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Philips QCG1.0S, Service Manual

The Philips QCG1.0S Service Manual is a comprehensive guide for users to understand and troubleshoot their device. Available for free download at manualshive.com, this manual provides step-by-step instructions, ensuring optimal functionality and effective maintenance. Maximize your product's potential by accessing the user manual today.

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Block Diagrams, Test Point Overview

EN 35

QCG1.0S LA

9.

2009-Feb-20

9.

Block Diagrams, Test Point Overview

Wiring Diagram 52"

CN8

1.  GND
2.  GND

3

.  GND

4.  +12V
5.  +12V
6.  +12V
7.  GND

8

.  GND

9.  GND
10. VBr1
11. BL_ON
12. VLAMP

LCD DI

S

PLAY

LVD

S

 INPUT 

(1080p)

51P

CN5

12.

 BL_ON

11.

 VBr_1

10.

 GND

9.

  GND

8

.  GND

7.

  GND

6.

  GND

5.

  +24V

4.

  +24V

3

.  +24V

2.

  +24V

1.

  +24V

CN4

12.

 BL_ON

11.

 VBr_1

10.

 GND

9.

  GND

8

.  GND

7.

  GND

6.

  GND

5.

  +24V

4.

  +24V

3

.  +24V

2.

  +24V

1.

  +24V

CN6

1.

  +24V

2.

  +24V

3

.  +24V

4.

  +24V

5.

  +24V

6.

  GND

7.

  GND

8

.  GND

9.

  GND

10.

 GND

11.

 VBr1

12.

 BL_ON

1

3

. GND

14.VLAMP

CN

3

1.

  +24V

2.

  +24V

3

.  +24V

4.

  +24V

5.

  +24V

6.

  GND

7.

  GND

8

.  GND

9.

  GND

10.

 GND

11.

 VBr1

12.

 BL_ON

1

3

. GND

14.VLAMP

CN1

1.

  L

2.

  N

CN7

3

P

CN8

3

P

CN9

4P

CN6

4P

CN9

10P

CN10

10P12

J7

14P

CN19

10P12

CN8

40P

CN17

3

0P

CN4

3

0P

CN9

12P

CN9

10P

CN10

12P

CN9

10P12

CN10

2P

CN10

2P

CN1

3

5P

CN14

8

P

CN1

8

P

CN8

5P

IR LED PANEL

KEYBOARD

MAIN 

S

UPPLY

INVERTER

INVERTER

WIRING DIAGRAM 52"

CN7

1.  PWR_ON
2.  ACD

3

.  GND

4.  GND
5.  +5V

S

6.  +5V

S

7.  +5V_

S

W

8

.  +5V_

S

W

9.  +5V_

S

W

10. +5V_

S

W

11. +5V_

S

W

12. +5V_

S

W

1

3

. GND

14. GND

INLET

EXTENTION BOARD

MAIN BOARD

FAN

TEMP

S

EN

S

OR

TEMP

S

EN

S

OR

RIGHT 

S

PEAKER

LEFT 

S

PEAKER

1

8

4

3

0_400_090122.ep

s

220109

FA

N

F1 T8.0A

Summary of Contents for QCG1.0S

Page 1: ...rcuit Diagrams and PWB Layouts Main Board HDMI Input 36 Main Board DVI Input 37 Main Board HDMI In Sequoia 38 Main Board Display Port Input 39 Main Board Digital Input Port 40 Main Board VGA Input 41 Main Board ISP 42 Main Board AFE Sequoia 43 Main Board Frame Store DDR interface 44 Main Board Panel Interface Sequoia 45 Main Board Panel Interface 46 Main Board I2S Audio Input 47 Main Board Analog ...

Page 2: ...ituation due to the different set executions Specifications are indicative subject to change 2 1 Technical Specifications For on line product support please use the links in Here is product information available as well as getting started user manuals frequently asked questions and software drivers Table 2 1 Described Model Numbers 2 2 Directions for Use You can download this information from the ...

Page 3: ... Wh Audio L 0 5 VRMS 10 kΩ jq Rd Audio R 0 5 VRMS 10 kΩ jq 2 Cinch Audio IN 2 3 In Wh Audio L 0 5 VRMS 10 kΩ jq Rd Audio R 0 5 VRMS 10 kΩ jq 3 Cinch Audio Out Rd Audio R 0 5 VRMS 10 kΩ kq Wh Audio L 0 5 VRMS 10 kΩ kq 4 Spring Clip Speaker Connections Audio Out Figure 2 3 Spring Clip Speaker Terminals Bk Speaker Left Gnd H Rd Speaker Left 5 W 8 Ω j Bk Speaker Right Gnd H Rd Speaker Right 5 W 8 Ω j ...

Page 4: ...ound Gnd H 6 Ground Red Gnd H 7 Ground Green Gnd H 8 Ground Blue Gnd H 9 5VDC 5 V jk 10 Ground Sync Gnd H 11 n c 12 DDC_SDA DDC data jk 13 H sync 0 5 V j 14 V sync 0 5 V j 15 DDC_SCL DDC clock jk 9 VGA RGB 3 RGB OUT Video RGB Out 1 Video Red 0 7 VPP 75 Ω k 2 Video Green 0 7 VPP 75 Ω k 3 Video Blue 0 7 VPP 75 Ω k 4 n c 5 Ground Gnd H 6 Ground Red Gnd H 7 Ground Green Gnd H 8 Ground Blue Gnd H 9 5VD...

Page 5: ... and picture carrier at 475 25 MHz for PAL or 61 25 MHz for NTSC channel 3 Where necessary measure the waveforms and voltages with D and without E aerial signal Measure the voltages in the power supply section both in normal operation G and in stand by F These values are indicated by means of the appropriate symbols 3 3 2 Schematic Notes All resistor values are in ohms and the value multiplier is ...

