

PC_G

96

PC_R

98

PC_H

100

T L_R ST

103

HT L_VOL_UP HT L_SP_MUT E

GND_D

72 74

CVBS

GND_D

T L_R ST

CL9704

HT L_VOL_DOWN

70

GND

75

R 9561 XX

006:2H

004:3F 004:9D;007:9E

CL9703

dum pi ng re s i s t or a t s ht .4

GND_D 73

GND_D

58

GND_D X_CI _OVLD CI _I T S_DAT A[3] 005:8C CI _I T S_DAT A[6] 005:8C CI _I T S_DAT A[7] 005:8C CI _I T S_DAT A[5] 005:8C CI _I T S_DAT A[4] 005:8C CI _I T S_DAT A[2] 005:8C CI _I T S_DAT A[1] 005:8C CI _I T S_DAT A[0] 005:8C CI _I T SSY NC 005:8C CI _I T SVALI D 005:8C

E

R 9548 XX

* R 9545 0 R 9544 XX

38

47

004:2C

006:6B

36

40

49

004:2C

006:11A

34

GND_D

UAR T _T L2_R X

004:2C

D

32

GND

GND_D

UAR T C_T X

004:2C

30

T S_PI _CLK

T U1_T S_CLK

GND_D

UAR T C_R X

004:8C

26 28

T S_PI _SY NC

T U1_T S_VALI D

41 ASPECT 43

004:8C

T S_PI _DAT _0 T S_PI _VALI D

GND_D

XX C9516

R 9525 XX 006:6B

25 27

35

R 9553 XX T _X_BT _K EY _WAK E T _X_HT L_SI R CS_EN

29

33 GND_D

SY ST EM4_PWR

004:4F 004:3H

AODA_B_L Sca rt 1 Out 006:2G AODA_B_R 006:2H

GND_D

R 9508 XX T SI O_EN

SCI _DI SCI _CLK

003:5D

AAUI _L1

AAUI _L2 AAUI _R 2

GND_D

24 GND

GND_D

T SI O_DAT _0

SCI _R ST C

CL9710

LI NEOUT _L

AAUI _R 1

* R 9521 XX * R 9522 XX

18

19 T U_I D

AAUI _R 0

* R 9520 XX

GND_D

14

AAUI _R 2

AODA_B_L

17 T U_I D

* R 9519 XX

12

13

007:5J

AAUI _L0

4

AAUI _R 0

7 9

LI NEOUT _L 004:9D;007:8B

2

AAUI _L0

5

GND_D

C9501 XX GND_D

102 DAVOUT

104

2

R 9728 XX X_SY ST EM_R ST

A_R ESET 002:16I

DAVOUT

GND_D F

CI _WE_X 005:4F;005:6F;005:8B CI _R EQ_X 005:4F;005:6F;005:8B CI _WAI T _X 005:4F;005:6F;005:8B CI _ADR [12] 007:10I CI _ADR [13] 007:10I CI _ADR [14] 007:10I

105

CI _WE_X

107

CI _R EQ_X

109

CI _WAI T _X

SCAR T _FB

106

GND

108

CI _DT [0] 110

111

CI _ADR [12]

CI _DT [1] 112

113

CI _ADR [13]

CI _DT [2] 114

115

CI _ADR [14]

117

SCAR T _FB 006:6D 007:12H;007:13H;005:8C GND_D

CI _DT [0]

007:12H;007:13H;005:8C CI _DT [1]

CI _DT [3] 116 CI _DT [4] 118

007:12H CI _DT [2]007:12H B_CSI _CLK

R 9527 XX R 9528 XX

CI _DT [3] B_CSI _DI O

007:12H CI _DT [4]

007:12I

GND_D CI _OT SSY NC 007:11H;007:12H;005:8C CI _OT S_DAT A[0] 007:11H;007:12H;005:8C CI _CD1_X 005:4E;005:6E;005:9H CI _CD2_X 005:4E;005:6E;005:9H CI _VS1_X 005:4E;005:6E;005:9H

H

002:16I

AGC_DEFEAT 002:16I T U_SDA T U_SCL 002:16I

CI _OT SSY NC

121

CI _OT S_DAT A[0]

125 CI _CD2_X

GND_D CI _PWER EN 005:4E;005:6E;005:10J CI _ADR [8] 007:10I CI _ADR [11] 007:10I CI _ADR [9] 007:10I CI _ADR [10] 007:10I CI _OE_X 005:4F;005:6F;005:8B CI _CE1_X 005:4F;005:6F;005:8B CI _I OR D_X 005:4F;005:6F;005:8B CI _I OWR _X 005:4F;005:6F;005:8B DMD_R ESET 1 002:16C DMD_R ESET 2 002:16C 002:16I I FAGC_1

119

123 CI _CD1_X

G

CI _DT [5] 120

CI _ADR [1]128 CI _ADR [3] 130

131 CI _PWER EN

CI _ADR [2]132

133 CI _ADR [8]

CI _ADR [4]134

135 CI _ADR [11]

CI _ADR [6]138 CI _ADR [7] 140

141 CI _OE_X

145

CI _DT [6]007:12I

R 9540 XX R 9539 XX GND_D

C9512 XX C9513 XX C9522 0.01 C9509 XX GND_D C9521 XX C9519 XX

9 X 2 7 X 9 R

0 X 3 7 X 9 R

1 X 3 7 X 9 R

2 X 3 7 X 9 R

005:4F;005:6F;005:8B GND_D

CI _R ST B_CSI _R ST

R 9529 XX

GND 146

CI _ADR [0-14]

FR C_T L_BS0

CI _OT S_DAT A[6] 007:11I ;007:12H;005:8C

CI _OT S_DAT A[7] 152

CI _OT S_DAT A[7] 007:11I ;007:12H;005:8C

CI _OT S_DAT A[5]154

CI _OT S_DAT A[5]

CI _A DR [0]

155 AGC_DEFEAT 157 159 T U_SDA 161 T U_SCL 163 165 FR C_T L_BS0

004:2C

167

GND_D 002:16F;003:3J

I 2CB_SCL

002:16F;003:3J I 2CB_SDA

X_SY ST EM_R ST 007:16F X_EWS_DET 002:16J;004:2F;004:4E T S_PI _DAT _5 003:9I T S_PI _DAT _3 005:4J T S_PI _DAT _2 005:4J T S_PI _DAT _1 005:4J T SI O_DAT _3 005:4J T SI O_DAT _2 005:4J T SI O_DAT _1 005:4J T SI O_DAT _5 003:9I

CI _OT S_DAT A[4] 156

007:11I ;007:12H;005:8C

CI _OT S_DAT A[4] 007:11I ;007:12H;005:8C

CI _OT SCLK 158

CI _OT SCLK

CI _OT S_DAT A[3] 160

007:11H;007:12H;005:8C

CI _OT S_DAT A[3] 007:11I ;007:12H;005:8C

CI _OT SVALI D 162

CI _OT SVALI D

CI _OT S_DAT A[2] 164

007:11H;007:12H;005:8C

CI _OT S_DAT A[2] 007:11I ;007:12H;005:8C

CI _OT S_DAT A[1] 166

CI _OT S_DAT A[1] 007:11H;007:12H;005:8C

GND 168

C9517 XX C9515 XX C9508 XX

169 I 2CB_SCL 171 I 2CB_SDA 173 175 X_SY ST EM_R ST 177

D+ 1.1V170 D+ 1.1V172 C9503 0.1 16V X7R GND_D

D+ 1.1V 174 D+ 1.1V 176 GND 178 GND_D

179 T S_PI _DAT _5

R 9501XX R 9502 XX R 9503 XX

R 9505 XX R 9506 XX R 9507 XX R 9555 100

X_ET HER _WAK E 182 X_BT _K EY _WAK E184

185 T S_PI _DAT _1

R 9504 XX

C9520 XX

180

181 T S_PI _DAT _3 183 T S_PI _DAT _2

SC_X_WI FI _WAK E 188 190

191 T SI O_DAT _1

192

193 T SI O_DAT _5

SY ST EM1_PWR 194

PC_SDA T U_I D

196

C9514 XX

CI _ADR [1] CI _A DR [2] CI _ADR [3] CI _ADR [4] CI _ADR [5] CI _ADR [6] CI _ADR [7] CI _ADR [8] CI _ADR [9] CI _ADR [10] CI _ADR [11]

CI _OT SCLK 007:7H;007:12H;005:8C CI _OT SSY NC 007:5G;007:12H;005:8C CI _OT SVALI D 007:7I ;007:12H;005:8C CI _OT S_DAT A[0] 007:5G;007:12H;005:8C CI _OT S_DAT A[1] 007:7I ;007:12H;005:8C CI _OT S_DAT A[2] 007:7I ;007:12H;005:8C CI _OT S_DAT A[3] 007:7H;007:12H;005:8C CI _OT S_DAT A[4] 007:7H;007:12H;005:8C CI _OT S_DAT A[5] 007:7H;007:12H;005:8C CI _OT S_DAT A[6] 007:7H;007:12H;005:8C CI _OT S_DAT A[7] 007:7H;007:12H;005:8C

CI _OT SCLK CI _OT SSY NC CI _OT SVALI D CI _OT S_DAT A[0] CI _O T S_DAT A[1] CI _OT S_DAT A[2] CI _OT S_DAT A[3] CI _OT S_DAT A[4]

CI _DT [0-7]

CI _OT S_DAT A[5]

CI _DT [ 0] CI _DT [0] 007:8F;007:13H;005:8C CI _DT [1] 007:7G;007:13H;005:8C CI _DT [2] 007:8G CI _DT [3] 007:9G CI _DT [4] 007:7G CI _DT [5] 007:9G CI _DT [6] 007:9G CI _DT [7] 007:9G

CI _DT [1] CI _DT [ 2] CI _DT [3] CI _DT [ 4] CI _DT [5] CI _DT [6] CI _DT [7]

CI _OT S_DAT A[6] CI _OT S_DAT A[7]

CI _ADR [12] CI _ADR [13] CI _ADR [14]

