TV LED 40L5400 48L5400 55L5400

MSTV(3)-107

MANUAL DE SERVIÇO TEL T ELEVI EVI SO SORES RES LC LCD D MODELOS : TV LED 40L5400 / 48L5400 / 55L5400 ESPECIFICAÇÕES Tensão de rede:

----------- ------------- ------------ ------------- ------------ ------------- ------------ ------------- -110 - 220V ~ (60 Hz) automático.

Consumo médio: -------------------------------------------- 40L5400 -------------------------------------------------------------------------------------------------------------------------- 63 W 48L5400 -------------------------------------------------------------------------------------------------------------------------- 85 W 55L5400 --------------------------------------------------------------- 108 W Consumo Stand by: ------------------------------(Todos -------(Todos os modelos):--modelos):------------------------------------------------------------------------------------------------ < 1 W Potência de áudio: -------------------- 40L5400 ---------------------------------------------------------------2 x 10 W RMS 48L5400 / 55L5400 ----------- ------------- ------------ ------------ 2 x 8 W RMS Resoluçao: ----------- ------------- ------ 40L5400 ------------ ------------ ------------- ------------ ----------- FHD (1920X1080) 40" 101cm Diagonal visual 48L5400 -------------------------------------------------------------------------------------------------------------------- FHD (1920X1080) 48" 121cm Diagonal visual 55L5400 -------------------------------------------------------------------------------------------------------------------- FHD (1920X1080) 55" 139cm Diagonal visual

Contraste: --------------------------------------------------------- 40L5400 / 48L5400 ----------- ------------- ------------ ------------ 4.000 x 1 55L5400 ---------------------------------------------------------------1.200 x 1 Brilho: ----------------------------------- 40L5400 ---------------------------------------------------------------280 cd/m² 48L5400 ------------ ------------ ------------- ------------ ------------- -250 cd/m² 55L5400 ------------ ------------ ------------- ------------ ------------- -280 cd/m² ------------------------- 40L5400 / 48L5400 ------------------------------------------------------------------------------------------- 8,0 ms Tempo de Resposta: ---------ms 55L5400 -------------------------------------------------------------------------------------------------------------------6,0 ------6,0 ms ---------------------------------------------------------- 40L5400 -------------------------------------------------------------------------------------------------------------------10,6Kg ------10,6Kg (c/ pedestal) Peso: ---------- 48L5400 ---------------------------------------------------------------17,5Kg (c/ pedestal) 55L5400 -------------------------------------------------------------------------------------------------------------------18,6Kg ------18,6Kg (c/ pedestal) ----------------- 40L5400 (Sem pedestal)-----------pedestal)----------------------------------------------------------------923 --------923 x 600 x 220 (923 x 549 x 90) Dimensões (Lx A x P): -----------48L5400 (Sem pedestal)----------- ------------- ------------ ------- 1100 x 705 x 275 (1100 x 652 x 90) 55L5400 (Sem pedestal)-------- ------------- ------------ ----------- 1234 x 770 x 275 (1234 x 717 x 76)

Controle Remoto: -------------------------------(Todos ----------(Todos os modelos):--modelos):------------------------------------------------------------------------------------------------ CT-8045 Condições de funcionamento: ------- Temperatura: 0 ~35°C

Umidade: 20 ~ 80% sem condensaçã o.

Sintonizador Analógico Impedância de entrada de antena:------------------ 75 ohm-tipo desbalanceada para VHF/UHF/CABO Sistema de sintonia------------------sintonia------------------- F.S. (Frequency synthetizer)-PLL synthetizer)-PLL Sistema de televisão:------------televisão:-------------------- Padrão M-525 linhas Canais de recepção:----recepção:------------------------------- Faixa I- Canais 2 a B

--------- OFF AIR-55,25 MHz a 83,25 MHz-VHF MHz-VHF 2 a 6

--------- CABO-73,25 MHz a 127,25 MHz Faixa II- Canais C a LL --------- OFF AIR-175,25 MHz a 211,25 MHz-VHF 7 a 13 --------- CABO-133,25 MHz a 367,25 MHz Faixa III - C anais MM a 69 ------- OFF AIR-471,25 MHz a 801, 25 MHz-UHF 14 a 69 --------- CABO-373,25 MHz a 463,25 MHz Freqüências intermediárias: intermediárias:----------------------------------------------------------------- Portadora de vídeo----vídeo--------------------------------------------------45,75 -45,75 MHz Portadora de som---------- ------------ -------- 41,25 MHz/ 4,5MHz Portadora de croma------croma--------------------------------------------- 42,17 MHz Freqüências subportadora subportadoras s de croma:----croma:-------------------------------------------------------------------------------------------------------------------------------3,57561 -----------3,575611MHz 1MHz -------- (PALM) 3,582056 MHz MHz ------- (PALN) 3,579545 MHz MHz ------- (NTSC)

5 1 7 . 7 7 7 : E N

Sintonizador Digital Impe Im pedâ dânc ncia ia de en entr trad ada a de an ante tena na::----------------------------------------------------------------------------------------------------------------------75 75 ohm-tipo desbalanceada para UHF. Freqüência de entrada: --------------------------------------------------------------------------------------------------------------------------------------------------------------------54~864MHz -----------54~864MHz Modo COFDM COFDM:: ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 2K Constelação: ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- QPSK, DQPSK, 16QAM, 64QAM Taxa interna interna do código: ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ 1/2, 2/3, 3/4, 3/4, 5/6, 7/8 7/8 Intervalo de guarda: ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 1/4, 1/8, 1/1, 1/32 Sensibilidade: ------------------------------------------------------------------------------------------------------- 76dBm @8K, 64QAM, 7/8, 1/8 a) canal analógico adjacente: ------------------------------------------------------------------------------------------------------------------------------------------------------------------ N1 max -33dB / N+1 -35dB máximo b) canal digital adjacente: ------------------------------------------------------------------------------------------------------------------------------------------------------------------------ N-1 max -26dB / N+1-29d N+1-29dB B máximo c) análoga do co-canal --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- máximo do dB 18 Dígito de canais: ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------24 -------24 dB máximo

SEMP TOSHIBA

INDÍCE Especiﬁcações :____________________________________________________________________________ Capa Informações Infor mações / Instruçõ In struções es de Ajuste :___________ :____________________ __________________ __________________ __________________ __________________ ____________3 ___3 Modo Hotel ( instruções de ajuste ) : ________________________________ ___________________________________________________________5 ___________________________5

Tensões :___________ :_______________ ________ ________ ________ ________ ________ ________ ________ ________ ________ ________ ________ ________ ________ ________ ________ ________ ______7 __7 Formas de Onda :_________________________________________________________________________8 Trouble Shooting (Fluxograma) (Fluxograma) :_____________________________________________________________12 Diagrama Diag rama de Blocos 40L5400 :_______________________________________________________________14 Diagrama Diag rama de Blocos 48L5400 :_______________________________________________________________15 Diagrama Diag rama de Blocos 55L5400 :_______________________________________________________________16

Esquema Elétrico PCI Principal 40L5400 :________________________________________________________17 Esquema Elétrico PCI Fonte 40L5400 :__________________________________________________________45 Esquema Elétrico Teclas 40L5400 :_______________________ :_________________________________ ____________________ _____________________ __________________47 _______47 Esquema Elétrico LED SR 40L5400 :_____________________________________________________________48 Esquema Elétrico PCI Principal 48L5400 :________________________________________________________49 Esquema Elétrico PCI Fonte 48L5400 :__________________________________________________________79 Esquema Elétrico Teclas 48L5400 :_____________________________________________________________82 Esquema Elétrico LED SR 48L5400 :_____________________________________________________________83 Esquema Elétrico PCI Principal 55L5400 :________________________________________________________84 Esquema Esq uema Elét Elétric rico o PCI Font Fonte e 55L 55L5400 5400 :______ :___________ __________ __________ __________ _________ _________ _________ _________ _________ _________ _________ _____112 _112 Esquema Elétrico Teclas 55L5400 :_______________________ :_________________________________ ____________________ _____________________ _________________115 ______115 Esquema Elétrico LED SR 55L5400 :____________________________________________________________116 Esquema elétrico elétric o Controle Remoto CT-8045 :__________________ :_____________________________________ _____________________________117 __________117 Vista Explodida 40L5400 :________________________________________________________________118 Vista Explodida 48L5400 :________________________________________________________________119 Vista Explodida 40L5400 :________________________________________________________________120 Localização Locali zação dos Componen Componentes tes Coordena Co ordenadas das X - Y Placa Pla ca Princi Principal pal 40L5400 4 0L5400 :___ :______ _____ _____ ______ _____ _____ ______ _____ ___121 _121 Localização dos Componentes Coordenadas X - Y Placa Principal 48L5400 :________________________126

INFORMAÇÔES / INSTRUÇÔES DE AJUSTES CHECAGEM VERIFICAÇÃO DA VERSÃO DO SOFTWARE (Menu de Serviço).

Usando o Controle Remoto no Menu Imagem, digite "2008". Esta opção abre o Menu de Serviço do aparelho.

Código do painel usado. Versão do software Principal No exemplo: versão V1.1.08

Versão do software Mboot No exemplo: versão V1.1.08

INFORMAÇÕES UTEIS DESBLOQUEIO DO APARELHO Caso o cliente esquecer o código de bloqueio das entradas / classificação indicativa, entre com o código "1980" para desbloquear TECLAS DE OPERAÇÃO DO MENU DE SERVIÇO Utilize a tecla "Enter" para acessar os menus de serviço, pressione pressione "Menu" para voltar ao menu anterior e utilize as teclas /\ \/, < e > para selecionar ou ajustar HDCP Caso a chave HDCP não estiver gravado no aparelho, imagens de alta definição das entradas HDMI não serão exibidas. O Miracast nesta TV está sujeito ao protocolo HDCP e pode não exibir conteúdos protegidos. MAC Adress Caso o MAC adress não estiver gravado, será impossivel conectar à rede. NETFLIX Caso a chave NETFLIX não estiver gravado no aparelho, não será possivel acessar o serviço. É necessário ter conexão internet e ser assinante do Serviço NETFLIX. MHL Conectar o cabo MHL na porta HDMI 3 (MHL) da TV.

03

INFORMAÇÔES / INSTRUÇÔES DE AJUSTES ATUALIZAÇÃO DO SOFTWARE PRINCIPAL Copiar o Software no dispositivo USB: Copiar o software “KKMTUpgrade.bin” a ser instalado na raiz do dispositivo USB. ( Não colocá - lo em pastas ou subpastas ). Conectar o dispositivo em uma das portas USB. Atualização pelo Menu do usuário: No Menu selecione " Configuração " e escolha a opção " Atualização de software ", selecione "USB" e confirme a opção "Sim". Atualização pelo Menu de Serviço: No Menu digitar "2008" para abrir o Menu de Serviço e selecionar a opção " USB Upgrade " e selecione a opção Software Upgrade Atualização pela tecla POWER. - Com o TV em stand by e o pen drive conectado, pressione e mantenha pressionado a tecla POWER do aparelho de TV até que apareça uma tela azul com a barra de porcentagem de atualização do SW. Em todas as atualizações, é necessário esperar a atualização completa do software. Após a atualização deve-se fazer o "Factory Reset" e após isso desligar e ligar o TV da energia elétrica. ATUALIZAÇÃO DO SOFTWARE MBOOT Copiar o software “MBOOT.bin” a ser instalado, na raiz do dispositivo USB. ( Não colocá - lo em pastas ou subpastas ). Conectar o dispositivo em uma das portas USB. No Menu de Serviço e selecione " USB Upgrade " e selecione a opção MBoot Upgrade AJUSTE DO GANHO DE VÍDEO (após a troca do painel LCD ou Atualização de Software) Ajuste do ADC (Automatic Data Correction) no modo Componente. Conecte um sinal de barras coloridas ou escala de cinza na entrada Componente (YPbPr). Selecione a entrada a Componente e entre no Modo de serviço. Selecione "ADC ADJUST". No menu "ADC ADJUST", selecione Modo YPbPr(HD) com as teclas < ou >. Com as teclas "/\" ou "\/" selecione AUTO ADC e pressione < ou >. Verifique a mensagem AUTO ADC success Obs.: É necessário ajustar nos dois modos HD (720 ou 1080) e SD (480). Ajuste do ADC (Automatic Data Correction) no modo PC. Conectar cabo VGA com sinal de computador no aparelho a ser ajustado. Entrar no modo de serviço ( pressionar Menu e depois 2008 ) Selecione ADC adjust e pressione enter. Selecione PC-RGB Com as teclas "/\" ou "\/" selecione AUTO ADC e pressione < ou >. Verifique a mensagem AUTO ADC success

04

MODO HOTEL

PROCEDIMENTO PARA ACESSO 1. 2. 3. 4. 5.

No controle remoto pressionar a tecla MENU. Com as teclas /\ ou \/ selecione o menu BLOQUEAR e pressione a tecla ENTER. Será solicitado para inserir a senha, entre com a senha 9512. Entrará no Menu BLOQUEIO onde uma das opções será Modo Hotel. Selecionar a opção Modo Hotel e pressionar a tecla ENTER para iniciar os ajustes.

AJUSTES DISPONÍVEIS O Menu MODO HOTEL consiste da tela abaixo:

DETALHES DAS OPÇÕES DISPONÍVEIS MODO HOTEL

Opções: Ligar ---> Para habilitar e poder ajustar todas as outras opções do Menu Desligar --> Desabilitar todas as opções de ajuste do menu, com isso o aparelho voltará a operar sem as condições do MODO HOTEL

Max Volume

0 ~ 100 Define o maximo de volume que o usuário poderá chegar. Por exemplo, se definir 30 o usuário poderá aumentar o volume somente até a 30 da barra de volume.

Modo Ligar

Opções: Standby: Ao desligar e ligar o TV da rede elétrica o mesmo volta em stand by Power On: Ao desligar e ligar o TV da rede elétrica o mesmo volta ligado

05

MODO HOTEL

Bloquear Teclas

Opções: Ligar ---> Bloqueia todas as teclas do aparelho de TV. Desligar ---> Teclas do aparelho operam normalmente;

Ligar no Canal

Opção para selecionar a fonte de entrada que aparecerá sempre que o TV for ligado. Habilita um sub menu START CHANNEL com as seguintes opções: a) Start Channel: LIGAR (habilitado) e DESLIGAR (desabilitado, última fonte de sinal). b) START SOURCE: Permite selecionar a fonte de entrada: Antena, Cabo, AV, Componente, HDMI1, HDMI2, HDMI3, USB. c) CANAL: Habilitado apenas para a opção antena e cabo, onde é possível selecionar o canal em que o TV deve sempre ligar. Nota : Só é possível selecionar um canal sintonizado previamente e habilitado.