Page 6: ...can cause unexpected reactions that are best avoided Before reaching into a powered TV set it is best to test the high voltage insulation It is easy to do and is a good service precaution 3 4 Abbreviation List 0 6 12 SCART switch control signal on A V board 0 loop through AUX to TV 6 play 16 9 format 12 play 4 3 format 2DNR Spatial 2D Noise Reduction 3DNR Temporal 3D Noise Reduction AARA Automatic...

Page 7: ...mediate Frequency Interlaced Scan mode where two fields are used to form one frame Each field contains half the number of the total amount of lines The fields are written in pairs causing line flicker IR Infra Red IRQ Interrupt Request ITU 656 The ITU Radio communication Sector ITU R is a standards body subcommittee of the International Telecommunication Union relating to radio communication ITU 6...

Page 8: ...al on Fast I2C bus SD Standard Definition SDA Serial Data I2 C SDA F DAta Signal on Fast I2C bus SDI Serial Digital Interface see ITU 656 SDRAM Synchronous DRAM SECAM SEequence Couleur Avec Mémoire Color system mainly used in France and East Europe Color carriers 4 406250 MHz and 4 250000 MHz SIF Sound Intermediate Frequency SMPS Switched Mode Power Supply SoC System on Chip SOG Sync On Green SOPS...

Page 9: ...eated for Service 4 2 1 Foam Bars The foam bars order code 3122 785 90580 for two pieces can be used for all types and sizes of Flat TVs See Figure 4 2 for details Sets with a display of 42 and larger require four foam bars 1 Ensure that the foam bars are always supporting the cabinet and never only the display Caution Failure to follow these guidelines can seriously damage the display By laying t...

Page 10: ... out of the bracket When defective replace the fan 4 3 6 LED IR Panel 1 Place the set in the service position see Service Positions 2 Disconnect the connector from the rear of the panel 3 Remove the fixation screws and take out the board When defective replace the whole unit 4 3 7 Keyboard Control Panel 1 Place the set in the service position see Service Positions 2 Remove the fixation screws that...

Page 11: ...emove the screw 2 securing and grounding the LVDS cable 3 Unplug the other connectors 3 from the SSB 4 Remove all screws 4 securing the SSB connectors 5 Remove all screws 5 securing the rim and take it out 6 Remove all other screws 6 7 Release connector 7 that interconnects the SSB with the extension board 8 Lift out the SSB and the extension board separately When defective replace either the SSB ...

Page 12: ...e careful as this is a very fragile connector 5 Unplug the connectors from the backlight inverters 2 6 Release connector 3 to the main power switch 7 Release the cabling to the keyboard and the IR LED panel 8 Now remove all screws at the side of the surrounding rims 9 Gently remove the rims 10 Remove the screws 4 11 Now gently lift the complete subframe from the LCD panel When defective replace th...

Page 13: ...o No Yes Yes Yes 800 600 56 35 1 kHz 36 000 MHz 1920 1080 16 9 No No No Yes Yes Yes 800 600 60 37 9 kHz 40 000 MHz 1920 1080 16 9 No No No Yes Yes Yes 800 600 72 48 1 kHz 50 000 MHz 1920 1080 16 9 No No No Yes Yes Yes 800 600 75 46 9 kHz 49 500 MHz 1920 1080 16 9 No No No Yes Yes Yes 848 480 60 31 0 kHz 33 750 MHz 1920 1080 16 9 No No No Yes Yes Yes 1024 768 60 48 4 kHz 65 000 MHz 1920 1080 16 9 N...

Page 14: ... on the set and provide a signal source on an input this to prevent to enter the power save mode On the remote control press SET MENU Please note that this set does not respond on the standard Philips remote controllers but only responds to the with the set supplied remote control When in the factory mode at the top right of the menu an F is displayed To exit the factory mode turn off the set Figu...

Page 15: ...actory mode Use the navigation keys to browse through the menu Note that even when in Factory mode no icon for the Factory Setting defaults is shown Figure 6 1 Factory Mode Indication 6 3 1 Picture defaults Color control Picture reset 6 3 2 Screen defaults Custom zoom Screen reset 6 3 3 Audio defaults Audio reset Setting Range Default value Brightness 0 to 100 70 Contrast 0 to 100 50 18430_201_090...

Page 16: ...actory reset Yes No No Setting Range Default value OSD turn off 0 to 120 50 Information OSD 1 to 10 sec Off 10 sec Sleep timer 1 to 24 hrs Off Off OSD H position 0 to 100 50 OSD V position 0 to 100 50 Flip OSD On Off Off Monitor information Submenu Setting Range Default value Model name Type number Serial no Serial number Operating hours Operating hours SW version Software version Setting Range De...

Page 17: ...etting Range Default value Advanced option reset Yes No No Setting Range Default value Burn in On off see note 1 Off Hours running Submenu Factory reset Submenu ADC adjust Submenu Brightness Submenu Color temperature Submenu Input timing Submenu Baud rate 2400 4800 9600 19200 38400 57600 115200 9600 EDID write protect On off On ISP mode On Off Off OSD display On off On Frame lock On off On DDR con...

Page 18: ... 0 255 0 Read T1 even 0 255 0 Read T1 odd 0 255 0 Write T2 0 255 0 Read T2 even 0 255 0 Read T2 odd 0 255 0 Write T3 0 255 0 Read T3 even 0 255 0 Read T3 odd 0 255 0 Setting Range Default value Version ID Setting Range Default value DRAMCLK Submenu AUDDS1 Submenu AUDDS2 Submenu AUDDS3 Submenu AUDDS4 Submenu DDDS Submenu VDDS1 Submenu VDDS2 Submenu Setting Range Default value On Off On Off Off Ampl...