GND_D SY ST EM1_PWR R 9552 003:5D XX + 5.0V_VGA_DET

GND_D 197GND

007:5C

CI _ADR [0] 007:7G;007:11H;005:8B CI _ADR [1] 007:7G;007:11H;005:8B CI _ADR [2] 007:7G CI _ADR [3] 007:7G CI _ADR [4] 007:7G CI _ADR [5] 007:7H CI _ADR [6] 007:7H CI _ADR [7] 007:7H CI _ADR [8] 007:5G CI _ADR [9] 007:5H CI _ADR [10] 007:5H CI _ADR [11] 007:5H CI _ADR [12] 007:5G CI _ADR [13] 007:5G CI _ADR [14] 007:5G

X_ET HER _WAK E 004:2E X_BT _K EY _WAK E T o B-boa rd 004:5F SC_SI R CS_I N From B-boa rd 004:9G SC_X_WI FI _WAK E 004:2E DAUO_SPDI FOP_HSS 006:5E

T _SC_SI R CS 186

187 T SI O_DAT _3 189 T SI O_DAT _2

195

GND_D

GND_D 006:11F PC_SCL 006:11F

J

D+ 1.1V

GND_D

R 9538 XX R 9537 XX GND_D R 9531 1k

CI _OT SCLK ,CI _OT SSY NC,CI _OT SVALI D,CI _OT S_DAT A[0-7]

CI _I T SCLK 005:8C

CI _I T SCLK 148 CI _OT S_DAT A[6] 150

151 DMD_R ESET 2

GND_D

I

4 X3 7 X9 R

GND_D

153 I FAGC-1

149 DMD_R ESET 1

3 X 3 7 X 9 R

5 X 3 X 7 9 R

GND142 CI _R ST144

GND_D 147 CI _I OWR _X R 9535 100 R 9536 100 R 9543 1k R 9532 1k GND_D

CI _DT [7] 007:12I

007:10H;007:11H;005:8B CI _ADR [0] 007:10H;007:11H;005:8B CI _ADR [1] 007:10H CI _ADR [3] 007:10H CI _ADR [2] 007:10H CI _ADR [4] 007:10I CI _ADR [5] 007:10I CI _ADR [6] 007:10I CI _ADR [7]

CI _ADR [5] 136

137 CI _ADR [9] 139 CI _ADR [10]

143 CI _CE1_X

CI _DT [5]

CI _DT [6] 122 CI _DT [7]124 CI _ADR [0]126

127 CI _VS1_X 129

198

GND_D 199 PC_SCL 201 203 T U_I D_GND * R 9524 680 T hi s re gi s t or i s us e d for t une r i de nt i fi ca t i on

200

GND_D + 5.0V_MAI N

+ 5.0V_MAI 202 N + 5.0V_MAI N204 C9506 0.1 16V X7R

2013/10 /2911:25 [T UNE R _DE T ]

2013/10 /2911:25

[Seg] (#(!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!($ (#(!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!($ (" ("L_AE P ("GA-1 ("GA-2 ("UC/HK ("B R ("AE P/CH/L_UC ("LT N-T 2 (" (" ("Ot hers ("HE -L (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("R 9524 ("680 ("1.5k ("3.3k ("5.6k ("10k ("22k ("0 (" ("R 9519 ("XX ("0 (" (" ("1/16W ("1/16W ("1/16W ("1/16W ("1/16W ("1/16W (" (" (" (" (" (" (" ("CHI P ("CHI P ("CHI P ("CHI P ("CHI P ("CHI P ("CHI P (" (" (" ("CHI P (" (&(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(% (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("R 9520 ("XX ("0 (" (" (" (" (" (#(!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!(((!(!(!(!(!(!(!(!($ (" (" ("CHI P (" (" ("AE P_ST D ("AE P_T 2 ("AE P_S2 ("AE P_T 2C2S2 ("UC ("CHD ("T W ("LT N_T 2 ("JP ("B R ("JP_W ("PA_T 2 (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() ("R 9521 ("XX ("0 (" ("R 9545 ("0 ("0 ("68 ("68 ("0 ("0 ("0 ("0 ("0 ("0 ("0 ("0 (" (" (" (" (" (" (" (" ("1/16W ("1/16W (" (" (" (" (" (" (" (" (" (" (" ("CHI P (" (" ("CHI P ("CHI P ("CHI P ("CHI P ("CHI P ("CHI P ("CHI P ("CHI P ("CHI P ("CHI P ("CHI P ("CHI P (" (’(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!(+(!(!(!(!(!(!(!(!() (&(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(% ("R 9522 ("XX ("0 (" (" (" (" (" (" (" ("CHI P (" (&(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(*(!(!(!(!(!(!(!(!(% 2013/10/29 11:25 [T UNE R ]

K

OR I GI NAL MODEL

RB2 Tuner BOARD

DESCR I PT I ON

CI SHEET

PAR T NO. L

ALL resistors are in o hms,W unless otherwise no ted. ALL capacitors are in uF(p;pF)unless otherwise noted. U CV

Chassis RB2G, HE-L

.c r 7. ht

C

RB2

7/7

t

154

Chassis RB2G, HE-L

SECTION 4: ELECTRICAL PART LIST RESISTORS NOTE: The components identied by a red outline and mark a contain * Items marked with an asterisk are not NOTE: The components identied by shading condential information. Specic instructions must be adhered • toAll resistors are in ohms stocked since they are seldom required for and ! mark are critical for safety. Replace only • F : nonfammable whenever these components are repaired and/or replaced. routine service. Expect some delay when with part number specied. • All variable and adjustable resistors have See Appendix A: Encryption Key Components in the back of this ordering these components. characteristic curve B, unless otherwise noted. manual. When ordering parts by reference number, please include the board name. AFTER REPLACING THE MAIN BOARD OR LCD PANEL YOU MUST UPDATE THE SOFTWARE TO THE LATEST VERSION AND COMPLETE ANY SERVICE ADJUSTMENTS

BAXL

REF. NO.

BAXL BOARD, COMPLETE A-1998-282-D (FOR KDL-32W700B, 42W700B, 50W700B, 50W790B, 50WB790B, 55W700B, 55W790B, 55W800B US/CANADA/LATIN AMERICA/MEXICO MODELS ONLY) BAXL BOARD, COMPLETE A-1998-286-D (FOR KDL-42W805B, 50W805B, 55W805B ARGENTINA/BRAZIL MODELS ONLY) BAXL BOARD, COMPLETE A-1998-287-D (FOR KDL-50W805B, 55W805B CHILE-PERU/ECUADOR MODELS ONLY) BAXL BOARD, COMPLETE A-1998-283-D (FOR KDL-50W807, 55W807B COLOMBIA MODELS ONLY)

AFTER REPLACING THE MAIN BOARD OR THE LCD PANEL, YOU MUST UPDATE THE SOFTWARE TO THE LATEST VERSION. REF. NO.

PART NO.

DESCRIPTION

111838611 111838611 111838611 111671411 111839711

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 3300PF X7R 1005

0.1 U 0.1 U 0.1 U 22 U 0.0033 U

16V 16V 16V 6.3V 50V

10% 10% 10% 20% 10%

C1407 C1408 C1409 C1410 C1501

111838611 111838611 111838611 111838611 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.1 U 0.1 U 0.1 U 0.1 U

16V 16V 16V 16V 16V

10% 10% 10% 10% 10%

C1502

111673811

CAP, CERAMIC 1MF X6S 1005

1U

6.3V 10%

C1503 C1504 C1505 C1506

111838611 111838611 111838611 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.1 U 0.1 U 0.1 U

16V 16V 16V 16V

10% 10% 10% 10%

C1507 C1508 C1509 C1510 C1511

111673811 111673811 111838611 111673811 111838611

CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 0.1MF X7R 1005

1U 1U 0.1 U 1U 0.1 U

6.3V 6.3V 16V 6.3V 16V

10% 10% 10% 10% 10%

C1512 C1531 C1532 C1533 C1534

111838611 111838611 111838611 111838611 111671411

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 22MF X6S 2012

0.1 U 0.1 U 0.1 U 0.1 U 22 U

16V 16V 16V 16V 6.3V

10% 10% 10% 10% 20%

C1551 C1556

111671411 111671611

CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 10MF X6S 2012

22 U 10 U

6.3V 20% 16V 10%

Chassis RB2G, HE-L

DESCRIPTION

REMARKS

111671411 111838611 111838611 111838611 111838611

CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

22 U 0.1 U 0.1 U 0.1 U 0.1 U

6.3V 16V 16V 16V 16V

20% 10% 10% 10% 10%

C3004 C3005 C3007 C3008 C3009

111838611 111838611 111838611 111838611 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.1 U 0.1 U 0.1 U 0.1 U

16V 16V 16V 16V 16V

10% 10% 10% 10% 10%

C3010 C3011 C3012 C3013

111838611 111838611 111838611 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.1 U 0.1 U 0.1 U

16V 16V 16V 16V

10% 10% 10% 10%

C3014

111838611 CAP, CERAMIC 0.1MF X7R 1005 0.1 U 16V 10% (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

C3015

111838611

CAP, CERAMIC 0.1MF X7R 1005 0.1 U 16V 10% (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

C3016

111838611

CAP, CERAMIC 0.1MF X7R 1005 0.1 U 16V 10% (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

C3018 C3019 C3020 C3021

111838611 111838611 111838611 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

C3022

111838611

CAP, CERAMIC 0.1MF X7R 1005 0.1 U 16V 10% (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

C3023 C3024 C3028

111672011 111672011 111671411

CAP, CERAMIC 10MF X5R 1608 CAP, CERAMIC 10MF X5R 1608 CAP, CERAMIC 22MF X6S 2012

C3029

111838611

CAP, CERAMIC 0.1MF X7R 1005 0.1 U 16V 10% (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

C3030

111838611

CAP, CERAMIC 0.1MF X7R 1005 0.1 U 16V 10% (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

C4000 C4002 C4004 C4006 C4211

111840311 111840311 111840311 111840311 111673811

CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 1000PF X7R 1005 CAP,CERAMIC 1MF X6S 1005

0.001 U 0.001 U 0.001 U 0.001 U 1U

50V 50V 50V 50V 6.3V

C4212 C4220

111673811 111838611

CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 0.1MF X7R 1005

1U 0.1 U

6.3V 10% 16V 10%

REMARKS

C1000 C1012 C1013 C1401 C1404

PART NO.