Copiar Ajustes

Opções que trabalham em conjunto para transferir dados setados em 1 aparelho para outros aparelhos do mesmo modelo. Procedimento para transferência de dados:

Transferir Ajustes

NO APARELHO REFERENCIA: 1 - Conectar um pen drive de preferência formatado, em uma das entradas USB 2 - Selecionar a Opção BACKUP DATABASE e pressione > para fazer a conexão pen drive --> TV 3 - Nessa linha a imagem CONECTADO aparecerá quando a conexão for finalizada; 4 - O TV desligará e ficará no modo stand by. Quando o desligar é porque os dados já foram copiados para o pen drive e o mesmo poderá ser desconectado da TV. NOS APARELHOS QUE RECEBERÃO A CÓPIA: 1 - Conectar o pen drive com os dados do aparelho referência na entrada USB do televisor; 2 - Seguir todo o procedimento para entrar no modo hotel; 3 - Selecione a opção UPDATE DATABASE para copiar para o TV as informações do pen drive; 4 - O TV desligará e ligará novamente na entrada determinada no modo hotel. Notas: - Nos aparelhos que receberão os dados do aparelho referência, não deve ser selecionado a opção BACKUP DATABASE. Se essa opção for selecionada os dados serão substituídos pelos dados dessa TV. - Além de todas as opções do modo hotel também será copiado a LISTA DE CANAIS

Ajustes que ficarão desabilitados para os usuários. - Todos do Menu "Imagem". - Todos do Menu "Som" - Todos do Menu "Função" - Todos do Menu "Canal"

06

DIAGRAMA DISTRIBUIÇÃO DE

TENSÕES E CORRENTES

Tensões Principais

07

FORMAS DE ONDAS ( Todos Modelos )

08


09


10


11

TROUBLE SHOOTING Fluxograma (Todos modelos)

Não liga (LED apagado)

Sem Backlight

Backlight OK, sem Imagem

Sem imagem no canal

12

TROUBLE SHOOTING Fluxograma (Todos modelos)

Sem imagem HDMI

Sem som

13

DIAGRAMA DE BLOCOS 40L5400

RT9108 speaker

Backlight Driver

LVDS interface

USB3

Nand Flash

USB2

HUB

KEY&LED &IR

MSD6308

DDR 1G

AC TO DC

HDMI3

N501

TDA 1308

N110

HDMI2

Ethenet SPDIF OUT

14

EAR PHONE EARPHONE

R840

PD16 02

AC input

USB1

VGA AUDIO

HDMI1

AV/Y

VGA

Pb

Pr

RF_IN

AUDIO IN


USB3

RT9108 speaker

Backlight Driver

LVDS interface Nand Flash S D V L

USB2

USB1

KEY&LED&IR

MSD6308 N501

1Gb DDR

AC TO DC

HDMI3

TDA 1308

EAR PHONE EARPHONE

V A t / I e n M r D e h H t / r E P / N b I P Y

PD1602

R840 N110 AV/Y

HDMI2

Ethenet

Pb

Pr

HDMI1

N C

NC

AV2 IN

NC

AC input VIDEO OUT

15

SPDIF OUT

VGA

VGA AUDIO

AUDIO IN

RF

RF_IN


C O M P O N E N T I N

A U D I O I N

WIFI USB2

LVDS INTERFACE

NAND

AU6258

FLASH

N502

N606 N510

DDR3 SPEAKER

N202

USB1

MSD6308

RT9108

N501

IR&KEY

R840 HDMI3

N201

N603

N110

TDA1308

PM44

SS0103

RJ45

HDMI2

HDMI1

A u P d C i o

VGA

16

V S O P E U D D I T I O F &

p H h o e n a e d

N103

Air

Cable

Pr

Pb

Y

L

R

ESQUEMAS ELÉTRICOS PCI Principal 40L5400

Power

Control

Panel Power

5V_Stb

12V_VCC

VCC-Panel L802

2

FB_4A

R808 4.7K R807 100R 2

POWER_ON/OFF

PWRON/OFF

V801 9435A 1

R823 47K

1 2 3 4

C827 0.47uF 100K

S S S G

R820 R8 20

POWER_ON/OFF 10

C805 NC/10uF/16V

H: On L: Standby

D D D D

8 7 6 5

V808 VD801 NC/1N4148

NC/WPM3407

3

+12Vsb

1

2

FB_300_Ohm_6A R811 1K

2

1

12V_VCC

C812 0.1uF

BKLT_ADJ

B KL T_ AD J

11

BKLT_EN

11

V803 3904

BRI_ADJ

5V_Normal

R814 NC/4.7K R809 100R R819 2

VBL_CTRL NC/10K H: On L: Off

BKLT_EN 3

1

1 2

L803

5V_Normal

R813 10K

V806 3904

12V_VCC

V804 NC/3904 2

R812 NC/10K

17

10K

R824

PANEL_ON/OFF R826 10K

1

C825

C826

10uF

0.1uF

12V_Panel


5V_Stb

5V_Normal

5V_Stb R830

100K

C818 3.3nF

R803

2.2K

2

N806 FR9889 L807 FB_4A L807 FB_4A 12V_VCC

2

C841 C841

1

33001376

10nF 10nF

1 2 3 4

C833 10uF/16V

BS SS IN EN SW D COMP N GND G FB 9

8 7 6 5

R831

C834 0.1uF

47K

C837 R805 R804 5.1K_1%

R806 39K_1%

POWER_ON/OFF

1K_1%

H: On L: Standby

5V_stb L816 10uH

1

33001376

0.1uF

C817 0.1uF

V 81 1

L815 FB_4A

C829 10uF/10V

5V_Stb 1

C821 C813 10uF/10V

0.1uF C823 10uF/10V

MP2307 AP3503 /3A Vout=0.925*(1+R1/R2)

18

R817 100K

3

C832 0.47u/25V

R828 100K V812 3904

1 2

1 2 3 4

S S S G

5V_Normal

9 43 5A D D D D

8 7 6 5

5V_Normal C820 0.1uF


1.15_VDDC C842 3.3n/50V

12V_VCC

2

R818 2.2K

N801

L814 FB_4A

C844

10nF 1

1

2 3 4

C816 C840 10uF/16V

BS SS IN EN SW D COMP N GND G FB

9889

0.1uF

3V3_stb 0.1uF R801

R802

18K 1%

33K 1%

3

C838

22uF/6.3V 10uF/10V 0.1uF

4.7K

1 1V15_Core

MAX 3A

Add core power control VID0 L H

Core 1.18V 1.25V

1.5V_DDR L805 FB_1.8A

5V_Stb 1

3V3_Normal

N803

2

4

R836 10K

GND 1

R837 NC/10K R837 VD803 5.6V

VIN LX

C867

C870

EN FB

3

5

1V5_DDR

L818 2.2uH

1

C872

2

22uF/6.3V

SY8087

C858

C868

0.1uF NC/22uF/6.3V

C873

R839

22pF

16K/1%

10K/1%

19

1V5_DDR 1V5_DDR

C869

R845

C871 10uF/10V 0.1uF 0.1uF

VID0

1

2

C848

VID0

V809 R843

L801 10uH C852

R842 4.7K

2N7002

1V15_Core

FB=0.925V

POWER_ON/OFF

R816 R840 R841 33K 1% 200K 1% 200K 1%

C819

9

H: On L: Standby

R822 10K

C824 0.1uF

8 7 6 5

22uF/6.3V


3.3Vstb

3.3V_normal N808 WL2004-3.3V

OUT 3 4

4

GND N805 NC/1117-3.3V 5V_Stb

O U T

1

N807

1

2

5V_Normal L811 FB_4A

3

3V3_stb

2

1 1

C822 C846 0.1uF

2.2uF/10V

1

2

3

1

C850 0.1uF

10uF/10V

A D J

O U T

I N

1

2

3

N105 AMS1117-3.3V

3V3_Tun L107 FB_1A

3V3_Tun

1

C137 10uF/10V

C144 0.1uF

3V3_Normal

1

C828

5V_Normal

33001385

I N 150mA

C847 0.1uF

4

2

O U T

3V3_stb

C854

3V3_Tun

A D J

1117-3.3V I N 320mA

L808 FB_4A 2

A D J

2

IN

C140 10uF/10V

1

220mA

C142 0.1uF

20

2.2uF/10V

3V3_Normal

C836 10uF/10V

C853 0.1uF


Audio Line Out SPDIF_OUT C539 NC/33pF AMP-INL AMP-INR

AMP-INL AMP-INR

Close to MSTAR IC

LINE_OUTL0 LINE_OUTR0

R508 200K

C512

R513 200K

1nF

C505 1nF

R502

3V3_stb 330K

R549

100R

N507 10uH L505 10uH L506

EARPHONE-OUTL EARPHONE-OUTR

3V3_stb EARPHONE_OUTL

3

EARPHONE_OUTR

RESET VCC GND

C549

2

System_RST

1

APX810 R514

R517

200R

200R

RESET

0.1uF

C503C533 10uF10uF

Crystal

Close to MSTAR IC

C1 XTALO

C552 20pF 2

R550 1M AUVRM AUVAG L501

C541

100MHZ/150mA/1K 0.1uF

XTALI

Z501 24.000MHz 1

C2

C553 20pF

C504 30PPM

4.7uF

C1=C2=2*CL-5

Close to MSTAR IC with width trace

21


Mode Selection 3V3_stb

R506 4.7K R510 NC/4.7K R519 NC/4.7K R509 4.7K R 51 8 4.7K R518 4 .7 K R520 NC/4.7K

PM_CONFIG0 SPI_SDI PM_CONFIG1

R511 R 51 1 4.7K 4 .7 K R 51 2 N C/ 4. 7K PWM_PM

// CHIP Config {PM_CONFIG0, SPI_DI, PM_CONFIG1, PWM_PM} SB51_EXT spi 4'b1000 Boot from 51 EXT SPI flash HEMCU_EXT spi 4'b1001 Boot from MIPS EXT SPI flash HEMCU_ROM NAND 4'b1011 Boot from ROM outer storage is nand

3V3_stb

KEY

C554 10nF

XS644 1 2 3 4 5 6

D2006-6A

1

R539 10K

3V3_stb

R540

KEY_in

LED_R IR-IN LED_G

LED/IR/KEY

R547 10K

2

R546

3V3_stb

R541

IR_IN

1

100R

300R R525

C555 22pF C499 10nF

R499 1K_1% 3V3_stb

5

R542 10K R545

3 2 1

D1250-03AD

KEY_in

3 2 1

3

LED H: red LED L: green LED

XS650

XS651

LED_R

1

4.7k

IR

4

R543 3K

1K

3V3_stb

V504 3906 3

KEY0_IN

R526 10k

R536 10K

KEY_in

NC/D2006-3W

22

1

V503 3904 2

1K

LED_G


HDMI & AUDIO

N501C LINE_IN_0L LINE_IN_0R LINE_IN_1L LINE_IN_1R

LINE_IN_0L LINE_IN_0R LINE_IN_1L LINE_IN_1R

U5 V5 T5 T4 V4 U4


V2 V1

EARPHONE_OUTL EARPHONE_OUTR

AUVAG AUVRM

TP510 TP511 TP512 TP513

1SPI1_DI 1SPI1_CK 1SPI2_DI 1SPI2_CK

LINE_IN_1L LINE_IN_1R LINE_IN_2L LINE_IN_2R LINE_IN_3L LINE_IN_3R LINE_OUT_0L LINE_OUT_0R

W4 EARPHONEOUTL Y5 EARPHONEOUTR V3 U2 A3 B3 C3 A2

I2S_OUT_BCK I2S_OUT_MCK I2S_OUT_WS I2S_OUT_SD

E4 F5 E5

I2S_IN_WS/T2_RESET I2S_IN_BCK/T2_I2CS_SCL I2S_IN_SD/T2_I2CS_SDA

P9 R8 R9 R10

SPI1_DI SPI1_CK SPI2_DI SPI2_CK

IR-IN

F6

IRIN

System_RST

D3

RESET

XTALI XTALO

AA2 AA3 F9 P8

o i d u a g o l a n A

VAG VRM

H D M I

S 2 I

d o m e d

HDMI0_RX0N HDMI0_RX0P HDMI0_RX1N HDMI0_RX1P HDMI0_RX2N HDMI0_RX2P HDMI0_CLKN HDMI0_CLKP HDMI0_SCL HDMI0_SDA HDMI0_HPDIN


C_RX0N C_RX0P C_RX1N C_RX1P C_RX2N C_RX2P C_RXCN C_RXCP DDCDC_CK DDCDC_DA HOTPLUGC

W7 Y8 W8 Y9 AA9 W9 AA7 Y7 W6 AA6 Y6



D_RX0N D_RX0P D_RX1N D_RX1P D_RX2N D_RX2P D_RXCN D_RXCP DDCDD_CK DDCDD_DA HOTPLUGD

E2 F3 F2 F1 G3 G1 D2 E3 J4 L6 K6



J5 J6

HDMI_ARC HDMI_CEC

HDMI_ARC HDMI_CEC

PAD_ARC0 CEC

XTALIN XTALOUT TESTPIN MCP_TEST

H2 J3 J2 J1 K3 K1 G2 H3 H6 H5 G4

A_RX0N A_RX0P A_RX1N A_RX1P A_RX2N A_RX2P A_RXCN A_RXCP DDCDA_CK DDCDA_DA HOTPLUGA

SPDIF MHL

MSD6308RTXX

23

SPDIF_IN E6 SPDIF_OUT A4 SPDIF_OUT AA10 MHL_CABLE-DET MHL_CABLE_DET W5 MHL_VBUS-EN MHL_VBUS_EN

SPDIF_OUT MHL_CABLE-DET MHL_VBUS-EN


VIDEO

RIN0 GIN0N GIN0 BIN0 HSYNC0 VSYNC0

7 7 7 7 7

RIN1 GIN1N GIN1 BIN1 SOG1


M3 RIN0P L2 GIN0M L3 GIN0P K2 BIN0P M5 HSYNC0 M4 VSYNC0


N2 N1 N3 M2 M1

R2 R3 P2 P3 K4 M6

RIN1P GIN1M GIN1P BIN1P SOGIN1

C513 0.1uF

VIFM

C520 0.1uF

IFAGC

N501E 7 7 7 7 7 7

VIFP

DIFP DIFM

R515

10K

R516

0R

3V3_Tun

RF

IF-AGC-T C531 22nF

Y H P

R G B

RIN2P GIN2M GIN2P BIN2P HSYNC2 VSYNC2

RN RP TN TP

DM_P0 DP_P0 B DM_P1 S DP_P1

B2 B1 C2 C1

MDI_RN MDI_RP MDI_TN MDI_TP

C4 B4 Y10 W10

USB0_DM USB0_DP USB1_DM USB1_DP

T1 T3 T2 R1

CVBS1

U

CVBS1P S CVBS0P B VCOM0 V CVBS_OUT



VCOM0

C534 47nF C534

R507 R507 68R

Debug port CVBS1 5V_Stb

VCOM0 3 1

C

RA501 10Kx2 XS510 1 2 3 4

MSD6308RTXX

D2006-4A

24

MUST pull high to 5VSTB 4 2

RA502

100x2

1

2

3

4

UART_RX UART_TX


NAND & CI & TS & IF

N501B

PCM_A[7:0]