Page 19: ...te field enter batch D ISP isp_spi_ext_Sequoia txt 6 Put the set in the Factory mode see section Factory Mode 7 Press UP on the remote control to enter Factory Setting defaults and set the ISP MODE to ON 8 Click the Execute button in the GProbe program see Figure 6 4 9 Erasing and programming will start see Figure 6 5 10 Monitor will show a black screen When ready see GProbe command window the mon...

Page 20: ... a page write capability for up to 32 bytes of data Functional address lines allow up to eight devices on the same bus for up to 512 Kbits address space 7 4 NXP PCA9555 16 bit I2C and SMBus I O port with interrupt The PCA9555 consist of two 8 bit Configuration Input or Output selection Input Output and Polarity inversion Active high or Active low operation registers The system master can enable th...

Page 21: ...clip function and DRC dynamic range control function that were developed by Yamaha original digital amplifier technology The YDA148 has overcurrent protection for speaker output terminals high temperature protection and low supply voltage malfunction prevention 7 11 Sipex SP3243 RS 232 transceiver The SP3243 transceivers meet the EIA TIA 232 and ITU T V 28 V 24 communication protocols Generates 5 ...

Page 22: ...k diagrams and pin configurations of ICs that are drawn as black boxes in the electrical diagrams with the exception of memory and logic ICs 8 1 Diagram Main Board HDMI In Sequoia FLI32626H IC UD8 Figure 8 1 Internal block diagram External Memory 32 bit DDR2 DDR1 HDMI1 DVI HDMI2 DVI Sharpening Filters ACM 3D and ACC II 24 30 bit TTL Output Dual 10 bit Channel LVDS 4 Channels Output Formatter LVDS ...

Page 23: ...nal block diagram and pin configuration Block Diagram Pin Configuration 18430_306_090204 eps 090204 B1 B0 GND S VCC A 1 2 3 4 6 5 S VCC A B1 GND B0 Input S Function Logic Level Low B0 Connected to A Logic Level High B1 Connected to A Pin Descriptions Pin Names Description A B0 B1 Data Ports S Control Input ...

Page 24: ...re 8 3 Internal block diagram and pin configuration Block Diagram Pin Configuration 18430_300_090204 eps 090204 24XX64 A0 A1 A2 Vss 1 2 3 4 8 7 6 5 Vcc WP SCL SDA HV GENERATOR EEPROM ARRAY PAGE LATCHES YDEC XDEC SENSE AMP R W CONTROL I O CONTROL LOGIC I O MEMORY CONTROL LOGIC A0 A1 WP A2 SCL SDA VCC VSS ...

Page 25: ... A1 A2 I O0 0 I O0 1 I O0 2 I O0 3 I O0 4 I O0 5 I O0 6 I O0 7 VDD SDA SCL A0 I O1 7 I O1 6 I O1 5 I O1 3 I O1 4 I O1 2 I O1 1 I O1 0 VSS PCA9555 POWER ON RESET INPUT FILTER I2C SMBUS CONTROL INPUT OUTPUT PORTS WRITE pulse READ pulse A0 A1 A2 SCL SDA VDD VSS 8 BIT I O0 0 I O0 1 I O0 2 I O0 3 I O0 4 I O0 5 I O0 6 I O0 7 NOTE ALL I Os ARE SET TO INPUTS AT RESET VINT INT 8 BIT INPUT OUTPUT PORTS I O1...

Page 26: ...for Fixed Mode Vout O 2 The output of the regulator A minimum of 10uF capacitor 0 15 ESR 20 must be connected from this pin to ground to insure stability Vin I 3 The input pin of regulator Typically a large storage capacitor 0 15 ESR 20 is connected from this pin to ground to insure that the input voltage does not sag below the minimum dropout voltage during the load transient response This pin mu...

Page 27: ... pin configuration Block Diagram Pin Configuration 18430_305_090204 eps 090204 1 3 6 2 4 5 TOP VIEW 1 PS 2 OUT 3 SAG 4 IN 5 GND 5 VCC 1 4 6 2 3 5 LPF 6 75MHz IN VCC OUT SAG GND PS 1 2 75Ω Driver r e i f i l p m a n i t l i u B 2 p m a l C t u p n I 1 bias clamp 6dB 2 9dB 2 12dB 2 16 5dB 2 MM1671 MM1672 MM1673 MM1674 MM1675 MM1676 MM1677 ...

Page 28: ...a Sheets EN 28 QCG1 0S LA 8 2009 Feb 20 8 7 Diagram Extension Board Video input LM1881 IC U2 Figure 8 7 Internal block diagram and pin configuration Block Diagram Pin Configuration 18430_304_090204 eps 090204 ...

Page 29: ...n 18430_310_090205 eps 090205 DECODER ENA ENB IN1 IN0 S4B S3B S2B DA S1B S4A S3A S2A S1A DB 1 2 3 4 5 6 7 8 16 15 14 13 12 11 10 9 ENA IN1 S4A S3A S2A S1A DA GND VCC ENB IN0 S4B S3B S2B S1B DB Pin Description Pin Name Description S1A S2A S3A S4A S1B S2B S3B S4B Analog Video I O Usually Inputs S0 S1 Select Input ENA ENB Enable DA DB Analog Video I O Usually Outputs GND Ground VCC Power ...

Page 30: ...4 t u p t u O E N I L h c B b E N I L 2 2 r e t l i F s s a B h c B b L E N O T 3 2 r e t l i F e l b e r T h c B b H E N O T 4 2 t c e n n o C o N C N 5 2 Bch Monitor Output MONb 6 2 Bch Input4 IN4b 7 2 b 3 N I 8 2 Bch Input3 b 2 N I 9 2 Bch Input2 b 1 N I 0 3 Bch Input1 n o i t c n u F l o b m y S o N 1 t u p n I h c A a 1 N I 1 2 IN2a Ach Input2 3 IN3a Ach Input3 4 IN4a Ach Input4 t u p t u O r...