C1557 C1560 C1561 C3000 C3003

0.1 U 0.1 U 0.1 U 0.1 U

10 U 10 U 22 U

16V 16V 16V 16V

10% 10% 10% 10%

6.3V 20% 6.3V 20% 6.3V 20%

10% 10% 10% 10% 10%

155

Chassis RB2G, HE-L

RESISTORS NOTE: The components identied by a red outline and mark a contain * Items marked with an asterisk are not NOTE: The components identied by shading condential information. Specic instructions must be adhered • toAll resistors are in ohms stocked since they are seldom required for and ! mark are critical for safety. Replace only • F : nonfammable whenever these components are repaired and/or replaced. routine service. Expect some delay when with part number specied. • All variable and adjustable resistors have See Appendix A: Encryption Key Components in the back of this ordering these components. characteristic curve B, unless otherwise noted. manual. When ordering parts by reference number, please include the board name. AFTER REPLACING THE MAIN BOARD OR LCD PANEL YOU MUST UPDATE THE SOFTWARE TO THE LATEST VERSION AND COMPLETE ANY SERVICE ADJUSTMENTS REF. NO.

PART NO.

DESCRIPTION

REMARKS

REF. NO.

PART NO.

DESCRIPTION

REMARKS

C4221 C4222 C4500 C4501 C4502

111672411 111672011 111673811 111673811 111673811

CAP, CERAMIC 4.7MF X5R 1608 CAP, CERAMIC 10MF X5R 1608 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 1MF X6S 1005

4.7 U 10 U 1U 1U 1U

6.3V 6.3V 6.3V 6.3V 6.3V

20% 20% 10% 10% 10%

C5052 C5054 C5055 C5057 C5059

111838611 111838611 111838611 111673211 116487481

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 2.2MF X5R 1005 CAP,CHIP CERAMIC 100PF CH 1005

0.1 U 0.1 U 0.1 U 2.2 U 100 P

16V 16V 16V 6.3V 50V

10% 10% 10% 20% 5%

C4503 C4593

111671611 111839011

CAP, CERAMIC 10MF X6S 2012 CAP, CERAMIC 0.015MF X7R 1005

10 U 0.015 U

16V 25V

10% 10%

C5071 C5073

111838911 111838611

CAP, CERAMIC 0.022MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.022 U 0.1 U

25V 16V

10% 10%

C4594 C4600 C4601

111839011 111419311 111838611

CAP, CERAMIC 0.015MF X7R 1005 CAP, ELECT 470MF (10X10) CAP, CERAMIC 0.1MF X7R 1005

0.015 U 470 U 0.1 U

25V 25V 16V

10% 20% 10%

C5075 C5076 C5078

111838611 111838611 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.1 U 0.1 U

16V 16V 16V

10% 10% 10%

C4602 C4603 C4606 C4607 C4608

111838611 111419311 111836111 111836111 111836111

CAP, CERAMIC 0.1MF X7R 1005 CAP, ELECT 470MF (10X10) CAP, CERAMIC 0.1MF X7R 1608 CAP, CERAMIC 0.1MF X7R 1608 CAP, CERAMIC 0.1MF X7R 1608

0.1 U 470 U 0.1 U 0.1 U 0.1 U

16V 25V 50V 50V 50V

10% 20% 10% 10% 10%

C5079 C5087 C5108 C6400 C6401

111838611 111673811 111838611 116486081 111760781

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CHIP CERAMIC 27PF CH 1005 CAP, CHIP CERAMIC 24PF CH 1005

0.1 U 1U 0.1 U 27 P 24 P

16V 6.3V 16V 50V 50V

10% 10% 10% 5% 5%

C4609 C4611 C4612 C4613 C4614

111836111 111873211 111873211 111873211 111873211

CAP, CERAMIC 0.1MF X7R 1608 CERAMIC CAP 0.22MF X7R 2012 CERAMIC CAP 0.22MF X7R 2012 CERAMIC CAP 0.22MF X7R 2012 CERAMIC CAP 0.22MF X7R 2012

0.1 U 0.22 U 0.22 U 0.22 U 0.22 U

50V 50V 50V 50V 50V

10% 10% 10% 10% 10%

C6402 C6403 C6404 C6405 C6406

111447291 111839111 111839111 111838611 111838611

CAP, CERAMIC 1000PF X7R (2000) CAP, CERAMIC 0.01MF X7R 1005 CAP, CERAMIC 0.01MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.001 U 0.01 U 0.01 U 0.1 U 0.1 U

2K 50V 50V 16V 16V

10% 10% 10% 10% 10%

C4650 C4651 C4660 C4661 C4670

111840711 111840711 111840711 111840711 111840711

CAP, CERAMIC 470PF X7R 1005 CAP, CERAMIC 470PF X7R 1005 CAP, CERAMIC 470PF X7R 1005 CAP, CERAMIC 470PF X7R 1005 CAP, CERAMIC 470PF X7R 1005

470 P 470 P 470 P 470 P 470 P

50V 50V 50V 50V 50V

10% 10% 10% 10% 10%

C6407 C6408 C6502 C6506 C6507

111838611 111838611 111673811 111673811 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.1 U 1U 1U 0.1 U

16V 16V 6.3V 6.3V 16V

10% 10% 10% 10% 10%

C4671 C5006 C5012

111839711 111838611 111838611

CAP, CERAMIC 3300PF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.0033 U 50V 0.1 U 16V 0.1 U 16V

10% 10% 10%

C6508 C6509 C6510

111838611 111838611 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.1 U 0.1 U

16V 16V 16V

10% 10% 10%

C5016 C5024

111671411 111838611

CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 0.1MF X7R 1005

22 U 0.1 U

6.3V 20% 16V 10%

C6513 C6514

111650981 111650981

CAP,CHIP CERAMIC 30PF CH 1005 CAP,CHIP CERAMIC 30PF CH 1005

30 P 30 P

50V 50V

5% 5%

C5026 C5030 C5032 C5034 C5035

111838611 111838611 111671411 111838611 111673811

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 1MF X6S 1005

0.1 U 0.1 U 22 U 0.1 U 1U

16V 16V 6.3V 16V 6.3V

10% 10% 20% 10% 10%

C6515 C6523 C6525 C6526 C6528

111673811 111671411 111838611 111838611 111671411

CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 22MF X6S 2012

1U 22 U 0.1 U 0.1 U 22 U

6.3V 6.3V 16V 16V 6.3V

10% 20% 10% 10% 20%

C5037 C5038 C5039 C5042 C5043

111838611 111838611 111673811 111673811 111673711

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 1MF X5R 1005

0.1 U 0.1 U 1U 1U 1U

16V 16V 6.3V 6.3V 10V

10% 10% 10% 10% 20%

C6529 C6530 C7044 C7302 C7305

111671411 111671411 111838611 111839111 111838611

CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.01MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

22 U 22 U 0.1 U 0.01 U 0.1 U

6.3V 6.3V 16V 50V 16V

20% 20% 10% 10% 10%

C5046 C5048 C5049 C5050

111671411 111673811 111673811 111671411

CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 22MF X6S 2012

22 U 1U 1U 22 U

6.3V 6.3V 6.3V 6.3V

20% 10% 10% 20%

C7308 C7348 C7349 C7356

111838611 111840311 111839111 116484781

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 0.01MF X7R 1005 CAP, CHIP CERAMIC 7PF CH 1005

0.1 U 0.001 U 0.01 U 7P

16V 50V 50V 50V

10% 10% 10% 0.5PF

Chassis RB2G, HE-L

156

Chassis RB2G, HE-L

RESISTORS NOTE: The components identied by a red outline and mark a contain * Items marked with an asterisk are not NOTE: The components identied by shading condential information. Specic instructions must be adhered • toAll resistors are in ohms stocked since they are seldom required for and ! mark are critical for safety. Replace only • F : nonfammable whenever these components are repaired and/or replaced. routine service. Expect some delay when with part number specied. • All variable and adjustable resistors have See Appendix A: Encryption Key Components in the back of this ordering these components. characteristic curve B, unless otherwise noted. manual. When ordering parts by reference number, please include the board name. AFTER REPLACING THE MAIN BOARD OR LCD PANEL YOU MUST UPDATE THE SOFTWARE TO THE LATEST VERSION AND COMPLETE ANY SERVICE ADJUSTMENTS REF. NO.

PART NO.

DESCRIPTION

REMARKS

REF. NO.

PART NO.