PCM_A0 PCM_A1 PCM_A2 PCM_A3 PCM_A4 PCM_A5 PCM_A6 PCM_A7

U20 V15 AA18 Y20 T16 W18 T14 Y21

PCM_D0 PCM_D1 PCM_D2 PCM_D3 PCM_D4 PCM_D5 PCM_D6 PCM_D7

Y18 W17 Y17 W16 Y16 AA16 W15 AA15 Y19 AA19 AA20 W21 V20 W20 V17

PCM_A0 PCM_A1 PCM_A2 PCM_A3 PCM_A4 PCM_A5 PCM_A6 PCM_A7 PCM_A8 PCM_A9 PCM_A10 PCM_A11 PCM_A12 PCM_A13 PCM_A14

W19 U16 U17 T15 V16 U15 U14 V19 V18 V21 NAND_ALE NAND_WPZ NAND_CEZ NAND_CLE NAND_REZ NAND_WEZ NAND_RBZ

NAND_ALE NAND_WPZ NAND_CEZ NAND_CLE NAND_REZ NAND_WEZ NAND_RBZ

T8 T9 V7 U9 V9 U8 U7

W14 TS0_D0 TS0_D1 W13 TS0_D2 W11 TS0_D3 Y15 TS0_D4 Y13 Y12 TS0_D5 Y14 TS0_D6 TS0_D7 W12 TS0_CLK AA12 TS0_VLD AA13 TS0_SYNC Y11

TS1_D0 TS1_D1 TS1_D2 TS1_D3 TS1_D4 TS1_D5 TS1_D6 TS1_D7 TS1_CLK TS1_VLD TS1_SYNC

PCM_RESET PCM_IRQA_N PCM_IOWR_N PCM_OE_N PCM_IORD_N PCM_CE_N PCM_WE_N PCM_CD_N PCM_REG_N PCM_WAIT_N

VIFP VIFM

W2 W1

VIFP VIFM

IFAGC

Y3

IFAGC

TGPIO0 TGPIO1


T_I2C_CLK T_I2C_SDA

MSD6308RTXX

25

T13 U13 T12 U10 T11 U11 T10 V12 V13 U12 V10

AA4 Y4

Y2 Y1

Tuner-RST RF_SW

1

T_SCL T_SDA

TP508 RF_SW

T_SCL T_SDA


GPIO & LVDS

N501D 13D_EN AMP_MUTE BRI_ADJ PWM_PM

TP501 AMP_MUTE BRI_ADJ

KEY0_IN LED ARC_DET 1SAR3

ARC_DET TP502

SPI_SDI

UART_RX UART_TX

T18 T17 U18 K5

F4 D4 G7 G5

3D_EN/PCM_PWR_EN AMP_MUTE BRI_ADJ PWM_PM

D6 E7 D7 F7

PM_SPI_CK PM_SPI_DI PM_SPI_DO PM_SPI_CZ1N

L5 L4

UART0_RX UART0_TX

1 1

M_I2C_SCL M_I2C_SDA

L15 K15

TP505 TP506

1 1

UART2_RX UART2_TX

L16 L17

UART_RX2 UART_TX2

W3 E8 D1 D8 U3 D5 G6

FLASH_WP PANNEL_ON/OFF PWR_ON/OFF VBL_CTRL PMCONFIG0 3D_LR_IN PMCONFIG1

TP507

VID0 PM_TX PWRON/OFF PM_RX PM_CONFIG0 13D_LR_IN PM_CONFIG1

S A R

KEY0 LED_R ARC_DET SAR3

TP503 TP504

VID0 PANEL_ON/OFF PWRON/OFF VBL_CTRL

P W M

S P I

S D V L

M_I2C_SLC M_I2C_SDA

LVA0N LVA0P LVA1N LVA1P LVA2N LVA2P LVACKN LVACKP LVA3N LVA3P LVA4N LVA4P

N19 N21 N20 P19 P20 R19 R20 R21 T19 T21 T20 U19

LVA0N LVA0P LVA1N LVA1P LVA2N LVA2P LVACLKN LVACLKP LVA3N LVA3P LVA4N LVA4P

LVB0N LVB0P LVB1N LVB1P LVB2N LVB2P LVBCKN LVBCKP LVB3N LVB3P LVB4N LVB4P

H20 J19 J20 J21 K19 K21 K20 L19 L20 M19 M20 M21

LVB0N LVB0P LVB1N LVB1P LVB2N LVB2P LVBCLKN LVBCLKP LVB3N LVB3P LVB4N LVB4P

LDE LCK LVSYNC LHSYNC

G P I O _P M

MSD6308RTXX

26

T C O N

TCON0 TCON1 TCON2 TCON3 TCON4 TCON5 TCON6 TCON7

G20 H19 G21 G19 J16 J17 J15 K17 J18 K18 K16 L18


POWER & GND E I D O N _ D D V A

I V D _ D D V A

7 J

7 7 K L

E I D O N _ D D V A

F 1 0 5 N

L L L L P P M M _ _ B B S S U U I_ I_ V V D D _ _ D D D D V V A A

U A _ D D V A

L L P M D _ D D V A

C _ L D O M _ P D D D D V V A

5 6 7 8 6 5 1 1 1 1 R R R R R R 3 3 U A _ D D V A

L P L D P D M V D _ 3 P 3 D D V A

D O M _ L C C C C C C C C D D D D D D D D D D D D D D D D D D V V V V V V V V V A 1 1 2 3 4 5 2 3 1 1 1 1 1 1 1 1 L M N N N N P P

B F e r o

C _ 5 1 V 1

L L P _ D D V A

4 1 P

D D O O M M _ _ D D D D V V A A

1 2 _ _ R X X D R R D _ _ _ D D D D D D V V V D D D

L L P _ D D V A


2 4 3 7 7 7 1 1 1 A B C M M M

D O M _ e r L o D C D _ V 5 1 A V 1

X R _ C D D V _ 5 1 V 1

H M _ V 5 D D V A

6 V L H M _ V 5 D D V A

C C D D D D V V _ _ P P C C M M 1 1 1 1 N P

2 d T o m t C e u N d o h y 2 t e T i h w t r o p t f i u h p 1 c 1 , ， P r d / e o 1 w m 1 o e N P d

1 2 3 4 5 6 7 8 0 0 0 1 2 3 4 1 1 1 1 1 1 1 1 8 9 1 1 1 1 1 8 9 1 8 9 1 H H H H H H H H J J J J J J J K K K L L L

7 H E S U F E _ D N G

E I D O N _ D D V D

0 0 0 5 6 7 8 7 8 9 1 4 5 6 7 8 9 1 4 5 6 7 1 1 1 1 1 M M M M N N N N N N N P P P P P P P P P

1 2 3 4 4 7 1 1 1 1 6 7 6 R R R R R R T T U

D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G

D M D D D C _ _ _ _ 0 0 0 0 R R R R D D D D D D D D _ _ _ _ D D D D D D D D V V V V A A A A

8 F

5 2 2 1 1 C 1 1 K L K

E I D O N _ D D V D

R D D _ 5 V 1

D K M L D D D C C _ _ _ _ _ 1 1 1 1 1 R R R R R D D D D D D D D D D _ _ _ _ _ D D D D D D D D D D V V V V V A A A A A 6 4 4 3 3 1 1 C 1 1 K L K L

M M A A R R D D _ _ D D D D V V A A 6 5 B B

28

D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G 6 3 5 8 2 4 6 7 9 0 9 0 1 9 0 1 3 5 7 9 1 8 9 0 1 2 3 4 5 6 7 8 8 9 0 2 1 1 1 1 1 2 G 1 1 1 1 1 1 1 1 1 H H 1 A 1 1 1 1 1 1 1 1 2 C 1 2 D G A A A B B B B B B C C E F F F F F F H G G G G G G G G G

X X T R 8 0 3 6 D S M


Normal Power 3.3V

CORE POWER

1V15_Core

1V15_VDDC_RX

AVDDL_MOD L502

3V3_Normal AVDD_MODVDDP AVDD_PLL

100MHZ/300mA/600R C557

C538

22uF

2.2uF 0.1uF 0.1uF 0.1uF 0.1uF NC/22uF NC/0.1uF

C507

C508

C509

C510

C506

C511

C535

C542

C523

NC/0.1uF

NC/0.1uF

0.1uF 0.1uF

C524 C543 10uF

nodie

DDR3 POWER

DVDD_NODIE

AVDD_DRAM

1V5_DDR

C530 C514

C544

10uF

2.2uF 0.1uF 0.1uF 0.1uF

C515

C540 C516

C517

C518

C547

1uF 0.1uF NC/0.1uF NC/0.1uF

Close to MST IC

Standby Power 3.3V AVDD_DMPLL AVDD_DVI

3V3_stb

AVDD_NODIE L503

AVDD_AU

3V3_stb

100MHZ/300mA/600R

C546

C527

C528

C529

100MHZ/300mA/600R C545 C532

10uF

0.1uF

0.1uF

0.1uF

NC/0.1uF

L504 C537

0.1uF 0.1uF

29

C519

C521

C536

C522

0.1uF

0.1uF

0.1uF

NC/1uF


N501A

E9

ZQ

M I U 0

R411 240R/1%

1 U I M

B_A[0] B_A[1] B_A[2] B_A[3] B_A[4] B_A[5] B_A[6] B_A[7] B_A[8] B_A[9] B_A[10] B_A[11] B_A[12] B_A[13] B_A[14] B_DQL[0] B_DQL[1] B_DQL[2] B_DQL[3] B_DQL[4] B_DQL[5] B_DQL[6] B_DQL[7] B_DQU[0] B_DQU[1] B_DQU[2] B_DQU[3] B_DQU[4] B_DQU[5] B_DQU[6] B_DQU[7] B_CASZ B_RASZ B_WEZ B_DQML B_DQMU B_ODT B_BA[0] B_BA[1] B_BA[2] B_RST B_CKE B_MCLK B_MCLKZ B_DQSL B_DQSLB B_DQSU B_DQSUB B_CS0

E11 F12 D10 B10 E15 B11 F14 C11 D14 A12 F16 D13 D15 C12 E13 A20 A16 C19 C15 C20 C14 B21 B15 F18 D19 D17 E21 E19 D20 D18 F20 B9 C8 D11 C16 D21 B8 A9 D16 A10 F10 E17 C13 B13 A19 C18 B18 C17 D12

B_DDR3_A0 B_DDR3_A1 B_DDR3_A2 B_DDR3_A3 B_DDR3_A4 B_DDR3_A5 B_DDR3_A6 B_DDR3_A7 B_DDR3_A8 B_DDR3_A9 B_DDR3_A10 B_DDR3_A11 B_DDR3_A12 B_DDR3_A13 B_DDR3_A14 B_DDR3_DQL0 B_DDR3_DQL1 B_DDR3_DQL2 B_DDR3_DQL3 B_DDR3_DQL4 B_DDR3_DQL5 B_DDR3_DQL6 B_DDR3_DQL7 B_DDR3_DQU0 B_DDR3_DQU1 B_DDR3_DQU2 B_DDR3_DQU3 B_DDR3_DQU4 B_DDR3_DQU5 B_DDR3_DQU6 B_DDR3_DQU7 B_DDR3_CASZ B_DDR3_RASZ B_DDR3_WEZ B_DDR3_DML B_DDR3_DMU B_DDR3_ODT B_DDR3_BA0 B_DDR3_BA1 B_DDR3_BA2 B_DDR3_RESET B_DDR3_CKE B_DDR3_MCLK B_DDR3_MCLKZ B_DDR3_DQSL B_DDR3_DQSLB B_DDR3_DQSU B_DDR3_DQSUB B_DDR3_CS0

1V5_DDR

AVDD_DDR0

C411

C412

C413

C414

C415

C416

C417

C418

2.2uF

0.1uF

0.1uF

0.1uF

0.1uF

0.1uF

0.1uF

0.1uF

C430

C419

C420

C421

C422

2.2uF

0.1uF

0.1uF

0.1uF

NC/0.1uF

AVDD_DDR0 R412

AVDD_DDR0 1K /1%

B-MVREFCA

R413 1K/1%

MSD6308RTXX

30

C425

C426

0.1uF

1nF

R414

1K/1% B-MVREFDQ

R415 1K/1%

C427

C428

0.1uF

1nF

ESQUEMAS ELÉTRICOS PCI Principal 40L5400 B_DDR3_A12 B_DDR3_BA1

RA411 8

22R

7

6

5

4

3

2

1

RA413 8 B_DDR3_A10 6 B_DDR3_CKE 4 2

B-DDR3-A12 B-DDR3-BA1

B_DDR3_DQL0 B_DDR3_DQL2

22R

7 5 3

RA412 8

5

4

3

2

1

RA414 B-DDR3-A10 B-DDR3-CKE


1

B_DDR3_A11 B_DDR3_A8

RA415 8

7

6

5

4

3

2

1

5

4

3

2

1

5

4

3

2

1

2

B-DDR3-A6 B-DDR3-A4

RA416 B_DDR3_DQU7 B_DDR3_DQU1

8

7

6

5

4

3

2

1

B-DDR3-A11 B-DDR3-A8 B_DDR3_DQU3 B_DDR3_DMU

RA418 8

RA421 8

5

4

3

2

1

5 3

B-DDR3-RASZ B-DDR3-ODT

RA420 8 B_DDR3_DQSLB 6 B_DDR3_DQSL 4

1

5

4

3

2

1

5

4

3

2

1

2

RA427 B_DDR3_A5 B_DDR3_A7

B_DDR3_A2 B_DDR3_A0

3

B-DDR3-A1 B-DDR3-A14

RA422 8 B_DDR3_DQSUB 6 B_DDR3_DQSU 4

B-DDR3-DQSLB B-DDR3-DQSL

1

22R

7 5 3

B-DDR3-DQSUB B-DDR3-DQSU

1

RA424 B_DDR3_DQU0 B_DDR3_DQU4

22R

8

7

6

5

4

3

2

1

B-DDR3-DQU0 B-DDR3-DQU4

B-DDR3-WEZ B-DDR3-CS0 B_DDR3_DQU2 B_DDR3_DQU6

RA426 8

22R

7

6

5

4

3

2

1


22R

7 5 3

2

1

B-DDR3-A5 B-DDR3-A7 B_DDR3_DQL5 B_DDR3_DQL7

RA428 8

22R

7

6

5

4

3

2

1

B-DDR3-DQL5 B-DDR3-DQL7

22R

7

6

5

4

3

2

1

RA433


1

4

2

B_DDR3_BA2 B_DDR3_A3

5

6

RA431 8 B_DDR3_CASZ 6 B_DDR3_BA0 4

3

22R

7

8

RA429 8

5

22R

7

6

RA425 8 B_DDR3_WEZ 6 B_DDR3_CS0 4

22R

7

22R

7

6

RA423 8

B-DDR3-DQU3 B-DDR3-DMU

22R

7

2



22R

7

6

2


B-DDR3-DQU5

22R

22R

7

6

RA419 8 B_DDR3_RASZ 6 B_DDR3_ODT 4

22R


22R

7

6

RA417 8


22R

8

B_DDR3_DQU5 R416 B_DDR3_A6 B_DDR3_A4

22R

7

6

B-DDR3-A2 B-DDR3-A0

RA430 B_DDR3_DQL3 B_DDR3_DQL1

22R

8

7

6

5

4

3

2

1


22R

7 5 3

B-DDR3-CASZ B-DDR3-BA0

B_DDR3_DML

R417

22R

B-DDR3-DML

1

RA432 8 B_DDR3_MCLKZ 6 B_DDR3_MCLK

22R

8

7

6

5

4

3

2

1

B-DDR3-BA2 B-DDR3-A3

5 3

2

1

B_DDR3_RESET R418

31

22R

7

4

22R

B-DDR3-MCLKZ B-DDR3-MCLK

B-DD R3-RESET


AVDD_DDR0

9 1 9 1 8 2 7 9 2 9 2 1 9 2 9 1 1 8 R R N N K K G D B H H F E D C C A A

N502

DDR3/1600MHZ/2G

D D D D D D D D D Q Q Q Q Q Q Q Q Q D D D D D D D D D D D D D D D D D D V V V V V V V V V D D D D D D D D D V V V V V V V V V