Page 31: ... Sheets EN 31 QCG1 0S LA 8 2009 Feb 20 8 10 Diagram Extension Board Audio input TL062 IC U25 Figure 8 10 Internal block diagram and pin configuration Block Diagram Pin Configuration 18430_312_090205 eps 090205 ...

Page 32: ... QCG1 0S LA 8 2009 Feb 20 8 11 Diagram Extension Board Audio amplifier YDA148 IC U27 Figure 8 11 Internal block diagram and pin configuration Block Diagram Pin Configuration 18430_313_090205 eps 090205 32 pin QFN Top View ...

Page 33: ...8 9 10 11 18 19 20 21 12 13 14 17 16 15 R5OUT T1OUT T2OUT T3OUT T3IN T2IN R4OUT R5IN R3OUT R2OUT R1OUT R2OUT SP3243 C1 SP3243 28 24 2 1 27 3 26 5KΩ 5KΩ 5KΩ 5KΩ 5KΩ GND C1 C1 C2 C2 V V VCC 14 13 12 20 19 18 17 16 15 0 1μF 0 1μF 0 1μF C2 C5 C1 C3 C4 0 1μF 0 1μF 9 10 11 4 5 6 7 8 RS 232 OUTPUTS RS 232 INPUTS TTL CMOS INPUTS TTL CMOS OUTPUTS To μP Supervisor Circuit 23 22 21 VCC VCC 25 T1 IN R1 OUT R1...

Page 34: ...and pin configuration Block Diagram Pin Configuration 18430_303_090204 eps 090204 VDD REXT GND SDA SCL COMMAND REGISTER INTEGRATING ADC DATA REGISTER I 2 C PHOTODIODE LIGHT 3 2 5 6 1 FOSC IREF COUNTER 216 GAIN RANGE EXT SHDN INT TIME 4 A0 TIMING PROCESS ARRAY DATA MODE 6 LD ODFN TOP VIEW 1 2 3 6 5 4 VDD GND REXT SDA SCL A0 ...

Page 35: ...7 GND 8 GND 9 GND 10 GND 11 VBr1 12 BL_ON 13 GND 14 VLAMP CN3 1 24V 2 24V 3 24V 4 24V 5 24V 6 GND 7 GND 8 GND 9 GND 10 GND 11 VBr1 12 BL_ON 13 GND 14 VLAMP CN1 1 L 2 N CN7 3P CN8 3P CN9 4P CN6 4P CN9 10P CN10 10P12 J7 14P CN19 10P12 CN8 40P CN17 30P CN4 30P CN9 12P CN9 10P CN10 12P CN9 10P12 CN10 2P CN10 2P CN13 5P CN14 8P CN1 8P CN8 5P IR LED PANEL KEYBOARD MAIN SUPPLY INVERTER INVERTER WIRING DI...

Page 36: ...JECT NAME WLZR A1 A4 2 22 Thursday January 08 2009 HDMI1 CONNECTOR IC L1 121A40 8 NC R11 1K 6 R25 10K 6 C2 0 1uF 6 R344 10K 6 NC R20 0R 6 NC R1 100R 6 R10 0R 6 Q1 2N7002 3 2 1 R12 42 2K 6 R30 0R 6 NC Q3 DTC144E NC 1 3 2 R14 0R 6 NC CN1 HDMI_con SHELL1 20 SHELL2 21 D2 1 D2 Shield 2 D2 3 D1 4 D1 Shield 5 D1 6 D0 7 D0 Shield 8 D0 9 CK 10 CK Shield 11 CK 12 CE Remote 13 NC 14 DDC CLK 15 DDC DATA 16 GN...

Page 37: ... January 08 2009 D8 UDZ5V6B NC 2 1 U5 24LC02B NC A0 1 A1 2 A2 3 VSS 4 SDA 5 SCL 6 WP 7 VCC 8 R32 100R 6 D12 EZJZ0V800AA NC R41 10K 6 Q5 MMBT3904 3 1 2 R33 100R 6 C9 47pF 6 NC D13 EZJZ0V800AA NC R58 10R 6 D14 EZJZ0V800AA NC C11 0 1uF 6 NC R34 0R 6 R712 1k 6 NC R49 0R 6 D15 EZJZ0V800AA NC R56 10R 6 D3 BAT54C 3 1 2 R53 10R 6 R47 1K 6 R42 0R 6 NC D16 EZJZ0V800AA NC U4 24LC02B A0 1 A1 2 A2 3 VSS 4 SDA ...

Page 38: ..._CON_RXC 2 3 3V_HDMI 1 2V_HDMI 3 3V_HDMI Title v e R r e b m u N t n e m u c o D e z i S t e e h S e t a D o f WLZSA1 ST FLI32626 D2A HDMI_IN_ SEQUOIA PROJECT NAME WLZR A1 A4 4 22 Thursday January 08 2009 C21 0 1uF 6 C20 0 1uF 6 C22 0 1uF 6 C17 22uF 6 3V 1 2 C23 22uF 6 3V 1 2 C19 1nF 6 SEQUOIA HDMI Input Port U8D FLI32626H HDMI_ARX2P B5 HDMI_ARX2N A5 HDMI_ARX1P B6 HDMI_ARX1N A6 HDMI_ARX0P B7 HDMI_...

Page 39: ... 6 NC R76 270R 6 NC SEQUOIA Display Port Input U8C FLI32626H DPRX_3N B18 DPRX_3P A18 DPRX_2N B19 DPRX_2P A19 DPRX_1N B20 DPRX_1P A20 DPRX_0N B21 DPRX_0P A21 DPRX_AUXN B23 DPRX_AUXP A23 DPRXI_REXT A22 DPRX_VDD12 C18 DPRX_VSS C19 DPRX_VDD12 C20 DPRX_VDD12 C22 DPRX_VSS C21 DPRX_VSS B22 DPRX_VSS C23 L13 DCC0904N017 NC 1 4 2 3 L14 DCC0904N017 NC 1 4 2 3 C26 1nF 6 C30 0 1uF 6 NC RN1 10R 4P2R NC 1 2 3 4 ...