DESCRIPTION

REMARKS

C7357 C7358 C7359 C7366 C7367

116484781 116485081 116484981 111673811 111840311

CAP, CHIP CERAMIC 7PF CH 1005 CAP, CHIP CERAMIC 10PF CH 1005 CAP, CHIP CERAMIC 9PF CH 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 1000PF X7R 1005

7P 10P 9P 1U 0.001 U

50V 50V 50V 6.3V 50V

0.5PF 0.5PF 0.5PF 10% 10%

C9132 C9133 C9134 C9135 C9137

111841111 111840311 111840311 111840311 111671211

CAP, CERAMIC 270PF X7R 1005 CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 22MF X6S 3216

270 P 0.001 U 0.001 U 0.001 U 22 U

50V 50V 50V 50V 10V

C7368 C7369

111838611 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.1 U

16V 16V

10% 10%

C9147 C9148

111671911 111674511

CAP, CERAMIC 10MF X6S 2012 CAP, CERAMIC 0.22MF X6S 1005

10 U 0.22 U

6.3V 10% 6.3V 10%

C7370 C7371 C7374

111838611 111838611 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.1 U 0.1 U

16V 16V 16V

10% 10% 10%

C9150 C9153 C9154

111838711 111670811 111837311

CAP, CERAMIC 0.068MF X7R 1005 CAP, CERAMIC 47MF X6S 3216 CAP, CERAMIC 0.01MF X7R 1608

0.068 U 47 U 0.01 U

16V 10% 6.3V 20% 50V 10%

C7375 C7376 C7377 C7378 C7379

111838611 111672011 111838611 111840311 111672011

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 10MF X5R 1608 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 10MF X5R 1608

0.1 U 10 U 0.1 U 0.001 U 10 U

16V 6.3V 16V 50V 6.3V

10% 20% 10% 10% 20%

C9155 C9158 C9160 C9161 C9162

111699811 111699811 111699811 111838611 111839111

CAP, CERAMIC 10MF X6S 3216 CAP, CERAMIC 10MF X6S 3216 CAP, CERAMIC 10MF X6S 3216 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.01MF X7R 1005

10 U 10 U 10 U 0.1 U 0.01 U

25V 25V 25V 16V 50V

10% 10% 10% 10% 10%

C7380 C7381 C7385 C7386 C7387

111672011 111673711 111673811 111673811 111673811

CAP, CERAMIC 10MF X5R 1608 CAP, CERAMIC 1MF X5R 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 1MF X6S 1005

10 U 1U 1U 1U 1U

6.3V 10V 6.3V 6.3V 6.3V

20% 20% 10% 10% 10%

C9164 C9165 C9167 C9168 C9170

111673611 111838611 111671911 111671411 111671411

CAP, CERAMIC 1MF X7R 1608 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 10MF X6S 2012 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 22MF X6S 2012

1U 0.1 U 10 U 22 U 22 U

10V 16V 6.3V 6.3V 6.3V

10% 10% 10% 20% 20%

C7388 C7389 C7390 C8001 C8002

111673811 111671411 111671411 111671411 111672011

CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 10MF X5R 1608

1U 22 U 22 U 22 U 10 U

6.3V 6.3V 6.3V 6.3V 6.3V

10% 20% 20% 20% 20%

C9171 C9172 C9173 C9175 C9178

111699811 111670811 111671411 111671411 111839111

CAP, CERAMIC 10MF X6S 3216 CAP, CERAMIC 47MF X6S 3216 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 0.01MF X7R 1005

10 U 47 U 22 U 22 U 0.01 U

25V 6.3V 6.3V 6.3V 50V

10% 20% 20% 20% 10%

C8034 C8042 C8048

111838611 111839111 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.01MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.01 U 0.1 U

16V 50V 16V

10% 10% 10%

C9179 C9181 C9182

111671411 111699811 111699811

CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 10MF X6S 3216 CAP, CERAMIC 10MF X6S 3216

22 U 10 U 10 U

6.3V 20% 25V 10% 25V 10%

C8049 C8201

111838611 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.1 U

16V 16V

10% 10%

C9183 C9184

111836111 111836111

CAP, CERAMIC 0.1MF X7R 1608 CAP, CERAMIC 0.1MF X7R 1608

0.1 U 0.1 U

50V 50V

C8202 C8500 C8501 C8509 C9109

111838611 112870281 116485081 111839111 111840311

CAP, CERAMIC 0.1MF X7R 1005 CAP,CHIP CERAMIC 11PF CH(1005) CAP, CHIP CERAMIC 10PF CH 1005 CAP, CERAMIC 0.01MF X7R 1005 CAP, CERAMIC 1000PF X7R 1005

0.1 U 11P 10P 0.01 U 0.001 U

16V 50V 50V 50V 50V

10% 5% 0.5PF 10% 10%

C9185 C9186 C9187 C9188 C9189

111837311 111673311 111837211 111836111 111699811

CAP, CERAMIC 0.01MF X7R 1608 CAP, CERAMIC 1MF X7R 2012 CAP, CERAMIC 0.012MF X7R 1608 CAP, CERAMIC 0.1MF X7R 1608 CAP, CERAMIC 10MF X6S 3216

0.01 U 1U 0.012 U 0.1 U 10 U

50V 10% 25V 10% 50V 10% 50V 10% 25V 10%

C9114 C9115 C9118 C9121 C9123

111699811 111840311 111839011 111840311 111840311

CAP, CERAMIC 10MF X6S 3216 CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 0.015MF X7R 1005 CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 1000PF X7R 1005

10 U 0.001 U 0.015 U 0.001 U 0.001 U

25V 50V 25V 50V 50V

10% 10% 10% 10% 10%

C9190 C9192 C9193 C9194 C9196

111699811 111671211 111671211 111671211 111840311

CAP, CERAMIC 10MF X6S 3216 CAP, CERAMIC 22MF X6S 3216 CAP, CERAMIC 22MF X6S 3216 CAP, CERAMIC 22MF X6S 3216 CAP, CERAMIC 1000PF X7R 1005

10 U 22 U 22 U 22 U 0.001 U

25V 10V 10V 10V 50V

10% 10% 10% 10% 10%

C9126 C9127 C9129 C9131

111838611 116485481 111840311 111840311

CAP, CERAMIC 0.1MF X7R 1005 CAP, CHIP CERAMIC 15PF CH 1005 CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 1000PF X7R 1005

0.1 U 15P 0.001 U 0.001 U

16V 50V 50V 50V

10% 5% 10% 10%

C9197 C9201 C9202 C9204

111840311 111673811 111673111 111838611

CAP, CERAMIC 1000PF X7R 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 2.2MF X6S 1608 CAP, CERAMIC 0.1MF X7R 1005

0.001 U 1U 2.2 U 0.1 U

50V 6.3V 6.3V 16V

10% 10% 20% 10%

Chassis RB2G, HE-L

10% 10% 10% 10% 10%

10% 10%

157

Chassis RB2G, HE-L

RESISTORS NOTE: The components identied by a red outline and mark a contain * Items marked with an asterisk are not NOTE: The components identied by shading condential information. Specic instructions must be adhered • toAll resistors are in ohms stocked since they are seldom required for and ! mark are critical for safety. Replace only • F : nonfammable whenever these components are repaired and/or replaced. routine service. Expect some delay when with part number specied. • All variable and adjustable resistors have See Appendix A: Encryption Key Components in the back of this ordering these components. characteristic curve B, unless otherwise noted. manual. When ordering parts by reference number, please include the board name. AFTER REPLACING THE MAIN BOARD OR LCD PANEL YOU MUST UPDATE THE SOFTWARE TO THE LATEST VERSION AND COMPLETE ANY SERVICE ADJUSTMENTS REF. NO.

PART NO.

DESCRIPTION

REMARKS

REF. NO.

PART NO.

DESCRIPTION

REMARKS

C9205 C9208 C9209 C9210 C9216

111671411 111671411 111838611 111838611 111672011

CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 10MF X5R 1608

22 U 22 U 0.1 U 0.1 U 10 U

6.3V 6.3V 16V 16V 6.3V

20% 20% 10% 10% 20%

CN5004 CN5004 CN5004 CN6400 CN6400

182263722 184268011 184268511 184260012 184366411

HDMI CONNECTOR HDMI CONNECTOR HDMI CONNECTOR ETHERNET CONNECTOR ETHERNET CONNECTOR

C9220 C9221

111672011 111672011

CAP, CERAMIC 10MF X5R 1608 CAP, CERAMIC 10MF X5R 1608

10 U 10 U

6.3V 20% 6.3V 20%

CN6400 CN6501

184396511 184267513

ETHERNET CONNECTOR USB CONNECTOR

C9222 C9223 C9224

111838611 111838611 111672011

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 10MF X5R 1608

0.1 U 0.1 U 10 U

16V 10% 16V 10% 6.3V 20%

CN6501 CN6501 CN6502

184319911 184357611 184267513

USB CONNECTOR USB CONNECTOR USB CONNECTOR

C9225 C9226 C9230 C9233 C9235

111672011 111839711 111839711 111839711 111839711

CAP, CERAMIC 10MF X5R 1608 CAP, CERAMIC 3300PF X7R 1005 CAP, CERAMIC 3300PF X7R 1005 CAP, CERAMIC 3300PF X7R 1005 CAP, CERAMIC 3300PF X7R 1005

10 U 0.0033 U 0.0033 U 0.0033 U 0.0033 U

6.3V 50V 50V 50V 50V

20% 10% 10% 10% 10%

CN6502 CN6502 CN8001 CN8001 CN9101

184319911 184357611 184254621 184310712 184391711

USB CONNECTOR USB CONNECTOR FFC/FPC CONNECTOR (NON ZIF)51P FFC/FPC CONNECTOR (NON ZIF)51P HEADER ASSEMBLY 30P

C9236 C9237 C9238 C9239 C9240

111838611 111838611 111838611 111671411 111671411

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 22MF X6S 2012

0.1 U 0.1 U 0.1 U 22 U 22 U

16V 16V 16V 6.3V 6.3V

10% 10% 10% 20% 20%

CN9501 CN9501 D5001 D5001 D5002

184392111 184393311 650357901 650373801 650357901

CARD EDGE CONNECTOR (204P) CARD EDGE CONNECTOR (204P) DI RB521SM-30GJT2R DI CES521 DI RB521SM-30GJT2R

C9241 C9503 C9504 C9505 C9506

111671411 111838611 111838611 111838611 111838611

CAP, CERAMIC 22MF X6S 2012 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

22 U 0.1 U 0.1 U 0.1 U 0.1 U

6.3V 16V 16V 16V 16V

20% 10% 10% 10% 10%

D5002 D5006 D5007 D5007 D5008

650373801 650293401 650357901 650373801 650305401

DI CES521 DI DB2S31100K8 DI RB521SM-30GJT2R DI CES521 DI BAT54J

C9507 C9601 C9602

111838611 111838611 111840311

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 1000PF X7R 1005

0.1 U 0.1 U 0.001 U

16V 16V 50V

10% 10% 10%

D9101 D9102 F4601

650273001 650297001 152314431

DI RSX301L-30USTE25 DI DZ2J068M0L MICRO FUSE-LINK (1608 TYPE)