B-DDR3-A0 B-DDR3-A1 B-DDR3-A2 B-DDR3-A3 B-DDR3-A4 B-DDR3-A5 B-DDR3-A6 B-DDR3-A7 B-DDR3-A8 B-DDR3-A9 B-DDR3-A10 B-DDR3-A11 B-DDR3-A12

N3 P7 P3 N2 P8 P2 R8 R2 T8 R3 L7 R7 N7

B-DDR3-BA0 B-DDR3-BA1 B-DDR3-BA2

M2 N8 M3

B-DDR3-CS0 B-DDR3-RASZ B-DDR3-CASZ B-DDR3-WEZ B-DDR3-ODT

L2 J3 K3 L3 K1

B-MVREFCA

M8


J1 J9 L1 L9 M7 T3 T7

A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12

DMU DQSU /DQSU

BA0 BA1 BA2

DML DQSL /DQSL

/CS /RAS /CAS /WE ODT

DQL0 DQL1 DQL2 DQL3 DQL4 DQL5 DQL6 DQL7

DQU0 DQU1 DQU2 DQU3 DQU4 DQU5 DQU6 DQU7

VREFCA NC1 NC2 NC3 NC4 NC5 A13 NC7

VREFDQ CK /CK CKE /RESET

Q Q Q Q Q Q Q Q Q S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S Q Z V V V V V V V V V V V V V V V V V V V V V 8 9 1 9 1 9 1 8 2 8 1 9 3 9 1 9 8 2 8 1 9 1 J J G L T T P P M F E E D E A B G B B D G M

R 42 1 240R/1% R421 2 40 R/ 1%

D3 C7 B7

B-DDR3-DMU B-DDR3-DQSU B-DDR3-DQSUB

D7 C3 C8 C2 A7 A2 B8 A3

B-DDR3-DQU0 B-DDR3-DQU1 B-DDR3-DQU2 B-DDR3-DQU3 B-DDR3-DQU4 B-DDR3-DQU5 B-DDR3-DQU6 B-DDR3-DQU7

E7 F3 G3

B-DDR3-DML B-DDR3-DQSL B-DDR3-DQSLB

E3 F7 F2 F8 H3 H8 G2 H7

B-DDR3-DQL0 B-DDR3-DQL1 B-DDR3-DQL2 B-DDR3-DQL3 B-DDR3-DQL4 B-DDR3-DQL5 B-DDR3-DQL6 B-DDR3-DQL7

H1

B-MVREFDQ

J7 K7 K9 T2

B-DDR3-MCLK B-DDR3-MCLKZ B-DDR3-CKE B-DDR3-RESET R419 56R

C429 10nF

32

R420 56R


NAND FLASH

NAND Power

3V3_Normal 3V3_Nand

3V3_Nand

N510 NANDFLASH4G 1 2 3

R401 10K

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

NAND-RBZ NAND-REZ NAND-CEZ

NAND-CLE NAND-ALE NAND-WEZ NAND-WPZ

C406 0.1uF

3V3_Nand

3V3_Nand

NC0/VCC NC1/VSS NC2 NC3 NC4 NC5/R/B2 R/B RE CE NC6/CE1 NC7 VCC VSS NC8 NC9 CLE ALE WE WP NC10 NC11 NC12 NC13/VSS

NC28/VSS NC27 NC26 NC25 D7 D6 D5 D4 NC24 NC23 NC22/VCC VCC VSS NC21 NC20/VCC NC19 D3 D2 D1 D0 NC18 NC17 NC16

NC14/VCC

NC15/VSS

C401 2.2uF

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

C402 C403 0.1uF NC/0.1uF

NAND-D7 NAND-D6 NAND-D5 NAND-D4 R402

NC/0R

Micron Nand

NC

NAND-WPZ NAND-WEZ NAND-ALE NAND-CLE

NAND-D3 NAND-D2 NAND-D1 NAND-D0

2

1

4

3

6

5

8

7

RA403

22R

NAND_WPZ NAND_WEZ NAND_ALE NAND_CLE


C404 IC

NC/33pF NAND-CEZ NAND-REZ NAND-RBZ

C407 0.1uF

2

1

4

3

6

5

8

7

R A4 04

22 R

NAND_CEZ NAND_REZ NAND_RBZ


C405 IC

NC/33pF

PCM_A[7:0] NAND-D0 NAND-D1 NAND-D2 NAND-D3 NAND-D4 NAND-D5 NAND-D6 NAND-D7

33

RA401

RA402

2

1

4

3

6

5

8

7

2

1

4

3

6

5

8

7

22R

22R



USB USB0_DM USB0_DP

USB0_DM USB0_DP

USB1_DM USB1_DP

USB1_DM USB1_DP

RA620 5R1x2 3

4

1

2

RA621 5R1x2 3

4

1

2

USB1

5V_USB USB0-DM USB0-DP

5V_Normal

XS612 5

5V_USB FU01 C653

PTC_1.5A

USB1-DM USB1-DP

+

C613 10uF/10V

220uF

USB1-DM USB1-DP

C618

C611 0.1uF

N602

4

4 3 2 1

1

6

2

5

3 2 1

0.1uF

USB1-DM 3

4

USB1-DP

6

IP4223CZ6

R658

C629

AVDD1 680R PVDD XSCO XSCI

1 2 3 4 5 6 7 AVDD2 8 HUB_DM3 9 HUB_DP3 10 11 12 AVDD3 13 1uF VDD0 14

USB2

5V_USB

N606 AVDD DP1_DP UP_RREF DP1_DM PVDD AVDD XSCO UP_DP XSCI UP_DM DP2_DM VSSH DP2_DP VDDH AVDD ChipResetN DP3_DM VDD DP3_DP SUSPEND DP4_DM VDD DP4_DP BUS_PWREDN AVDD V33 V18 AVDD5V

28 27 26 25 24 23 22 21 20 19 18 17 16 15

XS611 5

5V_USB

HUB_DP1 HUB_DM1 AVDD0 USB0-DP USB0-DM

R659 47K

VDDH Reset_N VDD0

HUB_DM3 HUB_DP3 3

4

1

2

C612

C610

10uF/10V

0.1uF

C645

VCC3.3

5V_USB

L604 1

C647 1uF

USB3

5V_Normal

FB_600mA

XS614 HUB_DM1 HUB_DP1 10uF/10V

VCC3.3 C627 D D V P

H D D V

18pF

R690 1M

C621 C622 C623 C624 C625 C626 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF

C628 18pF

5 4 DP3

6

470K

2

C641

3 D D V A

6

2 DM3 3

R689

10uF 2.2uF

2 D D V A

1

RA623 5R1x2

AU6258

1 D D V A

2

IP4223CZ6

0.1uF

VDD0

1

3

R688 10K

C648 C652

0 D D V A

N605

4

4 DM3 3 DP3 2 1

XSCO

Z606 12MHz XSCI

34

C638

3

4

1

2

1 2 3 4

XS613 5 4 3 2 1

RA624 5R1x2 0.1uF

NC/D2006-4A

4 3 2 1

6


ETHERNET

N603 PD1602 MDI_TP

MDI_TP

MDI_TN

MDI_TN

MDI_RP MDI_RN

1 2 3 4 5 6 7 8

MDI_RP MDI_RN

TD+ CT TDnc nc RD+ CT RD-

TX+ CT TXnc nc RX+ TC RX-

XS610 16 15 14 13 12 11 10 9

LAN_TX+

1

12

LAN_TX-

2

11

LAN_RX+

3 4 5

LAN_RX-

6 RJ-45

C614 0.1uF

C615

C616

NC/10nF 0.1uF

% 1 / R 5 7

% 1 / R 5 7

% 1 / R 5 7

% 1 / R 5 7

4 5 6 R

5 5 6 R

6 5 6 R

7 5 6 R

N604 MDI_TP

MDI_RN

1

6

2

5

3

4

7

10

8

9

ETHERNET_JACK ETH_GND

C619 1nF/2KV

MDI_TN ETH_GND

C617 NC/1nF/2KV MDI_RP

IP4223CZ6

ETH_GND

35

AGND


YPbPr in

Close to MST IC

XS608 YPbPr

with wide trace YPbPr-PR

6 5

YPbPr-PR

75R

R661

YPbPr-PB

4 3

YPbPr-PB

YPbPr-Y YPbPr-Y

2

75R

R667

AV2-IN

1

HD-R

2

HD-L

4

47nF

68R C633

47nF

R687

33R C635

47nF

R672

33R C634

47nF

R675

0R

C632

47nF

R680

33R C637

47nF

R663 10K R660 10K

3

33R C631

R674

RIN1 GIN1N

SPDIF OUT

BIN1

75R

R664

1

R673

2 .2 uF

C6 44

2 .2 uF

SOG1

SPDIF_OUT

1

R662 330R

CVBS1

SPDIF-OUT

R665

C655

150R

22pF

2

XS609 SPDIF OUT

LINE_IN_1R

C651 560pF R 66 6

1 2K

R681 XS607 AUDIO_IN

C6 43

GIN1

LINE_IN_1L

12K

C649 560pF

VGA XS605 15

PC AUDIO IN VGA 5 10

14

4

R677

68R

C640

47nF

R676

33R

C630

47nF

R671

33R

C639

47nF

9 13

VGA_B+

3 8

12

VGA_G+

2 7

11

VGA_R+

1 6

6 1

7 1

R670 5 7

5 7

5 7

9 6 6 R

8 6 6 R

4 8 6 R

RA631 1

VGA-HS VGA-VS

3

C636

47nF

2 4

1 3

2 4

0 Rx 2

4 2

GIN0

PC_Lin

R601 10K

C608 2.2uF

R602 10K

C609 2.2uF 2.2uF LINE_IN_0R

PC_Rin 1

Close to MST IC VGA input

with wide trace

HSYNC0 VSYNC0

UART_TX UART_RX

36

LINE_IN_0L

3

RIN0

4

RA 630

XS616

BIN0

100Rx2

10Kx2 RA632 2 1 3

33R

GIN0N

R603 R606 12K 12K

LINE_IN_0L LINE_IN_0R


HDMI1@ARC

XS601

20 21 22

DATA2+ DATA2 SHIELD DATA2DATA1+ DATA1 SHIELD DAT1ADATA0+ DATA0 SHIELD DATA0CLK+ CLK SHIELD CLKGND1 CEC GND2 NC GND3 SCL SDA DDC/CEC GND +5V POWER HOT PLUG

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

HDMI0-RX2P HDMI0-RX2N HDMI0-RX1P HDMI0-RX2P HDMI0-RX2N HDMI0-RX1P HDMI0-RX1N

HDMI0-RX1N HDMI0-RX0P HDMI0-RX0N HDMI0-CLKP

HDMI0-RX0P HDMI0-RX0N HDMI0-CLKP HDMI0-CLKN

HDMI0-CLKN CEC HDMI-ARC HDMI0-SCL HDMI0-SDA

HDMI0-HPD

RA601 2

1

4

3

6

5

8

7

RA602 2

1

4

3

6

5

8

7

0R HDMI0_RX2P HDMI0_RX2N HDMI0_RX1P HDMI0_RX1N

HDMI0_RX2P HDMI0_RX2N HDMI0_RX1P HDMI0_RX1N

0R HDMI0_RX0P HDMI0_RX0N HDMI0_CLKP HDMI0_CLKN

HDMI0_RX0P HDMI0_RX0N HDMI0_CLKP HDMI0_CLKN

HDMI0/5V

HDMI-W

HDMI0/5V

HDMI0/5V

R604 1K

R605 10K

1 3

RA608 10K

HDMI0-HPD 3

2 4

RA609

HDMI0-SCL HDMI0-SDA

37

22R

2

1

4

3

HDMI0_SCL HDMI0_SDA

V601 3904

1

2

R613 4.7K

HDMI0_HPDIN

HDMI0_HPDIN


HDMI3@MHL

5V_stb

HDMI2/5V

1

2

XS603

20 21 22 23

DATA2+ DATA2 SHIELD DATA2DATA1+ DATA1 SHIELD DAT1ADATA0+ DATA0 SHIELD DATA0CLK+ CLK SHIELD CLKGND1 CEC GND2 NC GND3 SCL GND4 SDA DDC/CEC GND +5V POWER HOT PLUG