Page 40: ...W VCC_OPT RESET_O C SCLK_TCK 3 3V_I O 5 15 16 17 19 5V_SW 10 12 20 22 5VSB 7 8 10 19 20 21 MSTR1_SCL 17 18 22 MSTR1_SDA 17 18 22 SRESET 17 MPE_JTAG_RST 21 MPE_JTAG_TDI 21 MPE_JTAG_TDO 21 MPE_JTAG_MODE 21 MPE_JTAG_CLK 21 12V_SW 12 20 22 3 3V_I O 5VSB 5V_SW 12V_SW Title v e R r e b m u N t n e m u c o D e z i S t e e h S e t a D o f WLZSA1 ST FLI32626 D2A Digital Input Port PROJECT NAME WLZR A1 A4 6...

Page 41: ...R 6 C33 NC R110 10K 6 D26 UDZ5V6B 2 1 R120 10K 6 Q9 DTC144E 1 3 2 R149 0R 6 R118 2 2K 6 R115 NC D28 BAT54C 3 1 2 R109 6 8K 6 C42 47pF 6 R131 22K 6 L20 0R 6 CN6 DFDS15FR092 8 15 7 14 6 13 5 12 4 11 3 10 2 9 1 16 17 R684 0R 6 R123 0R 6 L24 0R 6 R117 2 2K 6 R111 75_1 2W D24 BAV99 NC 1 3 2 R242 10K 6 C39 47pF 6 R126 100R 6 R116 NC R682 0R 6 R124 0R 6 L25 0R 6 C36 NC C40 47pF 6 R129 2 2K 6 R121 10K 6 C...

Page 42: ...MCU 21 TXD1_SMCU 21 DDC_5V DDC_5V 5VSB Title v e R r e b m u N t n e m u c o D e z i S t e e h S e t a D o f WLZSA1 ST FLI32626 D2A ISP PROJECT NAME WLZR A1 A4 8 22 Thursday January 08 2009 R236 0R 6 R672 10K 6 R699 0R 6 NC R245 0R 6 NC C112 0 1uF 6 NC U50 NC7SB3157P6X_NL B1 1 GND 2 B0 3 A 4 VCC 5 S 6 R239 NC U42 NC7SB3157P6X_NL B1 1 GND 2 B0 3 A 4 VCC 5 S 6 U49 NC7SB3157P6X_NL B1 1 GND 2 B0 3 A 4...

Page 43: ...101 0 1uF 6 C75 22uF 6 3V 1 2 R193 20R 6 C97 0 1uF 6 R231 57 6R 6 R190 57 6R 6 C93 0 1uF 6 R163 0R 6 C79 0 1uF 6 R705 100R 6 NC C110 0 1uF 6 C91 0 1uF 6 R205 0R 6 NC C106 0 1uF 6 C85 0 1uF 6 NC R214 75R 6 NC C102 0 1uF 6 R708 0R 6 R198 57 6R 6 R685 0R 6 NC R166 0R 6 C98 0 1uF 6 C365 0 1uF 6 R234 57 6R 6 R687 0R 6 NC R189 57 6R 6 C94 0 1uF 6 R230 20R 6 C86 0 1uF 6 C80 1nF 6 R228 0R 6 NC R210 20R 6 ...

Page 44: ...18 22R 4P2R 1 2 3 4 C126 1nF 4 C116 1uF 6 C142 1nF 4 C171 0 1uF 4 C179 1nF 4 RN22 22R 4P2R 1 2 3 4 L70 121A40 8 C156 1nF 4 SEQUOIA Frame Store DDR Interface U8A FLI32626H DDR_D0 D20 DDR_D4 L19 DDR_D2 G22 DDR_D3 H23 DDR_D1 K20 DDR_D5 E19 DDR_D6 J20 DDR_D7 D21 DDR_DM0 H20 DDR_DQS0 G19 DDR_DQS_N G20 DDR_D8 E22 DDR_D9 K23 DDR_D10 H21 DDR_D11 J21 DDR_D12 K22 DDR_D13 E21 DDR_D14 K21 DDR_D15 D23 DDR_DM1 ...

Page 45: ...S_O_CH4 12 LVDS_O_CLK 12 LVDS_O_CLK 12 LVDS_E_CH0 12 LVDS_E_CH0 12 LVDS_E_CH1 12 LVDS_E_CH1 12 LVDS_E_CH2 12 LVDS_E_CH2 12 LVDS_E_CH3 12 LVDS_E_CH3 12 LVDS_E_CH4 12 LVDS_E_CH4 12 LVDS_E_CLK 12 LVDS_E_CLK 12 PPWR 12 3 3V_LVDS 12 19 PBIAS 20 3 3V_LVDS 3 3V_LVDS Title v e R r e b m u N t n e m u c o D e z i S t e e h S e t a D o f WLZSA1 ST FLI32626 D2A Panel Interf_SEQUOIA PROJECT NAME WLZR A1 A4 11...

Page 46: ...H4 11 LVDS_E_CH2 11 LVDS_E_CH2 11 LVDS_E_CH4 11 LVDS_E_CH3 11 LVDS_O_CH3 11 LVDS_O_CH0 11 LVDS_E_CLK 11 LVDS_O_CH3 11 LVDS_O_CH2 11 LVDS_E_CH1 11 LVDS_E_CLK 11 PWM RL_L 13 PPWR 11 PWM1 17 3 3V_LVDS 11 19 12V_SW 5V_SW PANEL_POWER PANEL_POWER 3 3V_COMMON 5V_SW 3 3V_LVDS 3 3V_LVDS 3 3V_LVDS 3 3V_LVDS Title v e R r e b m u N t n e m u c o D e z i S t e e h S e t a D o f WLZSA1 ST FLI32626 D2A Panel In...