5A

32V

C9603 C9604

111838611 111838611

CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 0.1MF X7R 1005

0.1 U 0.1 U

16V 16V

10% 10%

F4601 F8001

157693331 152312431

FUSE, MICRO (1608) MICRO FUSE-LINKS (1608 TYPE)

5A 4A

24V 24V

C9605 C9606 C9608 C9609 CN4601

111673811 111838611 111673811 111838611 184256612

CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 0.1MF X7R 1005 CAP, CERAMIC 1MF X6S 1005 CAP, CERAMIC 0.1MF X7R 1005 HEADER ASSEMBLY FOR PWB 4P

1U 0.1 U 1U 0.1 U

6.3V 16V 6.3V 16V

10% 10% 10% 10%

F8001 F9101 F9101 F9102 F9102

157695831 157641531 157641631 152312431 157695831

MICRO FUSE-LINK (1608 TYPE) FUSE, MICRO (1608) MICRO FUSE-LINK (1608 TYPE) MICRO FUSE-LINKS (1608 TYPE) MICRO FUSE-LINK (1608 TYPE)

4A 2A 2A 4A 4A

24V 32V 36V 24V 24V

CN5001 CN5001 CN5001 CN5002 CN5002

182263722 184268011 184268511 182263722 184268011

HDMI CONNECTOR HDMI CONNECTOR HDMI CONNECTOR HDMI CONNECTOR HDMI CONNECTOR

F9104 F9104 F9105 F9105 F9106

157641531 157641631 157641531 157641631 157641531

FUSE, MICRO (1608) MICRO FUSE-LINK (1608 TYPE) FUSE, MICRO (1608) MICRO FUSE-LINK (1608 TYPE) FUSE, MICRO (1608)

2A 2A 2A 2A 2A

32V 36V 32V 36V 32V

CN5002 CN5003 CN5003 CN5003

184268511 182263722 184268011 184268511

HDMI CONNECTOR HDMI CONNECTOR HDMI CONNECTOR HDMI CONNECTOR

F9106 FB4601 FB6400 FB7300

157641631 146932421 148109621 121899081

MICRO FUSE-LINK (1608 TYPE) FERRITE, EMI (SMD) (2012) FERRITE, EMI (SMD) (1005) CONDUCTOR, CHIP (1005)

2A

36V

Chassis RB2G, HE-L

158

Chassis RB2G, HE-L

RESISTORS NOTE: The components identied by a red outline and mark a contain * Items marked with an asterisk are not NOTE: The components identied by shading condential information. Specic instructions must be adhered • toAll resistors are in ohms stocked since they are seldom required for and ! mark are critical for safety. Replace only • F : nonfammable whenever these components are repaired and/or replaced. routine service. Expect some delay when with part number specied. • All variable and adjustable resistors have See Appendix A: Encryption Key Components in the back of this ordering these components. characteristic curve B, unless otherwise noted. manual. When ordering parts by reference number, please include the board name. AFTER REPLACING THE MAIN BOARD OR LCD PANEL YOU MUST UPDATE THE SOFTWARE TO THE LATEST VERSION AND COMPLETE ANY SERVICE ADJUSTMENTS REF. NO.

PART NO.

DESCRIPTION

FB7301 FB9100 FL4200 IC1000 IC1000

121899081 148146411 120001421 671870201 672025001

CONDUCTOR, CHIP (1005) BEAD, FERRITE (1608) FILTER, EMI REMOVAL (SMD) IC MT29F8G08ABACAWP-IT:C IC TC58NVG3S0FTAI0B4Q

IC1402 IC1402

672072301 672147201

IC1403 IC1403 IC4501

REMARKS

REF. NO.

PART NO.

DESCRIPTION

REMARKS

MCR TSB

L8000 L8000 L8001 L8001 L8002

123440021 125757821 123440021 125757821 123440021

CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4)

0.05 O O 0.05 O O 0.05 O

IC H5TQ4G63AFR-PBCR IC K4B4G1646D-BCMA000

HND SAM

L8002 L8003

125757821 123440021

CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4)

O 0.05 O

672072301 672147201 671819401

IC H5TQ4G63AFR-PBCR IC K4B4G1646D-BCMA000 IC TPA6138A2PWR

HND SAM TXI

L8003 L8004 L8004

125757821 123440021 125757821

CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4)

O 0.05 O O

IC4601 IC5009 IC5010 IC6400 IC6400

672067301 672025101 671516401 671824901 671824911

IC YDA179-SZE2 IC SII9589CTUCTR IC TPS2553DBVR IC RTL8201FR-VB-CGT IC RTL8201FR-VB-CGT

YMH SII TXI Z75 Z75

L8005 L8005 L9103 L9104 L9105

123440021 125757821 146060711 146042611 146035811

CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4) COIL, CHOKE 3.3UH COIL, CHOKE 1.0UH COIL, CHOKE 2.2UH (4018)

0.05 O O 3.3 2.2

0.027 O 0.014 O 0.042 O

IC6501 IC6502 IC6503 IC7001 IC7302

672115101 671825301 672120301 671684301 671333301

IC GL850G-OGY33 IC BD2231G-TR IC BD2235G-GTR IC MM3285FNRE IC PST8429UL

GSL ROM ROM MTM MTM

L9106 L9108 Q1000 Q1000 Q1000

146060611 146060911 655294901 655310501 872902914

COIL, CHOKE 2.2UH CHOKE COIL 3.3UH TR LTC044EUBFS8TL TR PDTC144EU TRANSISTOR DTC144EUA-T106

2.2 3.3 ROM NXP ROM

0.022 0.024 0V 50V 0V

O O 0A 0M 100M

IC7303 IC7303 IC7304 IC7304 IC7305

671036901 671503901 671831801 671926301 671925601

IC 74LVC1G08GW-125 IC TC7SZ08FU,RSONYJ IC BU18TD3WG-TR IC MM3411A18NRE IC MM3411A10NRE

NXP TSB ROM MTM MTM

Q1001 Q1001 Q5005 Q5005 Q5009

655285201 655320301 655058501 655289201 655058501

TR SSM3J328R TR PMV32UP TRANSISTOR 2PC4081R-115 TR LSCR523UBFS8TL TRANSISTOR 2PC4081R-115

TSB NXP NXP ROM NXP

50V 50V 50V

100M 0.1A 100M

IC8000 IC8201 IC8201

671032701 671239701 671503901

IC 74LVC2G07GW-125 IC 74AHC1G08GW-125 IC TC7SZ08FU,RSONYJ

NXP NXP TSB

Q5009 Q5010 Q5010

655289201 655293601 872902896

TR LSCR523UBFS8TL TR LTC014EUBFS8TL TRANSISTOR DTC114EUA-T106

ROM ROM ROM

50V 0V 0V

0.1A 0A 100M

IC8202 IC8202

671239701 671503901

IC 74AHC1G08GW-125 IC TC7SZ08FU,RSONYJ

NXP TSB

Q5011 Q5011

655270001 655302301

TR SSM3K15AMFV,L3SF TR FK3303010L

TSB MTS

IC9000 IC9001 IC9001 IC9101 IC9102

875344161 875343323 875343326 671847911 672112501

CXD4748GB IC CXD4739GB-T8 IC CXD4743GB-T8 IC TPS54332CDDAR IC NN30321A

SNY SNY SNY TXI MTS

IC9102 IC9103 IC9104 IC9105 IC9201

672128101 672073601 671819201 672019801 672024601

IC NN30321AAVB IC ISL95870BHRZ-T IC SN1011047PWPR IC BU90028NUX-TR IC S-13A1A18-A6T1U3

MTS ITN TXI ROM SIK

Q5012 Q5013 Q5013 Q5013 Q7303 Q7303 Q7311 Q7311 Q8001 Q8002 Q8002

655285201 655294901 655310501 872902914 655097801 655342601 655098701 655347601 655285201 655294901 655310501

TR SSM3J328R TR LTC044EUBFS8TL TR PDTC144EU TRANSISTOR DTC144EUA-T106 TR RN1902 TR PUMH11 TR RN1911 TR PUMH4 TR SSM3J328R TR LTC044EUBFS8TL TR PDTC144EU

TSB ROM NXP ROM TSB NXP TSB NXP TSB ROM NXP

L4601 L4602 L4603 L4604

146061511 146061511 146061511 146061511

CHOKE COIL 10UH CHOKE COIL 10UH CHOKE COIL 10UH CHOKE COIL 10UH

Q8002 Q8003 Q9106 Q9106

872902914 655097801 655294901 655310501

TRANSISTOR DTC144EUA-T106 TR RN1902 TR LTC044EUBFS8TL TR PDTC144EU

ROM TSB ROM NXP

Chassis RB2G, HE-L

T1 T1

0V 50V

T1 0A 0M 100M 0.1A 0M 0.1A 0M T1 0A 0M

0V 50V 0V 50V

100M 0.1A 0A 0M

0V 50V 0V 50V 0V 50V 50V

159

Chassis RB2G, HE-L

RESISTORS NOTE: The components identied by a red outline and mark a contain * Items marked with an asterisk are not NOTE: The components identied by shading condential information. Specic instructions must be adhered • toAll resistors are in ohms stocked since they are seldom required for and ! mark are critical for safety. Replace only • F : nonfammable whenever these components are repaired and/or replaced. routine service. Expect some delay when with part number specied. • All variable and adjustable resistors have See Appendix A: Encryption Key Components in the back of this ordering these components. characteristic curve B, unless otherwise noted. manual. When ordering parts by reference number, please include the board name. AFTER REPLACING THE MAIN BOARD OR LCD PANEL YOU MUST UPDATE THE SOFTWARE TO THE LATEST VERSION AND COMPLETE ANY SERVICE ADJUSTMENTS REF. NO.

PART NO.