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

VD601 NC/BAT54C

HDMI2-RX2P MHL-CD-SENSE1 HDMI2-RX2N HDMI2-RX1P

3


HDMI2-RX2P HDMI2-RX2N HDMI2-RX1P HDMI2-RX1N

HDMI2-CLKN CEC


HDMI2-SCL HDMI2-SDA

HDMI2-HPD

R620 0R

RA605 2

1

4

3

6

5

8

7

RA606 2

1

4

3

RA607 2

1

4

3

HDMI2/5V

HDMI-W

38

0R HDMI2_RX2P HDMI2_RX2N HDMI2_RX1P HDMI2_RX1N 0R HDMI2_RX0P HDMI2_RX0N 0R HDMI2_CLKP HDMI2_CLKN

HDMI2_RX2P HDMI2_RX2N HDMI2_RX1P HDMI2_RX1N HDMI2_RX0P HDMI2_RX0N HDMI2_CLKP HDMI2_CLKN

R641 10K

R619 10K R A6 10

HDMI2-SCL HDMI2-SDA

22R

2

1

4

3

HDMI2_SCL HDMI2_SDA


HDMI2

XS602 DATA2+ DATA2 SHIELD DATA2DATA1+ DATA1 SHIELD DAT1ADATA0+ DATA0 SHIELD DATA0-

20 21 22

CLK+ CLK SHIELD CLKGND1 CEC GND2 GND3

NC SCL SDA DDC/CEC GND +5V POWER HOT PLUG

1 2

HDMI3-RX2P

3 4 5 6 7

HDMI3-RX2N HDMI3-RX1P

8 9 10 11 12 13 14 15 16 17 18 19

HDMI3-RX1N HDMI3-RX0P


HDMI3-RX0N HDMI3-CLKP


HDMI3-CLKN CEC HDMI3-SCL HDMI3-SDA

HDMI3-HPD

RA603 2

1

4

3

6

5

8

7

RA604 2

1

4

3

6

5

8

7

0R HDMI3_RX2P HDMI3_RX2N HDMI3_RX1P HDMI3_RX1N 0R HDMI3_RX0P HDMI3_RX0N HDMI3_CLKP HDMI3_CLKN


HDMI3/5V

HDMI-W HDMI3/5V HDMI3/5V R615 1K

R616 10K

1 3

RA612 10K

HDMI3-HPD 3

2 4

HDMI3-SCL HDMI3-SDA

39

V602 3904 4

3

2

1

R A6 11

2 2R

HDMI3_SCL HDMI3_SDA

1

2

R617 4.7K

HDMI3_HPDIN

HDMI3_HPDIN


MHL for MSD6308

CEC & ARC

5V_Stb R639 5V_Normal

0R

R618 R618 C602

R640 NC/0R

HDMI-ARC

N NC/10K C/ 10K

C603

CEC

10uF/10V 0.1uF R638 5 10K R632

4

MHL_VBUS-EN NC/100R

EN

C607

R634

/OC

D N GVOUT 2

0.1uF

NC/100R MHL_CABLE-DET

VIN

1

R633 47K

C605 N601 G5250M2 10uF/10V

C606

ARC DET

0.1uF

V603 3904 HDMI0/5V

HDMI2/5V

33R HDMI2_HPDIN

R629

4.7K

ARC_DET

R643 10K

R644

R625

HDMI_CEC

3

L601

HDMI2-HPD

HDMI_ARC

1

MHL_CABLE-DET

300K

200R HDMI_CEC

HDMI2/5V

R645 100R

C604 47nF

R627

HDMI_ARC

3

2

MHL-CD-SENSE1

C601 2.2uF

AVDD5V_MHL_C NC/10R

HDMI2_HPDIN

此HDMI port IC内置hotplug

40

ARC_DET


3V3_Tun

H=+2.9V to +5V

3V3_Tun

R116 NC/0R

C122 0.01uF

0.01uF

RF_IN XS102 C123

4

C124

1 5

1 2 3

0.01uF/50V

3

0.01uF/50V

4

3

5 RFIN

CATV Input

VD101 BAV99 L125 NC

2

1

9 1

8 1

1 1 G V

R120 NC/0R

2

0 2

1.5pFmax

2 V

7 1 1 V

GND

N103

GND

RF1

MASWSS0103

RF2

GT1

GND GT2

15

RF_IN

NC/0R

14

3

C125

C126

5

13

1 0.01uF/50V

12

3

4

0.01uF/50V 2

11

XS101

RFIN

D D 1 N C I I F N 2 G G R G G

6

7

8

9

0 1

2

1

VD102 BAV99 C127 0.01uF

R121 4.7K

V107 3904

R122

GND

GND

R115 4.7K

C119 0.01uF

2 G

GND

R113 3.3K

R114 4.7K

V105 3904

R117 NC/0R

6 1

R112 3.3K

V106 3904

R119 100R

C120

C121 0.01uF

R111 3.3K

R118 100R

C129 C128 0.01uF 0.01uF

C130 0.01uF

C131 0.01uF

N I _ F R

MASWSS0103 the exposed pad centered on the package bottom must be connected to RF and DC ground.

41

L124 NC

Air Input

H: RF1 L: RF2 RF_SW

2


optional component of WIFI filter C102 NC/1p5F

F n 0 0 1 8 1 1 C

L103 GZ1005U102CTF

RF_IN L101 0R/2n2H

3

C101 470pF

C103 NC

2 VD103

3V3_Tun

3V3_Tun

BAV99_3

4 2

L102 NC

1

25

Reserve for input matching

1 L104 GZ1005U102CTF 2 3 L 10 5

1 80 nH

4

C105 100nF

5 6

RA101 4.7KX2

GND

D H L D F F V T T A

TF1

4

3 1

T_SCL T_SDA

2 T E D

3V3_Tun

N110

VOP

R840

VON

TF2 DECT1

4

0 1

1 1

IFN

C134 NC 13

XTAL_O

9

IFP

16

14

I _ D S D L A D S D A D V P V V T S A C D D X 8

17

15 IF_AGC

VAGC2

SCL

C115100nF

18

VAGC

7 2

O G I P B G V

AVDD

RFIN2

3V3_Tun 1

F F n n 0 2 8 0 2 0 H 1 n 4 1 L 0 0 7 6 9 7 1 0 1 1 2 1 R 1 1 L C C 3 2 1 0 9 2 2 2 2 1

RFIN

RA102 100RX2

3

K 0 1 / C N

H n 8 6

2 Z110 16MHZ

2 1

close to tuner

1

2

C112

C113

47pF

47pF

靠近N101 放置

C109 100nF

3V3_Tun

C133 NC

IF_AGC

R103 C 10 6

C110 330pF

R102 1K8

10K

IF-AGC-T

0 .1 u F

C114 100nF

IF Interface Filter

C111 6n8F

IFP

R 10 6

2 20 R

C108 0.1uF

R164

51R DIFP

R109 470R IFN

R110

220R

C107 0.1uF

R165

51R DIFM C138

C152 NC/47PF

42

NC/47PF


GAIN1

GAIN0

GAIN (dB)

0

0

20

0

1

26

1

0

32

1

1

36

12V_AMP

AMP_EN C239 NC/0.1uF

2

C210 0.47uF/10V3

AMP-INL

29

SD

PVCCL

28

FAULT

PVCCL

LINP

BSPL

27

C202

C203

1nF

0.1uF

26 C236

+

L212

C226 220uF

NC/15uH C206 1nF/50V

0.47uF/25V

AMP

12V_AMP R202

12V_VCC

C205 0.47uF/10V4

R203 FB_4A 1

R206

LINN

OUTPL

25

2 L206 L 20 6

1 FB_3A F B_ 3A

2 L 20 7 L207

1 FB_3A F B_ 3A

AMP_Lout+

100K R204 R205

12V_AMP L201 2

1

Thermal

NC 0

10R/1206/(1/4W)

1uF/25V R207

R 21 8

C220 1uF/25V C207 1uF/25V 10K C209 1uF/6.3V N C/ 10 K

GAIN0

N202

PGND

24

OUTNL

23

AMP_Rout+1

RT9108 6

NC

C204

5

7

8

GAIN1

AVCC AGND

AMP_Lout-

BSNL BSNR

0.47uF/25V 22 C211 21 C212

L 21 4 L205

10

GVDD

OUTNR

20

15uH

PGND

19

RINN

OUTPR

18

RINP

BSPR

PLIMIT

2 1 L208 NC/FB_3A

C225 0.47uF/25V AMP_Rout-

AMP_Rout+ C221 0.47uF/10V 11

HP_MUTE

AMP-INR

HP_MUTE

12V_AMP

C219 0.47uF/10V 12

13

R212 10K

R210 20K R217 100R

R213 10K

REG/DRC

PVCCR

Mute

PVCCR

AMP_EN

3

1

AMP_MUTE

H: Mute L: Work

14

R220 0R

C201

V201 3904

2 1 L210 NC/FB_3A L202 15uH

C218 0.47uF/25V 12V_AMP

1

5V_Stb

0.47uF/25V 17 C217

R219 12K

2

1nF

43

16 15

C222

C223

1nF

0.1uF

+

C224 220uF

AMP_Lout+3 AMP_Lout- 4

N C/ 15 uH

0.47uF/25V 9

AMP_Rout-2 C208 1nF/50V

XS201 D2006-4A


2V5Buf OP_VCC1

PH_Drive

R226 33K C227 10uF/10V

R227 33K 8

C235 1uF/6.3V

EARPHONE-OUTL

R221 10K

3

+

2

-

EARPHONE-OUTR

R215 NC/0R R216 NC/0R

C231

C228

0.1uF

10uF/10V

N201A TDA1308 1

10R

EARPHONE-L

4

C234 100pF

EARPHONE-OUTL

5V_Normal R225

R 22 2

3 3K

EARPHONE-L C 23 0

1 00 pF

C214 22uF/6.3V

EARPHONE-R EARPHONE-L

OP_VCC1 8

EARPHONE-OUTR

C233 1uF/6.3V

5

R224 10K

6 C229 100pF

+

N201B TDA1308 EARPHONE-R 7

PH_L

EARPHONE-R

PH_R C213 22uF/6.3V

-

R211 10K

R214 10K

C216

C215 470pF

4

R 22 3

3 3K

C 23 2

1 00 pF

R231 NC/0R

PH_L

P H_ Lo ut

470pF

When used as audio output, need to add 28007681 in BOM

P H_ R

3V3_Normal

R232 NC/0R

PH_Rout 1

V203 2N7002

V202 2N7002 3

2

1

2

3

R228 47K 1

R229 10K

R230 10K

C238

1

R 23 7

1 0K

1

V206 3904 2

44

R236 4.7K

VD202 BAV99

3

R234 47K 1

12V_AMP

3

AMP_MUTE

2

R235 10K

1uF/6.3V

2

V205 2N7002

V204 2N7002 3 2

C237 1uF/6.3V

XS615 R233 10K

HP_MUTE PH_Lout PH_Rout

3

5 1 4 3 2 1T3

ESQUEMAS ELÉTRICOS PCI Fonte 40L5400 L702 820uH/1A

101/2KV C735 101/2KV C735

R735 4R7/1206

L701 470uH/720mA/NC

SB2200 VD741 SB2200 VD741 1

VBL

SB2200 VD742

2

L703Bead-core

SB2200 VD744

SB2200 VD743 SB2200 VD743

R742 4R7/1206

R731 560k/0805

R701 560k/0805 R752 4R7/0805 VD752 1N4148 R702 560k/0805

R732 560k/0805 C752 68uF/200V

R751 47R/0805

2

L704 Bead-core

C753 1uF/400V R733 560k/0805

R753 10k/0805

R717 10k/0805

C703 105/0805

V751 5A400V

1

R718 47k/0805

R703 47k/0805

R756 R755 1R/1206 1R/1206

R754 1k/0805

R757 N.C.

R734 27k/0805

6.8V VD751

TP_VLED+

N701

>3V +12Vsb

1 BKLT_EN

R704 10R/0805

1

8V 16V 2

UVLS

FAULT

16

DRV

15

～

R705 10k/0805

3

V 5

4

VCC

7 6 5 4 3 2 1

C754 101/0805

14

ENA

GND

VREF

OVP

13

RT

ISW

12

PROT

11

< V 3

6 4 2

LED2+ LED2LED1+ LED1-

XS751 7PIN-2.0mm

TP_BKLT-ENA

<3V 5 1 BKLT_ADJ

R707 10k/0805

6

7 TP_BKLT-ADJ

R712 10k/0805

8

PWM

ADIM

ISEN

TIMER

SSTCMP

<500mV V761 1A5/400V

R761 100R/0805

R762 0R/1206/NC

10

300mV R763 1k/0805

9 R716 10k/0805

R708 100k/0805

OZ9902C C707 C706 R706 C705 C711 C704 R711 101/0805 100k/0805104/0805 225/0805 104/0805 684/0805 33k/0805

C715 102/0805

C716 474/0805

C733 101/0805

C713 R713 10k/0805 103/0805

C714 684/0805/NC

Fo=6120/Rrt(K Ω)=6120/33=185Khz I_led=300/Risen( Ω)=250mA I_led=Vadim/(5*Risen)

V_adim>1.5V V_adim<1.5V

UVLS=75V OVP=190V

46

C718 684/0805

调试，解决声音有导致背光闪问题

C763 101/0805

R764 2R7/1206

R765 2R7/1206

R766 10R/1206

6V8 VD761

ESQUEMAS ELÉTRICOS LED SR 40L5400

XS6102 D2006-5W

XS6101 NC/D2006-6W KEY-in

1 2 3 4 5 6

1 2 3 4 5

LED_R IR-in LED_G

3.3Vstb

D C T N A C V G D

3.3Vstb

R6101 100R

IR-in C6102 10uF/6.3V

0.1uF

VD6102 LED_R

3

LED_G

1

4 2

C6104 LED_Px2

100pF

IR

3 2 1

C6101

C6105

N6101

100pF

47

C6103 100pF

ESQUEMAS ELÉTRICOS Teclas 40L5400

K E Y

3.3V_ADC

4 SW601 2

1

5

SOURCE

3 2 1

SOURCE D1251-03 R6201 1K_1% SW602 2

1

MENU

MENU R6202 1K_1%

SW603

CH+

2

1

CH+ R6203 1K_1%

SW604 2

1

CH-

CHR6204 1K_1%

SW605

VOL+

2

1

VOL+

R6205 1K_1%

SW606 2

1

VOL-

VOLR6206 1K_1%

SW607 2

1

3.3V_ADC

XS6201

POWER

POWER

48

KEY

C6201

C6202 470p

0.1uF


USB N606 N605 R658

C629

AVDD1 680R PVDD XSCO XSCI DM1 DP1 AVDD2 DM2 DP2

AVDD3 1uF VDD0

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

USB1 XS610

5V_USB

AVDD DP1_DP UP_RREF DP1_DM PVDD AVDD XSCO UP_DP XSCI UP_DM DP2_DM VSSH DP2_DP VDDH AVDD ChipResetN DP3_DM VDD DP3_DP SUSPEND DP4_DM VDD DP4_DP BUS_PWREDN AVDD V33 V18 AVDD5V