Page 47: ... HDCP_WP 17 NVRAM_WP 17 RL_L 12 UD_D 12 Title v e R r e b m u N t n e m u c o D e z i S t e e h S e t a D o f WLZSA1 ST FLI32626 D2A I2S Audio Input PROJECT NAME WLZR A1 A4 13 22 Thursday January 08 2009 R282 0R 6 R283 0R 6 SEQUOIA I2S U8M FLI32626H I2S_DIN AA8 I2S_WS_IN AB8 I2S_CLK_IN Y8 I2SB_DOUT2 AA9 I2SB_DOUT1 Y9 I2SB_WS_OUT AC9 I2SB_CLK_OUT AB9 IS2B_MCLK_OUT IN AC8 SPDIF_IN AA7 SPDIF_OUT AB7 ...

Page 48: ...10 EIC_4500 E02N NC 1 2 C218 0 47uF 6 R320 4 7K 6 C225 1uF 6 C206 0 1uF 6 C220 0 47uF 6 SEQUOIA Audio CODEC U8H FLI32626H AUD_L1_IN R2 AUD_L2_IN R4 AUD_L3_IN T2 AUD_L4_IN T4 AUD_L5_IN U2 AUD_R1_IN R1 AUD_R2_IN R3 AUD_R3_IN T1 AUD_R4_IN T3 AUD_R5_IN U1 AUD_L1_OUT W1 AUD_R1_OUT V2 AUD_L2_OUT W2 AUD_R2_OUT V3 AUD_OUT_LS_L U4 AUD_OUT_LS_R V1 AUD_HP_L_OUT W4 AUD_SUB_OUT U3 AUD_HP_R_OUT V4 AUD_MONO_IN P...

Page 49: ...layed output tied to internal RESETn For ATE vectors SCAN is enabled here and ALTERNATE TBD pad is used as internal RESETn substitute 1 0 TEST_ EN0 C243 0 1uF 6 R677 0R 6 NC C242 22uF 6 3V 1 2 C239 0 1uF 6 R330 100R 6 C244 1nF 6 R334 10K 6 NC R343 10K 6 NC R336 10K 6 NC C246 0 1uF 6 SEQUOIA Low Power Monitor U8K FLI32626H CEC_LPM Y1 IR_LPM AA2 UDO_LPM AB1 UDI_LPM AC1 LPM_GPIO0 AA3 LPM_GPIO3 AA1 I ...

Page 50: ...1uF 6 C270 1nF 6 SEQUOIA System Power Ground U8N FLI32626H CORE_1 2 J9 CORE_1 3 J10 CORE_1 4 J14 CORE_1 5 J15 CORE_1 6 K9 CORE_1 7 K15 CORE_1 8 L15 CORE_1 9 P9 CORE_1 10 P15 CORE_1 11 R9 CORE_1 12 R10 CORE_1 13 R14 CORE_1 14 R15 I O_VDD_3 3 E9 I O_VDD_3 4 E15 I O_VDD_3 5 N5 I O_VDD_3 6 W8 I O_VDD_3 7 W10 I O_VDD_3 8 W13 DGND J11 DGND J12 DGND J13 DGND K10 DGND K11 DGND K12 DGND K13 DGND K14 DGND L...

Page 51: ...o M O R l a n r e t n I WDT resets all digital logic in the IC WDT resets internal x186 ucontroller Normal Nibble mode enabled for loading ATE vectors I2C address 48H and 49H I2C address A6H and A7H HDMI EXTERNAL HDCP KEY Modify by Kodi 2008 2 22 R640 0R 6 U28 24LC02B NC A0 1 A1 2 A2 3 VSS 4 SDA 5 SCL 6 WP 7 VCC 8 R407 1K 6 R391 4 7K 6 R367 10K 6 R409 0R 6 R387 NC R356 0R 6 SEQUOIA OCM Peripherals...

Page 52: ... 6 3V 1 2 TP13 R430 NC R420 0R 6 R416 NC R431 NC R519 10K 6 1 R661 0R 6 L52 0R 6 TP12 C279 0 1uF 6 R432 4 7K 6 R422 0R 6 NC R415 NC L49 121A40 8 NC L51 0R 6 R435 4 7K 6 R417 NC C282 0 1uF 6 R424 0R 6 C288 0 1uF 6 C284 22uF 6 3V 1 2 L50 0R 6 C283 0 1uF 6 R425 10K 6 TP15 C281 0 1uF 6 C286 0 1uF 6 Q20 MMBT3906 NC 3 1 2 R426 10K 6 NC C277 22uF 6 3V 1 2 C289 0 1uF 6 CN13 EIC_4500 E07N 1 2 3 4 5 6 7 C28...

Page 53: ...1 S10 holec138d138n 2 3 4 5 6 7 8 9 1 10 1 S2 holec256d126p2 2 3 4 5 6 7 8 9 1 C294 220uF 16V 1 2 R450 0R 6 1 S7 holec138d138n 2 3 4 5 6 7 8 9 1 10 L96 121A40 8 C308 47uF 6 3V C306 0 1uF 6 R449 10K 6 L58 121A40 8 1 S3 holec256d126p2 2 3 4 5 6 7 8 9 1 C298 1500pF 6 L81 121A40 8 U30 AOZ1010 SO8 VIN 2 EN 6 COMP 5 AGND 3 PGND 1 FB 4 LXA 8 LXB 7 C295 220uF 16V 1 2 D40 BAV99 1 3 2 C292 0 1uF 6 R457 200 ...