Q9106 Q9107 Q9107 Q9108 Q9108

872902914 655285201 655320301 655338801 655339401

DESCRIPTION

REMARKS

TRANSISTOR DTC144EUA-T106 TR SSM3J328R TR PMV32UP TR HS8K1TB TR AON7932

ROM TSB NXP ROM AOS

0V

REF. NO. 100M T1 T1 D3 T1

Q9108 Q9109

655350201 655293701

TR AON7934 TR LTC014TUBFS8TL

AOS ROM

Q9109 R1003 R1008

655345101 121897781 121896581

TR PDTC114TU RES, CHIP 100K (1005) RES, CHIP 10K (1005)

NXP 100 K 10 K

R1019 R1020 R1022 R1026 R1027

121893781 121893781 121893781 121895381 121897381

RES, CHIP 47 (1005) RES, CHIP 47 (1005) RES, CHIP 47 (1005) RES, CHIP 1.0K (1005) RES, CHIP 47K (1005)

47 O 47 O 47 O 1K 47 K

R1028 R1037 R1038 R1040 R1041

121897381 121899081 121899081 121899081 121899081

RES, CHIP 47K (1005) CONDUCTOR, CHIP CONDUCTOR, CHIP CONDUCTOR, CHIP CONDUCTOR, CHIP

47 K

R1042 R1043 R1401 R1402 R1404

121899081 121899081 125051911 125051911 125047111

CONDUCTOR, CHIP (1005) CONDUCTOR, CHIP (1005) RES, METAL FILM CHIP 10K(1005) RES, METAL FILM CHIP 10K(1005) RES, METAL FILM CHIP 100(1005)

10 K 10 K 100 O

R1406 R1407 R1408 R1409 R1410

125048011 125048011 125051911 125051911 125051911

RES, METAL FILM CHIP 240(1005) RES, METAL FILM CHIP 240(1005) RES, METAL FILM CHIP 10K(1005) RES, METAL FILM CHIP 10K(1005) RES, METAL FILM CHIP 10K(1005)

240 O 240 O 10 K 10 K 10 K

R1411 R1412 R1413 R1414 R1415 R3000

125051911 125051911 125051911 125051911 125051911 121894181

RES, METAL FILM CHIP 10K(1005) RES, METAL FILM CHIP 10K(1005) RES, METAL FILM CHIP 10K(1005) RES, METAL FILM CHIP 10K(1005) RES, METAL FILM CHIP 10K(1005) RES, CHIP 100 (1005)

10 K 10 K 10 K 10 K 10 K 100 O

R3003

121894181 RES, CHIP 100 (1005) 100 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3004

121894181 RES, CHIP 100 (1005) 100 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3005

121894181 RES, CHIP 100 (1005) 100 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

Chassis RB2G, HE-L

50V

T1 0.1A

50V

0M

(1005) (1005) (1005) (1005)

PART NO.

DESCRIPTION

REMARKS

R3007

121894181 RES, CHIP 100 (1005) 100 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3008

125058911

R3009

125058911 RES, METAL FILM CHIP 75 (1608) 75 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3010

125058911

RES, METAL FILM CHIP 75 (1608) 75 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3011

125058911

RES, METAL FILM CHIP 75 (1608) 75 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3013

125058911

RES, METAL FILM CHIP 75 (1608) 75 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3014

121893781

RES, CHIP 47 (1005)

R3015

121893781

RES, CHIP 47 (1005) 47 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3017

121893781

RES, CHIP 47 (1005) 47 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3021

125058911

RES, METAL FILM CHIP 75 (1608) 75 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3022

125058911

RES, METAL FILM CHIP 75 (1608) 75 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3023

125058911

RES, METAL FILM CHIP 75 (1608) 75 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3024

125058911

RES, METAL FILM CHIP 75 (1608) 75 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3025

125058911

RES, METAL FILM CHIP 75 (1608) 75 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R3026

125058911

RES, METAL FILM CHIP 75 (1608) 75 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

R4508 R4601 R4602 R4651 R4652

121895381 121896181 121896181 121679791 121679791

RES, CHIP 1.0K (1005) RES, CHIP 4.7K (1005) RES, CHIP 4.7K (1005) RES, CHIP 10 (1608) RES, CHIP 10 (1608)

1K 4.7 K 4.7 K 10 O 10 O

R4661 R4662 R4991

121679791 121679791 121894181

RES, CHIP 10 (1608) RES, CHIP 10 (1608) RES, CHIP 100 (1005)

10 O 10 O 100 O

RES, METAL FILM CHIP 75 (1608)

75 O

47 O

160

Chassis RB2G, HE-L

RESISTORS NOTE: The components identied by a red outline and mark a contain * Items marked with an asterisk are not NOTE: The components identied by shading condential information. Specic instructions must be adhered • toAll resistors are in ohms stocked since they are seldom required for and ! mark are critical for safety. Replace only • F : nonfammable whenever these components are repaired and/or replaced. routine service. Expect some delay when with part number specied. • All variable and adjustable resistors have See Appendix A: Encryption Key Components in the back of this ordering these components. characteristic curve B, unless otherwise noted. manual. When ordering parts by reference number, please include the board name. AFTER REPLACING THE MAIN BOARD OR LCD PANEL YOU MUST UPDATE THE SOFTWARE TO THE LATEST VERSION AND COMPLETE ANY SERVICE ADJUSTMENTS REF. NO.

PART NO.

DESCRIPTION

REMARKS

REF. NO.

PART NO.

DESCRIPTION

REMARKS

R4992 R4993 R4994 R4999 R5002

121894181 121894181 121894181 121894181 121895681

RES, CHIP 100 (1005) RES, CHIP 100 (1005) RES, CHIP 100 (1005) RES, CHIP 100 (1005) RES, CHIP 1.8K (1005)

100 O 100 O 100 O 100 O 1.8 K

R5154 R6022 R6412 R6413 R6415

121898781 121899081 121896181 121896181 121896181

RES, CHIP 680K (1005) CONDUCTOR, CHIP RES, CHIP 4.7K (1005) RES, CHIP 4.7K (1005) RES, CHIP 4.7K (1005)

R5003 R5010

125049111 121899081

RES, METAL FILM CHIP 680(1005) CONDUCTOR, CHIP (1005)

680 O

R6418 R6501

121896181 125046211

RES, CHIP 4.7K (1005) RES, METAL FILM CHIP 43 (1005)

4.7 K 43 O

R5027 R5034 R5035

121899081 125052611 121896581

CONDUCTOR, CHIP (1005) RES, METAL FILM CHIP 20K(1005) RES, CHIP 10K (1005)

20 K 10 K

R6502 R6509 R6512

125046211 125049111 121897781

RES, METAL FILM CHIP 43 (1005) RES, METAL FILM CHIP 680(1005) RES, CHIP 100K (1005)

43 O 680 O 100 K

R5036 R5048 R5049 R5051 R5052

121898181 121896181 121896581 121896581 121896181

RES, CHIP 220K (1005) RES, CHIP 4.7K (1005) RES, CHIP 10K (1005) RES, CHIP 10K (1005) RES, CHIP 4.7K (1005)

220 K 4.7 K 10 K 10 K 4.7 K

R6514 R6515 R7004 R7010 R7011

121897381 121897381 121899081 121899081 121899081

RES, CHIP 47K (1005) RES, CHIP 47K (1005) CONDUCTOR, CHIP CONDUCTOR, CHIP CONDUCTOR, CHIP

47 K 47 K

R5066 R5068 R5071 R5076 R5085

121897081 121892981 125051111 121686491 125049511

RES, CHIP 27K (1005) RES, CHIP 10 (1005) RES,METAL FILM CHIP 4.7K(1005) CONDUCTOR, CHIP (1608) RES,METAL FILM CHIP 1.0K(1005)

27 K 10 O 4.7 K 1K

R7039 R7047 R7303 R7305 R7306

121899081 121899081 121897381 121895781 121897381

CONDUCTOR, CHIP CONDUCTOR, CHIP RES, CHIP 47K (1005) RES, CHIP 2.2K (1005) RES, CHIP 47K (1005)

R5090 R5092 R5099 R5100 R5105

125049511 121897381 121897381 121897381 121892981

RES,METAL FILM CHIP 1.0K(1005) RES, CHIP 47K (1005) RES, CHIP 47K (1005) RES, CHIP 47K (1005) RES, CHIP 10 (1005)

1K 47 K 47 K 47 K 10 O

R7317 R7318 R7322 R7323 R7324

121896181 121895381 121895981 121895381 121896181

RES, CHIP 4.7K (1005) RES, CHIP 1.0K (1005) RES, CHIP 3.3K (1005) RES, CHIP 1.0K (1005) RES, CHIP 4.7K (1005)

4.7 K 1K 3.3 K 1K 4.7 K

R5110 R5111 R5120

121896181 121897781 121895381

RES, CHIP 4.7K (1005) RES, CHIP 100K (1005) RES, CHIP 1.0K (1005)

4.7 K 100 K 1K

R7325 R7326 R7327

121895781 125052711 125050311

RES, CHIP 2.2K (1005) RES, METAL FILM CHIP 22K(1005) RES,METAL FILM CHIP 2.2K(1005)

2.2 K 22 K 2.2 K

R5121 R5123

121896181 121680391

RES, CHIP 4.7K (1005) RES, CHIP 33 (1608)

4.7 K 33 O

R7334 R7340

121896181 121894181

RES, CHIP 4.7K (1005) RES, CHIP 100 (1005)

4.7 K 100 O

R5124 R5133 R5134 R5135 R5136

121680391 122080381 122080381 122080381 122080381

RES, CHIP 33 (1608) RES, CHIP 4.7 (1005) RES, CHIP 4.7 (1005) RES, CHIP 4.7 (1005) RES, CHIP 4.7 (1005)

33 O 4.7 O 4.7 O 4.7 O 4.7 O

R7341 R7342 R7343 R7344 R7345

121894181 121894181 121894181 121894181 121894181

RES, CHIP 100 (1005) RES, CHIP 100 (1005) RES, CHIP 100 (1005) RES, CHIP 100 (1005) RES, CHIP 100 (1005)