5V_USB

28 27 26 25 24 23 22 21 20 19 18 17 16 15

AVDD0 USB0-DP USB0-DM

R659

VDD0

C648 C652

R660

6

2

5

3

47K VDDH Reset_N VDD0 C645

1

4

DP1P

5

RA614 2 DM1 4 DP1

DM1N C612

C610

10uF/10V

0.1uF

1

5R1x2 DM1N DP1P

3

4

4 3 2 1

3 2

6

IP4223CZ6

10K

0.1uF USB2 XS611

R661

C647 5V_USB VCC3.3 L604 1 2

N602

470K

1uF

1

FB_600mA

AU6258 10uF 2.2uF

5V_USB 6

2

5

3

4

5

DM2N

DP2P

C613

C618

10uF/10V

0.1uF

4

4 3 2 1

USB1-DM USB1-DP

3 2



RA620 5R1x2 3

4

1

2

RA621 5R1x2 3

4

1

2

6

WIFI Connector USB0-DM USB0-DP USB1-DM USB1-DP

5V_Normal

USB3 XS621 L603 FB_4A 2 1 5V_WIFI C620

C619

10uF/10V

0.1uF

DM2 DP2

RA613 2

1

4

3

5R1x2 4 DM2N 3 DP2P 2 1

5 4 3 2 1

6

5V_Normal VCC3.3 5V_USB C653 +

C611

100uF 0.1uF

0 D D V A

1 D D V A

2 D D V A

3 D D V A

C627 D D V P

H D D V

18pF

XSCO

R662 1M

C621 C622 C623 C624 C625 C626

Z606 12MHz

0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF C628

18pF XSCI

49

7

1

IP4223CZ6

L602 FB_4A 2 1

7

1

7


ETHERNET

N603 PD1602 MDI_TP

MDI_TP

MDI_TN

MDI_TN

MDI_RP MDI_RN

1 2 3 4 5 6 7 8

MDI_RP MDI_RN


TX+ CT TXnc nc RX+ TC RX-

XS612 16 15 14 13 12 11 10 9

LAN_TX+

1

12

LAN_TX-

2

11

LAN_RX+

4 5 LAN_RX-

C615

C614 0.1uF

3

C616

NC/10nF 0.1uF

% 1 / R 5 7

% 1 / R 5 7

% 1 / R 5 7

% 1 / R 5 7

6

RJ-45

7

10

8

9

ETHERNET_JACK

4 5 6 7 5 5 5 5 6 6 6 6 R R R R

ETH_GND

N604 MDI_TP

MDI_RN

1

6

2

5

3

4

MDI_TN

ETH_GND

C656 1nF/2KV C617 NC/1nF/2KV

MDI_RP

IP4223CZ6 ETH_GND

50

AGND

ESQUEMAS ELÉTRICOS PCI Principal 48L5400 close to tuner IF_AGC

R103 C106

10K

IF-AGC-T

0.1uF

IF Interface Filter IFP

R 10 6

2 20 R

R164

C108 0.1uF

51R DIFP

R109 470R IFN

R110

220R

R165

C107 0.1uF

51R DIFM C138

C152 NC/47PF

NC/47PF 3V3_Tun

H=+2.9V to +5V

3V3_Tun

R116 NC/0R

C122 0.01uF 0.01uF

RF_IN XS102 C123

4

1

C124

1 5

2 3

0.01uF/50V

3

0.01uF/50V

4

3

5 RFIN

CATV Input

VD101 BAV99 L125 NC

2

1

9 1

8 1

1 1 G V

R120 0R

2

0 2

1.5pFmax

2 V

7 1

15 14

N103

GND

RF1

MASWSS0103

RF2

GND GT1

D 1 N C I F G G R 6

7

8

RF_IN

0R

3

C125

C126

5 1

13

4

GND

12

GT2

11

0.01uF/50V

3

0.01uF/50V 2

XS101

RFIN

D 2 N I G G 9

0 1

2

1

VD102 BAV99 C127 0.01uF

R122 4.7K

V107 3904

R121

GND

GND

R115 4.7K

C119 0.01uF

2 G

GND

R113 3.3K

R114 4.7K

V105 3904

R117 NC/0R

6 1

1 V

R112 3.3K

V106 3904

R119 100R

C120

C121 0.01uF

R111 3.3K

R118 100R

C129 C128 0.01uF 0.01uF

C130 0.01uF

C131 0.01uF

N I _ F R

MASWSS0103 the exposed pad centered on the package bottom must be connected to RF and DC ground.

51

L124 NC

Air Input

H: RF1 L: RF2 R F_ SW

2

ESQUEMAS ELÉTRICOS PCI Principal 48L5400 optional component of WIFI filter C102 NC/1p5F

F n 0 0 1

L103 GZ1005U102CTF

RF_IN C103 NC

2 VD103 BAV99_3

4 2

L102 NC

1

Reserve for input matching

25

GND

1 L104 GZ1005U102CTF 2

RFIN

L 10 5

RA101 4.7KX2

D H L D F F V T T A

TF1

1 80 nH

4

TF2

C105 100nF

5

DECT1

6

SCL

7 4

3

2

1

T_SCL T_SDA

3V3_Tun

8

C115100nF

AVDD

18

N110

VOP

17

IFP

R840

VON

16

IFN

9

4

0 1

1 1

15 IF_AGC

VAGC2

14

XTAL_O

13

I _ D S D L A D S D A D V P V V T S A C D D X

RA102 100RX2

1

2 O I G T P B E G V D

VAGC

3V3_Tun 3

F F n n 0 2 8 0 2 0 H 1 n 4 1 0 L 9 7 6 7 0 0 2 1 1 1 1 R 1 1 L C C 3 2 1 0 9 2 2 2 2 1

RFIN2

3

K 0 1 / C N

H n 8 6

8 1 1 C

L101 0R/2n2H

3

C101 470pF

3V3_Tun

3V3_Tun

C134 NC

2 Z110 16MHZ

2 1

1

2

C112

C113

47pF

47pF C109 100nF

N101

3V3_Tun

R102 1K8

C110 330pF

C133 NC

C114 100nF

C111 6n8F

TUNER POWER

4

5V_Normal

A D J

O U T

I N

1

2

3

N105 AMS1117-3.3V

3V3_Tun L107 FB_1A 2

200mA

1 C137

33001385

10uF/10V

52

C144 0.1uF

C143 0.1uF

C140 10uF/10V

C142 0.1uF

3V3_Tuner C145 10uF/10V


Power Control

12V_VCC

+12.2V L803

1

+12.2V

12V_VCC

2

FB_300_Ohm_6A

C801 0.1uF

5V_Stb

+5.3Vsb L806 FB_4A 2 1

+5.3Vsb

5V_Stb C802 0.1uF

5V_Stb

3V3_Normal

R808 4.7K R807 100R 2

POWER-ON/OFF

PWR-ON/OFF

R811 1K

POWER-ON/OFF 10

R818 1K

C805 NC/10uF/16V

H: ON L: Standby

BKLT_ADJ R813 2

R814 NC/4.7K R809 100R H:OFF L:ON

2

1

VBL_CTRL NC/10K

BKLT_EN

B KL T_ EN

3

R819

BRI_ADJ 10K

5V_Normal

V804 NC/3904 2

R812 NC/10K

53

11

V803 3904

C830

C832

10uF/NC

0.1uF/NC

11


5V_Normal R834

POWER-ON/OFF

10K

C803 3.3n

R835

2.2K

N802 L815 2

12V_VCC

C812

10nF

1

FB_60_Ohm_3A C809 0.1uF

1 2 3 4

BS SS IN EN SW COMP GND FB

C808

C804 0.1uF

C819

AP3503

10uF/16V

8 7 6 5

R825

0.1uF R828

R822

5.1K 1%

1K 1%

39K 1% 5V_Normal

L804 10uH 5V_Normal

MP2307 AP3503 /3A Vout=0.925*(1+R1/R2)

C810 C811

C814

C816

10uF 10uF

10uF 0.1uF

1.15_VDDC C841 3.3n/50V

12V_VCC

2

R817 2.2K

N806

L813 FB_1A

C843 1

33001385

C815 C839 10uF/16V

10nF 1 2 3 4


9889

0.1uF/16V

C823 0.1uF

8 7 6 5

3V3_stb R816 33K 1%

0.1uF/16V R801 12K 1%

R840 R841 200K

R802 33K 1%

L812 10uH

3

1V15_CORE C848

2N7002 V811 R843 1

2

C851

R842 4.7K

200K

1V15_Core

FB=0.925V

POWER-ON/OFF

10K

C818

9

R821

C820

MAX 3A

54

VID0

Add core power control VID0

22uF/6.3V 10uF/10V 0.1uF/16V

VID0

4.7K

Core

L

1.18V

H

1.25V


5V_NOR 5V_Stb V 81 0

L810 FB_4A 2 1 33001376

1 2 3 4

C831 0.47u/25V

R829 47K

S S S G

5V_NOR

9 43 5A D D D D

8 7 6 5

C817 0.1uF

R827 H: On L: Standby

100K R810 100K

POWER-ON/OFF

V809

3

V807 3904

1

NC/WPM3407

2

1.5V_DDR 5V_Stb

L805 FB_1.8A 1 2

3V3_Normal

N803 4

R836 10K 1 R837 NC/10K

VD803 5.6V

C867

C870

VIN LX

3

GND

2

EN FB

5

SY8087

1V5_DDR

L818 2.2uH

1 C872

C858

C868

C873 22uF/6.3V 0.1uF NC/22uF/6.3V 22pF

R839 16K/1% R845

C871 10uF/10V 0.1uF 0.1uF

10K/1%

55

1V5_DDR

C869 22uF/6.3V


3.3Vstb

4

N804 1117-3.3V 5V_Stb L808 FB_300mA

PANEL POWER 12V_VCC L802 FB_4A 2 1 33001376

2

VCC-Panel

R823 47K

1 2 3 4

C827 0.47uF 100 K 100K

V801

9435A

S S S G

D D D D

8 7 6 5

A D J

O U T

I N

1

2

3

350mA

3V3_stb

1 3V3_Stb

33001055

C822 C845 2.2uF/10V 0.1uF/16V

12V_Panel C825

C826

10uF/16V

0.1uF

C835 C849 0.1uF/16V

10uF/16V

R820

V808 VD801 NC/1N4148

NC/WPM3407

3

V806 3904

1 2

10K

R824


3.3V_normal

4

N807 1117-3.3V 5V_Normal L811 FB_1A 2

A D J

O U T

I N

1

2

3

350mA

3V3_Normal

1 3V3_Normal

33001385

C828 C847 0.1uF

56

2.2uF/10V

C836 10uF/10V

C853 0.1uF


HDMI1@ARC XS601 DATA2+ DATA2 SHIELD DATA2DATA1+ DATA1 SHIELD DAT1ADATA0+ DATA0 SHIELD DATA0CLK+ CLK SHIELD CLK20 GND1 CEC 21 GND2 NC 22 GND3 SCL SDA DDC/CEC GND +5V POWER HOT PLUG

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

HDMI0-RX2P HDMI0-RX2N HDMI0-RX1P




HDMI0-CLKN CEC HDMI-ARC HDMI0-SCL HDMI0-SDA

HDMI0-HPD

RA601 2

1

4

3

6

5

8

7

RA602 2

1

4

3

6

5

8

7

0R HDMI0_RX2P HDMI0_RX2N HDMI0_RX1P HDMI0_RX1N

HDMI0_RX2P HDMI0_RX2N HDMI0_RX1P HDMI0_RX1N

0R HDMI0_RX0P HDMI0_RX0N HDMI0_CLKP HDMI0_CLKN

HDMI0_RX0P HDMI0_RX0N HDMI0_CLKP HDMI0_CLKN

HDMI0/5V

HDMI-W HDMI0/5V

HDMI0/5V

R604 1K

1 3

R605 10K

RA608 10K HDMI0-HPD 2 4

HDMI0-SCL HDMI0-SDA

2

R A6 09

2 2R 1

4

3

3

HDMI0_SCL HDMI0_SDA

V601 3904

1 2

57

R613 4.7K

HDMI0_HPDIN

HDMI0_HPDIN


5V_stb

HDMI2 /5V

1

2

HDMI3@MHL VD601 BAT54C XS603

20 21 22 23

DATA2+ DATA2 SHIELD DATA2DATA1+ DATA1 SHIELD DAT1ADATA0+ DATA0 SHIELD DATA0CLK+ CLK SHIELD CLKGND1 CEC GND2 NC GND3 SCL GND4 SDA DDC/CEC GND +5V POWER HOT PLUG

NC/R628 0R

3

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

HDMI2-RX2P MHL-CD-SENSE1 HDMI2-RX2N HDMI2-RX1P HDMI2-RX1N HDMI2-RX0P


HDMI2-RX0N HDMI2-CLKP

HDMI2-RX0P HDMI2-RX0N

HDMI2-CLKN CEC

HDMI2-CLKP HDMI2-CLKN

RA605 2

1

4

3

6

5

8

7

RA606 2

1

4

3

RA607 2

1

4

3

HDMI2-SCL HDMI2-SDA

HDMI2-HPD

HDMI2/5V

HDMI-W

58

0R HDMI2_RX2P HDMI2_RX2N HDMI2_RX1P HDMI2_RX1N 33R HDMI2_RX0P HDMI2_RX0N 33R HDMI2_CLKP HDMI2_CLKN


R641 10K

R619 10K R A6 10

HDMI2-SCL HDMI2-SDA

2 2R

2

1

4

3

HDMI2_SCL HDMI2_SDA


HDMI2

XS602 DATA2+ DATA2 SHIELD DATA2DATA1+ DATA1 SHIELD DAT1ADATA0+ DATA0 SHIELD DATA0CLK+ CLK SHIELD CLK20 GND1 CEC 21 GND2 NC 22 GND3 SCL SDA DDC/CEC GND +5V POWER HOT PLUG