Page 54: ...8 9 10 11 12 13 14 R473 1K 6 1 2 Q31 MMBT3904 3 1 2 C321 0 1uF 6 Q33 MMBT3904 3 1 2 L89 121A40 8 C325 NC R476 10K 6 R460 0R 6 L103 121A40 8 NC TP6 C322 470uF 16V R464 10K 6 L94 121A40 8 L90 121A40 8 NC R471 10K 6 R487 1K 6 R523 0R 6 R522 0R 6 NC R478 470R 6 TP7 C336 47uF 6 3V C324 0 1uF 6 TP10 C320 0 1uF 6 NC R459 0R 6 NC R469 1K 6 TP9 C316 0 1uF 6 L92 121A40 8 R667 330R 6 1 L93 121A40 8 NC C327 N...

Page 55: ...short Normal status R642 0R 6 NC R578 NC U37 NC7SB3157P6X_NL B1 1 GND 2 B0 3 A 4 VCC 5 S 6 R540 0R 6 Q22 2N7002 3 2 1 R525 0R 6 R561 0R 6 R524 0R 6 NC R592 NC R696 10K 6 NC R702 10K 6 R566 NC R570 NC R542 0R 6 R669 0R 6 R582 NC R515 10K 6 D45 1N4148 1 2 R526 0R 6 R580 0R 6 R575 NC R548 0R 6 R593 NC R585 NC R546 0R 6 NC R531 0R 6 U36 R5F211A4SP RESET 3 XOUT P4_7 4 VSS AVSS 5 XIN P4_6 6 VCC AVCC 7 M...

Page 56: ...M_SDA 17 PC_RB 7 COM_SCL 17 B2 9 AUD_OUT_LS_R 14 SV4 9 VS_IN 9 SYS_POWERON STBY 17 20 RED_IN 7 9 SV3 9 AUD_IN_R2 14 AUD_OUT_LS_L 14 B3 9 ACD 17 20 5V_SDA 21 BIN 7 9 GIN 7 9 COM_POWERON RIN 7 9 5VS 5VS 5VS 5VS 5V_SW 12V_SW 3 3V_SMCU Title v e R r e b m u N t n e m u c o D e z i S t e e h S e t a D o f WLZSA1 ST FLI32626 D2A Board to Board Connect PROJECT NAME WLZR A1 A4 22 22 Thursday January 08 20...

Page 57: ...6 75R 2010 NC R36 1 8K 6 C8 0 1uF 6 R20 10K 6 C269 0 1uF 6 R15 4 7K 6 R24 0R 6 R550 4 7K 6 C11 47uF 25V 1 2 C7 0 1uF 6 L4 0R 6 Q69 MMBT3904 2 1 3 R16 75R 2010 U39 NC7SB3157P6X_NL NC B1 1 GND 2 B0 3 A 4 VCC 5 S 6 R7 10R 6 R28 680R 6 J1 CBNC2P YKC31 0184ON6_0 G2 P2 P2 G1 G1 P1 P1 R34 0R 6 R553 4 7K 6 R32 15K 6 C18 100pF 6 L6 0R 6 C17 0 1uF 6 R551 1K 6 R552 10K 6 NC C21 47uF 25V 1 2 C10 0 1uF 6 U1 MM...

Page 58: ...61 5F Fu Sing 1 Rd Gueishan Hsiang Taoyuan Taiwan TechView International Technology Inc Tel 886 3 3287088 Fax 886 3 3288066 B2A 02 ANALOG INPUT A4 2 11 Friday January 09 2009 Doc Standard Circuit Design PCB Name Rev Near to CN8 Y PB PR 3ය 16mil ಛᇆᒵ ᒵᐈ Y PB PR ಛᇆᒵႊ چץ R49 75R 2010 C36 NC L14 0R 6 C37 NC L15 0R 6 C34 NC C38 NC L16 0R 6 C39 NC D15 BAV99 1 3 2 R50 75R 2010 R51 75R 2010 D17 EZJZ0V800AA...

Page 59: ...5 NC3 8 VSS 4 OUT 6 VCC 7 R256 3K 6 U19 TSH340_SOT23_5P OUT 1 GND 2 IN 3 NC 4 VCC 5 U38 AP1117ELA TO223 NC ADJ GND 1 VOUT 2 VIN 3 OUT 4 R259 75R 2010 U18 TSH340IDT NC NC2 1 NC1 2 IN 3 NC4 5 NC3 8 VSS 4 OUT 6 VCC 7 R561 200R 6F NC L87 121A4 8 C126 NC L30 121A4 8 U21 74LVC1G126GW 2 4 5 3 1 CN3 TEKCON MINI DB15 8 15 7 14 6 13 5 12 4 11 3 10 2 9 1 16 17 R262 75R 2010 R557 0R 6 D20 BAV99 1 3 2 R260 220...

Page 60: ...AUD_HP_L_OUT AUD_HP_R_OUT ANG_VOUT1 SDA_SUB 5 8 9 10 11 SCL_SUB 5 8 9 10 11 BNC_Y 1 2 BNC_PB 2 BNC_PR 2 SYNC_CNT 1 SYS_POWERON 8 9 11 MUTE 5 6 AUD_OUT_LS_L 5 AUD_OUT_LS_R 5 AUD_OUT1_L 5 AUD_OUT1_R 5 12V_SW 5VS 5V_SW Title Size Document Number Rev t e e h S e t a D o f SCH File Name v e R B C P e m a N e l i F B C P Check Approval Draw No 361 5F Fu Sing 1 Rd Gueishan Hsiang Taoyuan Taiwan TechView ...