100 O 100 O 100 O 100 O 100 O

R5137 R5138 R5139 R5140 R5144

122080381 122080381 122080381 122080381 121897781

RES, CHIP 4.7 (1005) RES, CHIP 4.7 (1005) RES, CHIP 4.7 (1005) RES, CHIP 4.7 (1005) RES, CHIP 100K (1005)

4.7 O 4.7 O 4.7 O 4.7 O 100 K

R7347 R7348 R7353 R7354 R7355

121897381 121897381 121897381 125052611 125052711

RES, CHIP 47K (1005) RES, CHIP 47K (1005) RES, CHIP 47K (1005) RES, METAL FILM CHIP 20K(1005) RES, METAL FILM CHIP 22K(1005)

47 K 47 K 47 K 20 K 22 K

R5145 R5147 R5151 R5153

121897781 121897581 121897781 121898581

RES, CHIP 100K (1005) RES, CHIP 68K (1005) RES, CHIP 100K (1005) RES, CHIP 470K (1005)

100 K 68 K 100 K 470 K

R7366 R7378 R7379 R7396

121899081 121899081 121899081 124560481

CONDUCTOR, CHIP CONDUCTOR, CHIP CONDUCTOR, CHIP RES, CHIP 10M (1005)

10 M

Chassis RB2G, HE-L

680 K (1005) 4.7 K 4.7 K 4.7 K

(1005) (1005) (1005) (1005) (1005) 47 K 2.2 K 47 K

(1005) (1005) (1005)

161

Chassis RB2G, HE-L

RESISTORS NOTE: The components identied by a red outline and mark a contain * Items marked with an asterisk are not NOTE: The components identied by shading condential information. Specic instructions must be adhered • toAll resistors are in ohms stocked since they are seldom required for and ! mark are critical for safety. Replace only • F : nonfammable whenever these components are repaired and/or replaced. routine service. Expect some delay when with part number specied. • All variable and adjustable resistors have See Appendix A: Encryption Key Components in the back of this ordering these components. characteristic curve B, unless otherwise noted. manual. When ordering parts by reference number, please include the board name. AFTER REPLACING THE MAIN BOARD OR LCD PANEL YOU MUST UPDATE THE SOFTWARE TO THE LATEST VERSION AND COMPLETE ANY SERVICE ADJUSTMENTS REF. NO.

PART NO.

DESCRIPTION

REMARKS

R7397 R7398 R7401 R7402 R7403

121895181 121899081 121897281 125052611 125052711

RES, CHIP 680 (1005) CONDUCTOR, CHIP (1005) RES, CHIP 39K (1005) RES, METAL FILM CHIP 20K(1005) RES, METAL FILM CHIP 22K(1005)

R7413 R7415

121899081 121899081

CONDUCTOR, CHIP CONDUCTOR, CHIP

(1005) (1005)

R7417 R7428 R8014

121899081 121896981 121896581

CONDUCTOR, CHIP RES, CHIP 22K (1005) RES, CHIP 10K (1005)

(1005)

R8065 R8152 R8153 R8154 R8155

125049511 121681791 121681791 121681791 121681791

R8156 R8157 R8158 R8159 R8201

REF. NO.

PART NO.

DESCRIPTION

REMARKS

R9144 R9145 R9146 R9147 R9148

121897781 121896581 121679391 125051711 125051511

RES, CHIP 100K (1005) RES, CHIP 10K (1005) RES, CHIP 4.7 (1608) RES,METAL FILM CHIP 8.2K(1005) RES,METAL FILM CHIP 6.8K(1005)

100 K 10 K 4.7 O 8.2 K 6.8 K

R9149 R9150

125051511 125055311

RES,METAL FILM CHIP 6.8K(1005) RES,METAL FILM CHIP 270K(1005)

6.8 K 270 K

22 K 10 K

R9151 R9153 R9154

121680191 125051911 125051911

RES, CHIP 22 (1608) RES, METAL FILM CHIP 10K(1005) RES, METAL FILM CHIP 10K(1005)

22 O 10 K 10 K

RES,METAL FILM CHIP 1.0K(1005) RES, CHIP 470 (1608) RES, CHIP 470 (1608) RES, CHIP 470 (1608) RES, CHIP 470 (1608)

1K 470 O 470 O 470 O 470 O

R9157 R9158 R9159 R9160 R9161

125049511 120888781 121899081 125049511 120888781

RES,METAL FILM CHIP 1.0K(1005) RES, CHIP 1.0K (1005) CONDUCTOR, CHIP (1005) RES,METAL FILM CHIP 1.0K(1005) RES, CHIP 1.0K (1005)

1K 1K

121897381 125054511 125052611 121899081 121899081

RES, CHIP 47K (1005) RES,METAL FILM CHIP 120K(1005) RES, METAL FILM CHIP 20K(1005) CONDUCTOR, CHIP (1005) CONDUCTOR, CHIP (1005)

47 K 120 K 20 K

R9162 R9165 R9170 R9171 R9173

121899081 121896581 121899081 121897781 125051911

CONDUCTOR, CHIP (1005) RES, CHIP 10K (1005) CONDUCTOR, CHIP (1005) RES, CHIP 100K (1005) RES, METAL FILM CHIP 10K(1005)

R8502 R8514 R8530 R8531 R8535

121899081 121899081 121893781 121893781 121895781

CONDUCTOR, CHIP CONDUCTOR, CHIP RES, CHIP 47 (1005) RES, CHIP 47 (1005) RES, CHIP 2.2K (1005)

47 O 47 O 2.2 K

R9176 R9177 R9178 R9179 R9181

125049511 125060811 125061611 125064011 121899081

RES,METAL FILM CHIP 1.0K(1005) RES, METAL FILM CHIP 470(1608) RES,METAL FILM CHIP 1.0K(1608) RES, METAL FILM CHIP 10K(1608) CONDUCTOR, CHIP (1005)

R8536 R8542 R8546

121895781 121895781 121896181

RES, CHIP 2.2K (1005) RES, CHIP 2.2K (1005) RES, CHIP 4.7K (1005)

2.2 K 2.2 K 4.7 K

R9182 R9184 R9185

121899081 125051911 121899081

CONDUCTOR, CHIP (1005) RES, METAL FILM CHIP 10K(1005) CONDUCTOR, CHIP (1005)

10 K

R8547 R8552

121896181 121899081

RES, CHIP 4.7K (1005) CONDUCTOR, CHIP

4.7 K

R9186 R9201

125056711 121894281

RES, METAL FILM CHIP 1M (1005) RES, CHIP 120 (1005)

1M 120 O

R8555 R8570 R8571 R8572 R9102

121899081 121893781 121893781 121893781 121894381

CONDUCTOR, CHIP RES, CHIP 47 (1005) RES, CHIP 47 (1005) RES, CHIP 47 (1005) RES, CHIP 150 (1005)

47 O 47 O 47 O 150 O

R9531 R9532 R9533 R9534 R9543

121895381 121895381 121893781 121893781 121895381

RES, CHIP 1.0K (1005) RES, CHIP 1.0K (1005) RES, CHIP 47 (1005) RES, CHIP 47 (1005) RES, CHIP 1.0K (1005)

1K 1K 47 O 47 O 1K

R9106 R9110 R9112 R9121 R9122

121899081 121899081 121899081 121897281 125050111

CONDUCTOR, CHIP (1005) CONDUCTOR, CHIP (1005) CONDUCTOR, CHIP (1005) RES, CHIP 39K (1005) RES,METAL FILM CHIP 1.8K(1005)

39 K 1.8 K

R9545 R9555 R9601 R9602 R9605

121899081 121894181 121894181 121894181 121895781

CONDUCTOR, CHIP RES, CHIP 100 (1005) RES, CHIP 100 (1005) RES, CHIP 100 (1005) RES, CHIP 2.2K (1005)

R9124 R9128 R9130 R9131

125051711 125049911 121899081 121899081

RES,METAL FILM CHIP 8.2K(1005) RES,METAL FILM CHIP 1.5K(1005) CONDUCTOR, CHIP (1005) CONDUCTOR, CHIP (1005)

R9608 R9609 RB1000 RB1001

121896581 121896181 123470221 123470221

RES, CHIP 10K (1005) RES, CHIP 4.7K (1005) RES, NETWORK 68 (1005X4) RES, NETWORK 68 (1005X4)

Chassis RB2G, HE-L

680 O 39 K 20 K 22 K

(1005) (1005)

(1005) (1005)

8.2 K 1.5 K

1K 1K

10 K 100 K 10 K 1K 470 O 1K 10 K

(1005) 100 O 100 O 100 O 2.2 K 10 K 4.7 K 68 O 68 O

162

Chassis RB2G, HE-L

RESISTORS NOTE: The components identied by a red outline and mark a contain * Items marked with an asterisk are not NOTE: The components identied by shading condential information. Specic instructions must be adhered • toAll resistors are in ohms stocked since they are seldom required for and ! mark are critical for safety. Replace only • F : nonfammable whenever these components are repaired and/or replaced. routine service. Expect some delay when with part number specied. • All variable and adjustable resistors have See Appendix A: Encryption Key Components in the back of this ordering these components. characteristic curve B, unless otherwise noted. manual. When ordering parts by reference number, please include the board name. AFTER REPLACING THE MAIN BOARD OR LCD PANEL YOU MUST UPDATE THE SOFTWARE TO THE LATEST VERSION AND COMPLETE ANY SERVICE ADJUSTMENTS REF. NO.

PART NO.

DESCRIPTION

REMARKS

REF. NO.

PART NO.