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

HDMI3-RX2P HDMI3-RX2N HDMI3-RX1P




HDMI3-CLKN CEC

RA603 2

1

4

3

6

5

8

7

RA604 2

1

4

3

6

5

8

7

0R HDMI3_RX2P HDMI3_RX2N HDMI3_RX1P HDMI3_RX1N 0R HDMI3_RX0P HDMI3_RX0N HDMI3_CLKP HDMI3_CLKN


HDMI3-SCL HDMI3-SDA

HDMI3-HPD

HDMI3/5V

HDMI-W HDMI3/5V HDMI3/5V

R615 1K

1 3

R616 10K

RA612 10K HDMI3-HPD 2 4

3

HDMI3-SCL HDMI3-SDA

4

3

2

1

R A6 11

59

2 2R

HDMI3_SCL HDMI3_SDA

V602 3904

1 2

R617 4.7K

HDMI3_HPDIN

HDMI3_HPDIN


CEC & ARC

MHL for MSD6308 5V_NOR R639 0R

R618 C602

NC/10K

HDMI-ARC

C601 2.2uF

HDMI_ARC

HDMI_ARC

C603 CEC

10uF/10V 0.1uF R638 10K

5

VIN

R632 4

MHL_VBUS-EN NC/100R

EN

C607

R634

0.1uF

NC/100R MHL_CABLE-DET

/OC

D N GVOUT 2

R627

200R HDMI_CEC

3

HDMI_CEC

HDMI2/5V

1

C605 N601 G5250M2 10uF/10V

C606

ARC DET

0.1uF

3

1

R633 47K

V603

HDMI0/5V

3904

R629

4.7K

ARC_DET

2

R643 10K R645

MHL-CD-SENSE1

MHL_CABLE-DET 100R C604

R644

47nF

300K

HDMI2/5V

AVDD5V_MHL_C L601

HDMI2-HPD

R625

33R HDMI2_HPDIN HDMI port IC

10R

HDMI2_HPDIN

hotplug

60

ARC_DET


Close to MST IC with wide trace

XS608 YPbPr-PR

6 5

n i r P b P Y

YPbPr-PR

RJ18

33R C631

47nF

RJ19

68R C633

47nF

RJ50

33R C635

47nF

RJ17

33R C634

47nF

RJ22

0R C632

47nF

AV2-IN RJ27

33R C637

47nF

C6 43

2.2 uF

C6 44

2.2 uF

75R

RJ03

YPbPr-PB

4 3

RJ07

2 1

RJ11

YPbPr-PB

RIN1 GIN1N BIN1

75R YPbPr-Y YPbPr-Y 75R

ypbpr

GIN1 SOG1 CVBS1

XS607 1 2

HD-R

RJ05 10K RJ01 10K

3 4

HD1-L

LINE_IN_1R

C651 560pF RJ09

1 2K

RJ35

LINE_IN_1L

12K

C649 560pF

AV1 RJ38 RJ41 10K AV1_L RJ39 10K AV1_R

n i

RJ28

RJ34

XS614

12K

C650 560pF 4 3 2 1

47nF

C64 1

2.2uF

C64 2

2.2u F

CVBS0

LINE_IN_0L

12K

C658 560pF RJ37

V A

33R C638

75R

AV1 AV1_L AV1_R

1T3

61

LINE_IN_0R


XS605 15 14 13 12 11

A G V

6 1

VGA 5 10 4 9 3 8 2 7 1 6

VGA_B+ VGA_G+ VGA_R+ 5 7

7 1

3 1 J R

5 7 2 1 J

R

RA631 1

VGA-HS VGA-VS

3

RJ24

68R

C640

47nF

RJ23

33R

C630

47nF

RJ15

33R

C639

47nF

RJ14

33R

C636

47nF

5 7

2 4 J R

GIN0N BIN0 GIN0 RIN0


100Rx2 2

HSYNC0 VSYNC0

4

RA632 10Kx2 2 1 3

4

1 3

RA 630

4 2 3

1

PC_L PC_R

C660 NC/2.2uF R J3 6

RJ44 PC_R NC/10K

UART_TX UART_RX

4

RJ43 PC_L NC/10K

XS616

NC/VGA input

2

0 Rx2

C659 NC/560pF R J4 0

LINE_IN_0L

N C/1 2K

N C/ 12 K

C657 NC/560pF

62

C646

NC/2.2uF

LINE_IN_0R


VIDEO&SPDIF OUT 5V_AV L619 1 R624 NC/330R

R622 NC/22K

C662 2

CVBS_OUT

C665 NC/0.1uF

NC/10uF

V605 NC/3906

3

NC/10uF/16V 1

2

NC/FB_100mA

C654

V604 NC/3904 2

R621

R682

NC/100R

NC/0R

R626 AVOUT

R620 NC/10K

NC/75R

R623 NC/75R

1 2

C608 NC/100pF

SPDIF-OUT SPDIF-OUT

XS609 SPDIF OUT

RJ04

22pF

AVOUT

AVOUT

RJ25 RJ26 75R

XS613 NC/VIDEO OUT

63

SPDIF_OUT

RJ08 150R

C655

1 2

330R

0R

CVBS_OUT

5V_Normal


SPDIF_OUT

Audio Line Out

C539 NC/33pF

AMP-INL AMP-INR

AMP-INL AMP-INR

Close to MSTAR IC


R508 200K

C512

R513 200K

1nF

C505 1nF

3V3_stb R502

330K

R549

100R

N507 3V3_stb 3

EARPHONE-OUTL

EARPHONE_OUTL

R514

GND

2

RESET

0.1uF EARPHONE_OUTR

R517

200R

200R C503C533 10uF10uF

Crystal C1

Close to MSTAR IC XTALO

C552

20pF

2

R550 1M AUVRM AUVAG L501

C541

C504

100MHZ/150mA/1K 0.1uF

4.7uF

XTALI

64

Z501 24.000MHz 1

C2

C553

C1=C2=2*CL-5

Close to MSTAR IC with width trace

System_RST

1

APX810

10uH L506

EARPHONE-OUTR

VCC

C549

10uH L505

RESET

20pF


Mode Selection 3V3_stb

R506 R510 R519 R509 R 51 8 R520

4.7K NC/4.7K NC/4.7K 4.7K 4 .7 K NC/4.7K

R 51 1 R 51 2

4 .7 K N C/ 4. 7K

PM_CONFIG0 SPI_SDI PM_CONFIG1

PWM_PM

// CHIP Config {PM_CONFIG0, SPI_DI, PM_CONFIG1, PWM_PM} SB51_EXT spi 4'b1000 Boot from 51 EXT SPI flash HEMCU_EXT spi 4'b1001 Boot from MIPS EXT SPI flash HEMCU_ROM NAND 4'b1011 Boot from ROM outer storage is nand

LED/IR/KEY 3V3_stb 3V3_stb

KEY

XS515

3V3_stb

2

C554 10nF

R539 10K

1K

1

R541 300R

R525 IR-in

5

LED_G

6

D1250-6A

3V3_stb KEY0_IN

LED_R

4

C555 22pF

R543 3

LED_R

3K

R540 2 3

V504 3906

1

R542 10K R545

4.7k

IR

3

LED

C556 10pF

H: red LED L: green LED

R526 10k

R536 10K

65

1

V503 3904 2

1K

LED_G


HDMI & AUDIO

N501C LINE_IN_0L LINE_IN_0R LINE_IN_1L LINE_IN_1R

LINE_IN_0L LINE_IN_0R LINE_IN_1L LINE_IN_1R

U5 V5 T5 T4 V4 U4


V2 V1

EARPHONE_OUTL EARPHONE_OUTR AUVAG AUVRM

V3 U2

E4 F5 E5 1SPI1_DI 1SPI1_CK 1SPI2_DI 1SPI2_CK

P9 R8 R9 R10

IR-IN

F6

System_RST

D3

XTALI XTALO

LINE_OUT_0L LINE_OUT_0R

W4 EARPHONEOUTL Y5 EARPHONEOUTR

A3 B3 C3 A2

TP510 TP511 TP512 TP513

LINE_IN_1L LINE_IN_1R LINE_IN_2L LINE_IN_2R LINE_IN_3L LINE_IN_3R

AA2 AA3 F9 P8

VAG VRM I2S_OUT_BCK I2S_OUT_MCK I2S_OUT_WS I2S_OUT_SD I2S_IN_WS/T2_RESET I2S_IN_BCK/T2_I2CS_SCL I2S_IN_SD/T2_I2CS_SDA

SPI1_DI SPI1_CK SPI2_DI SPI2_CK

A_RX0N A_RX0P A_RX1N A_RX1P A_RX2N A_RX2P A_RXCN A_RXCP DDCDA_CK DDCDA_DA HOTPLUGA

o i d u a g o l a n A

S 2 I

H D M I

d o m e d

IRIN

C_RX0N C_RX0P C_RX1N C_RX1P C_RX2N C_RX2P C_RXCN C_RXCP DDCDC_CK DDCDC_DA HOTPLUGC D_RX0N D_RX0P D_RX1N D_RX1P D_RX2N D_RX2P D_RXCN D_RXCP DDCDD_CK DDCDD_DA HOTPLUGD

H2 J3 J2 J1 K3 K1 G2 H3 H6 H5 G4



W7 Y8 W8 Y9 AA9 W9 AA7 Y7 W6 AA6 Y6



E2 F3 F2 F1 G3 G1 D2 E3 J4 L6 K6



J5 J6

HDMI_ARC HDMI_CEC

HDMI_ARC HDMI_CEC

RESET PAD_ARC0 CEC

XTALIN XTALOUT TESTPIN MCP_TEST

SPDIF MHL

MSD6308RTXX

66

E6 SPDIF_IN SPDIF_OUT A4 SPDIF_OUT AA10 MHL_CABLE-DET MHL_CABLE_DET MHL_VBUS-EN W5 MHL_VBUS_EN

SPDIF_OUT MHL_CABLE-DET MHL_VBUS-EN


VIDEO VIFP

C513 0.1uF

VIFM

C520 0.1uF

N501E IFAGC 7 7 7 7 7 7


7 7 7 7 7



M3 RIN0P L2 GIN0M L3 GIN0P K2 BIN0P M5 HSYNC0 M4 VSYNC0


N2 N1 N3 M2 M1

R2 R3 P2 P3 K4 M6

RIN1P GIN1M GIN1P BIN1P SOGIN1

Y H P R G B

RIN2P GIN2M GIN2P BIN2P HSYNC2 VSYNC2

B S U

RN RP TN TP

DM_P0 DP_P0 DM_P1 DP_P1

CVBS1P

S CVBS0P B VCOM0 V CVBS_OUT C

B2 B1 C2 C1


C4 B4 Y10 W10


T1 T3 T2 R1

CVBS1 CVBS0 VCOM0

DIFP DIFM

R515

10K

R516

0R

RF

IF-AGC-T C531 22nF



3V3_Tun

VCOM0

C534

47nF

R507

68R

Debug port

CVBS1 CVBS0 CVBS_OUT

5V_Stb 3 1

RA501 10Kx2 MSD6308RTXX

XS510

4 2

1 2 3 4 D2006-4A

67

MUST pull high to 5VSTB

RA502

100x2

1

2

3

4

UART_RX UART_TX


NAND & CI & TS & IF N501B

U20 V15 AA18 Y20 T16 W18 T14 Y21 PCM_A[7:0]


Y18 W17 Y17 W16 Y16 AA16 W15 AA15 Y19 AA19 AA20 W21 V20 W20 V17

W19 U16 U17 T15 V16 U15 U14 V19 V18 V21 NAND_ALE NAND_WPZ NAND_CEZ NAND_CLE NAND_REZ NAND_WEZ NAND_RBZ


T8 T9 V7 U9 V9 U8 U7

W14 TS0_D0 TS0_D1 W13 TS0_D2 W11 TS0_D3 Y15 TS0_D4 Y13 TS0_D5 Y12 Y14 TS0_D6 W12 TS0_D7 AA12 TS0_CLK AA13 TS0_VLD Y11 TS0_SYNC

PCM_D0 PCM_D1 PCM_D2 PCM_D3 PCM_D4 PCM_D5 PCM_D6 PCM_D7 PCM_A0 PCM_A1 PCM_A2 PCM_A3 PCM_A4 PCM_A5 PCM_A6 PCM_A7 PCM_A8 PCM_A9 PCM_A10 PCM_A11 PCM_A12 PCM_A13 PCM_A14

TS1_D0 TS1_D1 TS1_D2 TS1_D3 TS1_D4 TS1_D5 TS1_D6 TS1_D7 TS1_CLK TS1_VLD TS1_SYNC

PCM_RESET PCM_IRQA_N PCM_IOWR_N PCM_OE_N PCM_IORD_N PCM_CE_N PCM_WE_N PCM_CD_N PCM_REG_N PCM_WAIT_N

VIFP VIFM

IFAGC

TGPIO0 TGPIO1


T_I2C_CLK T_I2C_SDA

MSD6308RTXX

68

T13 U13 T12 U10 T11 U11 T10 V12 V13 U12 V10

W2 W1

VIFP VIFM

Y3

IFAGC

AA4 Y4

Y2 Y1

Tuner-RST RF_SW

1

T_SCL T_SDA

TP508 RF_SW

T_SCL T_SDA


GPIO & LVDS

N501D 13D_EN AMP_MUTE BRI_ADJ PWM_PM

TP501 AMP_MUTE BRI_ADJ

KEY0_IN LED ARC_DET 1SAR3

ARC_DET TP502

SPI_SDI

UART_RX UART_TX

T18 T17 U18 K5

F4 D4 G7 G5

D6 E7 D7 F7

L5 L4

TP503 TP504

1 1

M_I2C_SCL M_I2C_SDA

L15 K15

TP505 TP506

1 1

UART2_RX UART2_TX

L16 L17

VID0 PM_TX PWR-ON/OFF PM_RX PM_CONFIG0 13D_LR_IN PM_CONFIG1

W3 E8 D1 D8 U3 D5 G6

VID0 PANEL_ON/OFF PWR-ON/OFF VBL_CTRL TP507

3D_EN/PCM_PWR_EN AMP_MUTE BRI_ADJ PWM_PM

P W M

KEY0 LED_R ARC_DET SAR3

S P I

PM_SPI_CK PM_SPI_DI PM_SPI_DO PM_SPI_CZ1N

S A R

S D V L

UART0_RX UART0_TX M_I2C_SLC M_I2C_SDA UART_RX2 UART_TX2

LVA0N LVA0P LVA1N LVA1P LVA2N LVA2P LVACKN LVACKP LVA3N LVA3P LVA4N LVA4P LVB0N LVB0P LVB1N LVB1P LVB2N LVB2P LVBCKN LVBCKP LVB3N LVB3P LVB4N LVB4P LDE LCK LVSYNC LHSYNC

G P I O _ P M

FLASH_WP PANNEL_ON/OFF PWR_ON/OFF VBL_CTRL PMCONFIG0 3D_LR_IN PMCONFIG1

MSD6308RTXX

69

T C O N

TCON0 TCON1 TCON2 TCON3 TCON4 TCON5 TCON6 TCON7

N19 N21 N20 P19 P20 R19 R20 R21 T19 T21 T20 U19

LVA0N LVA0P LVA1N LVA1P LVA2N LVA2P LVACLKN LVACLKP LVA3N LVA3P LVA4N LVA4P

H20 J19 J20 J21 K19 K21 K20 L19 L20 M19 M20 M21

LVB0N LVB0P LVB1N LVB1P LVB2N LVB2P LVBCLKN LVBCLKP LVB3N LVB3P LVB4N LVB4P

G20 H19 G21 G19 J16 J17 J15 K17 J18 K18 K16 L18


POWER & GND E I D O N _ D D V A

7 7 K L

7 J E I D O N _ D D V A

F 1 0 5 N

I V D _ D D V A

L L L L P P M M _ _ B B S S U U I_ I_ V V D D _ _ D D D D V V A A

L L U P A _ M D D _ D V D P A D D V D A V

D O M _ D D V A

L L P _ D D V A

5 6 7 8 6 5 1 1 1 1 R R R R R R 3 3 U A _ D D V A

L L P M D _ 3 P 3 D D V A

P D D D O O D M M V _ _ D D D D V V A A

D O M _ L C C C C C C C C D D D D D D D D D D D D D D D D D D V V V V V V V V V A


L L P _ D D V A


1 1 2 3 4 5 2 3 4 2 4 3 7 7 7 1 1 1 1 1 1 1 1 1 1 1 1 A B C L M P P P M N N N N M M

B F e r o C _ 5 1 V 1

D O M _ e L r o D C D _ V 5 A 1 V 1

X R _ C D D V _ 5 1 V 1

C _ L H M _ V 5 D D V A

6 V L H M _ V 5 D D V A

C C D D D D V V _ _ P P C C M M

E S U F E _ D N G

E I D O N _ D D V D

1 1 8 1 1 F P N

2 d T o m t C e u N d o h y 2 t e T i h w t r o p t f i u h p 1 c 1 , P r d / e o 1 w m 1 o e N P d

，

1 2 3 4 5 6 7 8 0 0 1 2 3 4 1 1 1 1 1 1 1 1 8 9 0 1 1 1 1 1 8 9 1 8 9 1 H H H H H H H H J J J J J J J K K K L L L

7 H

E I D O N _ D D V D

0 0 1 2 3 4 0 5 6 7 8 7 8 9 1 4 5 6 7 8 9 1 4 5 6 7 1 1 1 1 1 4 7 1 1 1 1 6 7 6 M M M M N N N N N N N P P P P P P P P P R R R R R R T T U