Page 61: ... 17 CTL 18 CTH 19 AGC 20 OUTb 21 LINEb 22 TONE Lb 23 TONE Hb 24 NC2 25 MONb 26 IN4b 27 IN3b 28 IN2b 29 IN1b 30 L31 0R 6 C188 1uF 6 NC L33 121A4 8 C135 2 2uF 6 C178 100uF 25V D27 EZJZ0V800AA 6 NC 1 2 C179 33pF 6 F C E B D A JACK3 SINGA_2PJ_246V_B18_9P 1 3 2 4 6 5 7 9 8 10 11 C146 NC L37 0R 6 R328 100K 6 R359 47K 6 NC C172 1uF 6 Q43 DTC144E NC 1 3 2 L35 0R 6 C144 1uF 6 C148 2200pF 6 NC R332 100K 6 R...

Page 62: ... 6 L52 121A4 8 NC C195 1uF 6 R390 82K 6 NC L47 22uH R368 47K 6 R384 0R 6 R386 200K 6 C191 0 22uF 8 C192 0 1uF 8 C212 470uF 16V C198 220pF 6 NC L82 121A4 8 C210 0 1uF 6 C189 0 1uF 8 R372 10K 6 U27 YDA148 PVDDREG 1 AVDD 2 INLP 3 INLM 4 VREF 5 INRM 6 INRP 7 AVSS 8 PLIMIT 9 PVDDPR 10 OUTPR1 12 PVSSR 13 OUTMR2 14 OUTMR1 15 PVDDMR 16 SLEEPN 17 PROTN 18 CKOUT 20 MUTEN 19 CKIN 21 NCDRC0 22 NCDRC1 23 GAIN0...

Page 63: ...l 886 3 3287088 Fax 886 3 3288066 B2A 09 SPEAKER SW A4 7 11 Friday January 09 2009 Doc Standard Circuit Design PCB Name Rev DIP Package 5110_4pin Cancel AGND 0325 GND_SIGNAL change to AGND 3 26 GND_SIGNAL change to AGND 3 26 R404 1K 6 C220 470pF 6 LS1 RELAY DPDT 4 6 8 13 11 9 1 16 1 S3 MTH315D138 2 3 4 5 6 7 8 9 1 10 C217 470pF 6 A B C D CN5 TEKCON_5110 855 310 52_4P A 1 C 3 B 2 D 4 G 5 G 6 1 S4 M...

Page 64: ...0R 6 R417 100R 6 R434 0R 6 R436 100R 6 R415 0R 6 R411 NC R405 33R 6 C222 0 1uF 6 R407 33R 6 R425 22K 6 R428 0R 6 R409 100R 6 R419 100R 6 U31 PI5C3253 1OE 1 S1 2 1B4 3 1B3 4 1B2 5 1B1 6 1A 7 GND 8 2A 9 S0 14 2OE 15 VCC 16 2B1 10 2B2 11 2B3 12 2B4 13 C225 0 1uF 6 1 2 R432 100R 6 R438 22K 6 C229 10uF 50V R408 33R 6 R430 100R 6 1 2 R567 0R 6 NC L62 121A4 8 L58 0R 6 D36 EZJZ0V800AA 6 NC 1 2 R437 100R 6...

Page 65: ... R B C P e m a N e l i F B C P Check Approval Draw No 361 5F Fu Sing 1 Rd Gueishan Hsiang Taoyuan Taiwan TechView International Technology Inc Tel 886 3 3287088 Fax 886 3 3288066 B2A 11 GPIO POWER A4 9 11 Friday January 09 2009 Doc Standard Circuit Design PCB Name Rev I2C address 4 A2A1A0 H R573 0R 6 NC C232 0 1uF 6 R571 10k 6 NC R482 0R 6 NC R477 10K 6 L67 121A4 8 R470 0R 6 CN13 EIC_4500 05 NC 4 ...

Page 66: ... 10K 6 R516 33R 6 Q58 DTC144E 1 3 2 R506 33K 6 R530 100R 6 U34 PHP_PFC8563T_TSSOP_8P OSCI 1 OSCO 2 INT 3 VSS 4 SDA 5 SCL 6 CLKOUT 7 VDD 8 R525 NC C246 0 1uF 6 R512 0R 6 CN8 EIC_4500 E03N 1 2 3 R510 1K 6 C248 47uF 25V 1 2 C249 0 1uF 6 R523 10K 6 R504 560R 6 R517 33R 6 R564 10K 6 NC Q57 APM3195P 2 3 1 CN9 4500 E04N 1 2 3 4 Y1 32 768kHz R526 4 7K 6 R514 10K 6 D41 1N4148 1 2 C243 1F_5 5V 1 2 R531 4 7K...

Page 67: ... TechView International Technology Inc Tel 886 3 3287088 Fax 886 3 3288066 B2A 12 PC_POWER B 11 11 Friday January 09 2009 Doc Standard Circuit Design v e R e m a N B C P From M B input 12V Light_Sensor C256 0 1uF 6 R547 0R 6 D42 NC 1 2 R545 10K 6 C264 10uF 50V R540 4 7K 6 C255 0 1uF 6 CN11 EIC_4606 05 NC 4 3 2 1 5 U36 NC7SB3157P6X_NL AL003157107 B1 1 GND 2 B0 3 A 4 VCC 5 S 6 R548 0R 6 NC L77 121A4...

Page 68: ...WLZR WJZS MST5251 A1A Part modified SMD Connector 1 R8 0R 6 FIX6 FIX_MASK L1 JP RC0603 1 2 1 R7 100K 6 C3 10uF 8 C2 10uF 8 D2 ROHM_SML020MLTT86 4 1 3 2 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 R6 0R 6 D1 3 3V 1 2 R2 10k 6 NC FIX1 FIX_MASK R4 100R 6 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 FIX4 FIX_MASK U2 OPTO_FM_1040FN_F_5NR_REV_4P 3 2 1 4 R1 10k 6 NC FIX5 FIX_MASK CN1 3801_1 25pitch_8pin 4 4 3 3 2 2 1 1 8...

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