DESCRIPTION

REMARKS

RB1002 RB1002 RB1007 RB1008 RB1009

123438021 125754821 123470221 123470221 123437121

RES, NETWORK 47K (1005X4) RES, NETWORK 47K (1005X4) RES, NETWORK 68 (1005X4) RES, NETWORK 68 (1005X4) RES, NETWORK 47 (1005X4)

47 K 47 K 68 O 68 O 47 O

RB5005

146061111 COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5005

125755921 RES, NETWORK 4.7 (1005X4) 4.7 O (ARGENTINA/BRAZIL/CHILE-PERU/ECUADOR MODELS ONLY)

RB4501 RB4501

123437221 125754421

RES, NETWORK 100 (1005X4) RES, NETWORK 100 (1005X4)

100 O 100 O

RB5006

145753911 COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB4503 RB4503 RB4504

123438021 125754821 123437921

RES, NETWORK 47K (1005X4) RES, NETWORK 47K (1005X4) RES, NETWORK 22K (1005X4)

47 K 47 K 22 K

RB5006

146061111 COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5001

145753911

COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5006

125755921 RES, NETWORK 4.7 (1005X4) 4.7 O (ARGENTINA/BRAZIL/CHILE-PERU/ECUADOR MODELS ONLY)

RB5001

146061111 COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5007

145753911 COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5001

125755921 RES, NETWORK 4.7 (1005X4) 4.7 O (ARGENTINA/BRAZIL/CHILE-PERU/ECUADOR MODELS ONLY)

RB5007

146061111

COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5002

145753911 COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5007

123440021

CONDUCTOR, NETWORK (1005X4) 0.05 O (ARGENTINA/BRAZIL/CHILE-PERU/ECUADOR MODELS ONLY)

RB5008

145753911

COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5002

146061111 COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5002

125755921 RES, NETWORK 4.7 (1005X4) 4.7 O (ARGENTINA/BRAZIL/CHILE-PERU/ECUADOR MODELS ONLY)

RB5008

146061111

COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5003

145753911 COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5008

123440021

CONDUCTOR, NETWORK (1005X4) 0.05 O (ARGENTINA/BRAZIL/CHILE-PERU/ECUADOR MODELS ONLY)

RB5003

146061111

RB5009

145753911

COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5003

125755921 RES, NETWORK 4.7 (1005X4) 4.7 O (ARGENTINA/BRAZIL/CHILE-PERU/ECUADOR MODELS ONLY)

RB5009

146061111

COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5004

145753911 COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5009

125755921 RES, NETWORK 4.7 (1005X4) 4.7 O (ARGENTINA/BRAZIL/CHILE-PERU/ECUADOR MODELS ONLY)

RB5004

146061111 COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5010

145753911

COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5004

125755921 RES, NETWORK 4.7 (1005X4) 4.7 O (ARGENTINA/BRAZIL/CHILE-PERU/ECUADOR MODELS ONLY)

RB5010

146061111

COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5005

145753911 COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

RB5010

125755921

RES, NETWORK 4.7 (1005X4) 4.7 O (ARGENTINA/BRAZIL/CHILE-PERU/ECUADOR MODELS ONLY)

Chassis RB2G, HE-L

COMMON MODE CHOKE COIL 1.7 O (US/CANADA/LATIN AMERICA/MEXICO/COLOMBIA MODELS ONLY)

163

Chassis RB2G, HE-L

RESISTORS NOTE: The components identied by a red outline and mark a contain * Items marked with an asterisk are not NOTE: The components identied by shading condential information. Specic instructions must be adhered • toAll resistors are in ohms stocked since they are seldom required for and ! mark are critical for safety. Replace only • F : nonfammable whenever these components are repaired and/or replaced. routine service. Expect some delay when with part number specied. • All variable and adjustable resistors have See Appendix A: Encryption Key Components in the back of this ordering these components. characteristic curve B, unless otherwise noted. manual. When ordering parts by reference number, please include the board name. AFTER REPLACING THE MAIN BOARD OR LCD PANEL YOU MUST UPDATE THE SOFTWARE TO THE LATEST VERSION AND COMPLETE ANY SERVICE ADJUSTMENTS REF. NO.

PART NO.

RB5012 RB5012 RB5013 RB5013 RB5014

123440021 125757821 123440021 125757821 123437821

DESCRIPTION

REMARKS

CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4) RES, NETWORK 10K (1005X4)

0.05 O O 0.05 O O 10 K

RB5016 RB5016

123438021 125754821

RES, NETWORK 47K (1005X4) RES, NETWORK 47K (1005X4)

47 K 47 K

RB5017 RB5017 RB5018

123438021 125754821 123438021

RES, NETWORK 47K (1005X4) RES, NETWORK 47K (1005X4) RES, NETWORK 47K (1005X4)

47 K 47 K 47 K

RB5018 RB5019 RB5019 RB5022 RB6005

125754821 123438021 125754821 123436921 123437121

RES, NETWORK 47K (1005X4) RES, NETWORK 47K (1005X4) RES, NETWORK 47K (1005X4) RES, NETWORK 10 (1005X4) RES, NETWORK 47 (1005X4)

47 K 47 K 47 K 10 O 47 O

RB6006 RB6012 RB6040 RB6041 RB6042

123437121 123437121 123440021 123440021 123440021

RES, NETWORK 47 (1005X4) RES, NETWORK 47 (1005X4) CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4)

47 O 47 O 0.05 O 0.05 O 0.05 O

RB6043 RB6044 RB6402 RB6403 RB6403

123440021 123440021 123437121 123472321 125755121

CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4) RES, NETWORK 47 (1005X4) RES, NETWORK 75 (1005X4) RES, NETWORK 75 (1005X4)

0.05 O 0.05 O 47 O 75 O 75 O

RB6404 RB6406 RB6501

123437121 123437121 123437821

RES, NETWORK 47 RES, NETWORK 47 RES, NETWORK 10K

(1005X4) (1005X4) (1005X4)

47 O 47 O 10 K

RB7001 RB7002

123437621 123437621

RES, NETWORK 2.2K RES, NETWORK 2.2K

(1005X4) (1005X4)

2.2 K 2.2 K

RB8501 RB8504 RB8505 RB8517 RB8518

123437021 123437121 123437121 123437121 123437121

RES, NETWORK 22 RES, NETWORK 47 RES, NETWORK 47 RES, NETWORK 47 RES, NETWORK 47

RB9101 RB9601 RB9602 RB9603 T6400

123437821 123437221 125754421 125754421 144595511

RES, NETWORK 10K (1005X4) RES, NETWORK 100 (1005X4) RES, NETWORK 100 (1005X4) RES, NETWORK 100 (1005X4) PULSE TRANSFORMER

T6400 VD5004 VD5004 VD5009

144598011 180207811 180209021 180207811

PULSE TRANSFORMER VARISTOR (SMD) VARISTOR, CHIP VARISTOR (SMD)

Chassis RB2G, HE-L

(1005X4) (1005X4) (1005X4) (1005X4) (1005X4)

REF. NO.

PART NO.

DESCRIPTION

REMARKS

VD5009 VD5013 VD5013 X6400

180209021 180207811 180209021 181467611

VARISTOR, CHIP VARISTOR (SMD) VARISTOR, CHIP QUARTZ CRYSTAL UNIT(25MHZ)

27 V 27 V 27 V 25 M

X6400 X6501 X7301

181467711 181475911 181447612

QUARTZ CRYSTAL UNIT(25MHZ) QUARTZ CRYSTAL UNIT(12MHZ) QUARTZ CRYSTAL UNIT

25 M 20 PPM 12M 20 PPM 32.768 K 20 PPM

X7302 X7302

181447111 181448511

QUARTZ CRYSTAL UNIT QUARTZ CRYSTAL UNIT

48 M 48 M

20 PPM 15 PPM

X8501 X8501

181423811 181447511

VIBRATOR, CRYSTAL QUARTZ CRYSTAL UNIT

41 M 41 M

20 PPM 20 PPM

TUS

20 PPM

Component level repair information is not available.

TUNER BOARD, COMPLETE A-2063-363-B (FOR US/CANADA/LATIN AMERICA/MEXICO MODELS ONLY) TUNER BOARD, COMPLETE A-1998-232-C (FOR ARGENTINA/BRAZIL/ECUADOR/CHILE-PERU MODELS ONLY) TUNER BOARD, COMPLETE (FOR COLOMBIA MODELS ONLY)

H

A-1998-233-C

Component level repair information is not available. HSC2 BOARD, MOUNTED (FOR ALL REGIONS, EXCEPT ARGENTINA ) H BOARD, MOUNTED (FOR ARGENTINA MODELS ONLY)

A-1969-163-A

A-1993-268-A

22 O 47 O 47 O 47 O 47 O 10 K 100 O 100 O 100 O

27 V 27 V 27 V

164

Chassis RB2G, HE-L

APPENDIX A: ENCRYPTION KEY COMPONENTS

Encryption key components developed by Sony Corporation contain condential information, and shall be handled under the non-disclosure obligations provided in the applicable agreement with Sony Corporation (and/or its subsidiary). As part of this agreement specic instructions must be adhered to whenever a Circuit Board containing encryption key components is repaired and/or replaced pursuant to the following:

1. In thebe serv ice manual Circuit Boar ds acontaining encryption key components shall identied withthe a red outline and . 2. Only repair boards or components listed in the service manual shall be utilized for replacement and/or repair. 3. Disassembly, decryption, or reverse-engineering components is strictly prohibited. 4. Any board in which the Servicer replaces an encryption key component must be placed back into the set it srcnally came from and the replaced defective component MUST BE DESTROYED. Boards cannot be swapped. 5. If a Circuit Board identied with a red outline and a to be defective:

in the service manual is deemed

a. and if a core charge is imposed and is covered under the product warranty,the defective un-repaired or modied board MUST BE RETURNED to Sony. b. and if the core charge is NOT covered under the product warranty, the defective un-repaired or modied board MUST BE DESTROYED. 6. If a unit is destroyed (such as eld scrap), the Circuit Board identied with a red outline and a in the service manual MUST BE DESTROYED.

is a trademark of Sony Electronics Reproduction in whole or part without written permission is prohibited. All rights reserved. Sony Corporation 9-883-559-51

Chassis RB2G, HE-L

Sony LCSC Technical Services Service Publication Department

English 2012CJ74WEB-1 Printed in USA © 2015.2

A-1