D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G

D M D D D C _ _ _ _ 0 0 0 0 R R R R D D D D D D D D _ _ _ _ D D D D D D D D V V V V A A A A

D K M L D D D C C _ _ _ _ _ 1 1 1 1 1 R R R R R D D D D D D D D D D _ _ _ _ _ D D D D D D D D D D V V V V V A A A A A

5 2 2 1 6 4 4 3 3 1 1 1 C 1 1 1 1 C K L K K L K L

M M A A R R D D _ _ D D D D V V A A 6 5 B B

R D D _ 5 V 1

71

D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G 6 3 5 8 2 4 6 7 9 0 9 0 1 9 0 1 3 5 7 9 1 8 9 0 1 2 3 4 5 6 7 8 8 9 0 1 2 D 2 1 1 1 1 1 2 G 1 1 1 1 1 1 1 1 1 H 1 A 1 1 1 1 1 1 1 1 2 C H G A A A B B B B B B C C E F F F F F F H G G G G G G G G G

X X T R 8 0 3 6 D S M


Normal Power 3.3V

CORE POWER 1V15_Core 1V15_VDDC_RX

AVDDL_MOD

3V3_Normal AVDD_MOD VDDP

L502

AVDD_PLL

100MHZ/300mA/600R C557

C538

C507

C508

C509

C510

C506

C511

22uF

2.2uF 0.1uF 0.1uF 0.1uF 0.1uF NC/22uF NC/0.1uF

C535

C542

C523

C524

NC/0.1uF

NC/0.1uF

0.1uF 0.1uF

DDR3 POWER

nodie

DVDD_NODIE

AVDD_DRAM

1V5_DDR

C530 C514

C544

C515

C540

C516

10uF

2.2uF 0.1uF 0.1uF 0.1uF

C517

C518

C547

1uF 0.1uF NC/0.1uF NC/0.1uF

Close to MST IC

Standby Power 3.3V AVDD_DMPLL AVDD_DVI

3V3_stb

AVDD_NODIE L503

AVDD_AU

3V3_stb

100MHZ/300mA/600R

C546

C527

C528

C529

100MHZ/300mA/600R C545 C532

10uF

0.1uF

0.1uF

0.1uF

NC/0.1uF

L504 C537

0.1uF 0.1uF

72

C543

C519

C521

C536

C522

10uF

0.1uF

0.1uF

0.1uF

NC/1uF


N501A

E9

ZQ

1V5_DDR

M I U 0

R411 240R/1%

1 U I

M

B_A[0] B_A[1] B_A[2] B_A[3] B_A[4] B_A[5] B_A[6] B_A[7] B_A[8] B_A[9] B_A[10] B_A[11] B_A[12] B_A[13] B_A[14] B_DQL[0] B_DQL[1] B_DQL[2] B_DQL[3] B_DQL[4] B_DQL[5] B_DQL[6] B_DQL[7] B_DQU[0] B_DQU[1] B_DQU[2] B_DQU[3] B_DQU[4] B_DQU[5] B_DQU[6] B_DQU[7] B_CASZ B_RASZ B_WEZ B_DQML B_DQMU B_ODT B_BA[0] B_BA[1] B_BA[2] B_RST B_CKE B_MCLK B_MCLKZ B_DQSL B_DQSLB B_DQSU B_DQSUB B_CS0

E11 F12 D10 B10 E15 B11 F14 C11 D14 A12 F16 D13 D15 C12 E13 A20 A16 C19 C15 C20 C14 B21 B15 F18 D19 D17 E21 E19 D20 D18 F20 B9 C8 D11 C16 D21 B8 A9 D16 A10 F10 E17 C13 B13 A19 C18 B18 C17 D12

B_DDR3_A0 B_DDR3_A1 B_DDR3_A2 B_DDR3_A3 B_DDR3_A4 B_DDR3_A5 B_DDR3_A6 B_DDR3_A7 B_DDR3_A8 B_DDR3_A9 B_DDR3_A10 B_DDR3_A11 B_DDR3_A12 B_DDR3_A13 B_DDR3_A14 B_DDR3_DQL0 B_DDR3_DQL1 B_DDR3_DQL2 B_DDR3_DQL3 B_DDR3_DQL4 B_DDR3_DQL5 B_DDR3_DQL6 B_DDR3_DQL7 B_DDR3_DQU0 B_DDR3_DQU1 B_DDR3_DQU2 B_DDR3_DQU3 B_DDR3_DQU4 B_DDR3_DQU5 B_DDR3_DQU6 B_DDR3_DQU7 B_DDR3_CASZ B_DDR3_RASZ B_DDR3_WEZ B_DDR3_DML B_DDR3_DMU B_DDR3_ODT B_DDR3_BA0 B_DDR3_BA1 B_DDR3_BA2 B_DDR3_RESET B_DDR3_CKE B_DDR3_MCLK B_DDR3_MCLKZ B_DDR3_DQSL B_DDR3_DQSLB B_DDR3_DQSU B_DDR3_DQSUB B_DDR3_CS0

AVDD_DDR0

C411

C412

C413

C414

C415

C416

C417

C418

2.2uF

0.1uF

0.1uF

0.1uF

0.1uF

0.1uF

0.1uF

0.1uF

C430

C419

C420

C421

C422

2.2uF

0.1uF

0.1uF

0.1uF

NC/0.1uF

AVDD_DDR0 R412

AVDD_DDR0 1K /1%

B-MVREFCA

R413 1K/1%

MSD6308RTXX

73

C425

C426

0.1uF

1nF

R414

1K /1% B-MVREFDQ R415 1K/1%

C427

C428

0.1uF

1nF

ESQUEMAS ELÉTRICOS PCI Principal 48L5400 RA411 8 B_DDR3_A12 6 B_DDR3_BA1 4 2

RA413 8 B_DDR3_A10 6 B_DDR3_CKE 4 2

22R

7 5 3

B-DDR3-A12 B-DDR3-BA1


1

22R

7 5 3

B-DDR3-A10 B-DDR3-CKE


1

RA412 8

5

4

3

2

1

RA414 8


RA415 8

5

4

3

2

1

5

4

3

2

1

5

4

3

2

1

2

B-DDR3-A6 B-DDR3-A4 B_DDR3_DQU7 B_DDR3_DQU1

RA416 8 6

5

4

3

2

1

B-DDR3-A11 B-DDR3-A8 B_DDR3_DQU3 B_DDR3_DMU

RA418 8

RA421 8

5

4

3

2

1

5 3

B-DDR3-RASZ B-DDR3-ODT

RA420 8 B_DDR3_DQSLB 6 B_DDR3_DQSL 4

1

5

4

3

2

1

5

4

3

2

1

2

B_DDR3_A5 B_DDR3_A7

B_DDR3_A2 B_DDR3_A0

RA427 8

5 3


RA422 8 B_DDR3_DQSUB 6 B_DDR3_DQSU 4

3

2

1

5

4

3

2

1

2

B-DDR3-DQSLB B-DDR3-DQSL

1

22R

7 5 3

B-DDR3-DQSUB B-DDR3-DQSU

1

B_DDR3_DQU0 B_DDR3_DQU4

RA424 8

22R

7

6

5

4

3

2

1


B-DDR3-WEZ B-DDR3-CS0 B_DDR3_DQU2 B_DDR3_DQU6

RA426 8

22R

7

6

5

4

3

2

1



RA428 8

22R

7

6

5

4

3

2

1


22R

7

6

RA433 8 B_DDR3_BA2 6 B_DDR3_A3 4

3

22R

7 5

2


1

4

RA431 8 B_DDR3_CASZ 6 B_DDR3_BA0 4

5

22R

7

6

RA429 8

22R

7

22R

7

6

RA425 8 B_DDR3_WEZ 6 B_DDR3_CS0 4

B-DDR3-DQU3 B-DDR3-DMU

22R

7

6

RA423 8


22R

7

2


B-DDR3-DQU5

22R

7

6

2


22R 7

22R

7

6

RA419 8 B_DDR3_RASZ 6 B_DDR3_ODT 4

22R


22R

7

6

RA417 8


22R

7

6

B_DDR3_DQU5 R416 B_DDR3_A6 B_DDR3_A4

22R

7

6


RA430 8

22R

7

6

5

4

3

2

1


22R

7 5 3

B-DDR3-CASZ B-DDR3-BA0

B_DDR3_DML R417

22R

RA432 8 B_DDR3_MCLKZ 6 B_DDR3_MCLK 4

22R 7

B-DDR3-DML

1

22R

7 5 3

B-DDR3-BA2 B-DDR3-A3

2

5 3

B-DDR3-MCLKZ B-DDR3-MCLK

1

1

B_DDR3_RESET R418

74

22R

B-DDR3-RESET


AVDD_DDR0

9 1 9 1 8 2 7 9 2 9 2 1 9 2 9 1 1 8 R R N N K K G D B H H F E D C C A A

N502

DDR3/1600MHZ/2G

D D D D D D D D D Q Q Q Q Q Q Q Q Q D D D D D D D D D D D D D D D D D D V V V V V V V V V D D D D D D D D D V V V V V V V V V

B-DDR3-A0 B-DDR3-A1 B-DDR3-A2 B-DDR3-A3 B-DDR3-A4 B-DDR3-A5 B-DDR3-A6 B-DDR3-A7 B-DDR3-A8 B-DDR3-A9 B-DDR3-A10 B-DDR3-A11 B-DDR3-A12

N3 P7 P3 N2 P8 P2 R8 R2 T8 R3 L7 R7 N7

B-DDR3-BA0 B-DDR3-BA1 B-DDR3-BA2

M2 N8 M3

B-DDR3-CS0 B-DDR3-RASZ B-DDR3-CASZ B-DDR3-WEZ B-DDR3-ODT

L2 J3 K3 L3 K1

B-MVREFCA

M8


J1 J9 L1 L9 M7 T3 T7

A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12

DMU DQSU /DQSU

BA0 BA1 BA2

DML DQSL /DQSL

/CS /RAS /CAS /WE ODT

DQL0 DQL1 DQL2 DQL3 DQL4 DQL5 DQL6 DQL7

DQU0 DQU1 DQU2 DQU3 DQU4 DQU5 DQU6 DQU7

VREFCA NC1 NC2 NC3 NC4 NC5 A13 NC7

VREFDQ CK /CK CKE /RESET

Q Q Q Q Q Q Q Q Q S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S S Q Z V V V V V V V V V V V V V V V V V V V V V 8 9 1 9 1 9 1 8 2 8 1 9 3 9 1 9 8 2 8 1 9 1 J J G L T T P P M F E E D E A B G B B D G M

D3 C7 B7

B-DDR3-DMU B-DDR3-DQSU B-DDR3-DQSUB

D7 C3 C8 C2 A7 A2 B8 A3

B-DDR3-DQU0 B-DDR3-DQU1 B-DDR3-DQU2 B-DDR3-DQU3 B-DDR3-DQU4 B-DDR3-DQU5 B-DDR3-DQU6 B-DDR3-DQU7

E7 F3 G3

B-DDR3-DML B-DDR3-DQSL B-DDR3-DQSLB

E3 F7 F2 F8 H3 H8 G2 H7

B-DDR3-DQL0 B-DDR3-DQL1 B-DDR3-DQL2 B-DDR3-DQL3 B-DDR3-DQL4 B-DDR3-DQL5 B-DDR3-DQL6 B-DDR3-DQL7

H1

B-MVREFDQ

J7 K7 K9 T2

B-DDR3-MCLK B-DDR3-MCLKZ B-DDR3-CKE B-DDR3-RESET R419 56R

C429 10nF

R 42 1 240R/1% R421 2 40 R/ 1%

75

R420 56R


NAND Power

NAND FLASH

3V3_Normal 3V3_Nand

3V3_Nand

N510 NANDFLASH4G 1 2 3

R401 10K

4 5 6 7 8 9 10


11 12 13 14 15 16 17


18 19 20 21 22 23 24

C406 0.1uF

NC0/VCC NC1/VSS NC2 NC3 NC4 NC5/R/B2 R/B RE

3V3_Nand

3V3_Nand

NC28/VSS NC27 NC26 NC25 D7 D6 D5 D4

CE NC6/CE1 NC7 VCC VSS

NC24 NC23 NC22/VCC VCC VSS

NC8 NC9 CLE

NC21 NC20/VCC NC19

ALE WE

D3 D2

WP NC10 NC11 NC12 NC13/VSS

D1 D0 NC18 NC17 NC16

NC14/VCC

NC15/VSS

C401 2.2uF

48 47 46 45 44


43 42 41 40 39 38 37

C402 C403 0.1uF NC/0.1uF

R 40 2

N C/ 0R

Micron Nand

NC

36 35 34 33 32



31 30 29 28 27 26

1

4

3 5

8

7

RA403

22R



C404 IC

NC/33pF

NAND-CEZ NAND-REZ NAND-RBZ

25

2 6

C407 0.1uF

2

1

4

3

6

5

8

7

R A40 4

22 R



C405 IC

NC/33pF


76

2

RA401

RA402

1

4

3

6

5

8

7

2

1

4

3

6

5

8

7

22R

22R



AMP GAIN0

12V_VCC

12V_AMP L201

FB_4A

2

GAIN1

R 20 1

GAIN (dB)

0

0

20

0

1

26

1

0

32

1

1

36

N C/ 10 0K 12V_AMP Thermal

AMP_EN

1

2

SD

PVCCL

FAULT

PVCCL

29 28

27

C202

C203

1nF

0.1uF 220uF

1

C210 0.47uF

AMP-INL

C204

3

LINP

BSPL

26

C236

+ C226

L212

NC/15uH C206 1nF/25V

0.47uF/25V 1uF/25V

12V_AMP R202

C205 0.47uF

4

R204 R205

NC 0

N204 RESET# 3

VCC GND

R203

NC

R 2 06

1 0 R/ 12 0 6/ (1 /4 W )

HP_MUTE

2

R208 47K

1

R220 100R

APX809-4.4

12V_AMP

R212 10K AMP_MUTE

H: Mute on L: Mute off

R210 NC/20K

10K R217

H:OFF L:ON R213

10K

1

C201 1nF

3

V201 3904

7

R207

C220 1uF/25V C207 1uF/25V 10K

10

R218

C209 1uF/6.3V 10K C221 0.47uF

11

R209 5V_Stb

GAIN0

N202

L 20 6

R219 NC/12K

F B_ 3A

AMP_Lout+

PGND

24

8

AMP_Lout-

GAIN1

OUTNL

AVCC

BSNL

AGND

BSNR

23

2

22

FB_3A F B_ 3A

C208 1nF/25V AMP_Rout-2

0.47uF/25V C211 L 21 4

21

C212

AMP_Lout+3

N C/1 5u H

L205

AMP_Lout- 4

15uH C225 0.47uF/25V

0.47uF/25V 9

GVDD

PLIMIT

OUTNR

PGND

20

D2006-4W 2

1

L208 NC/FB_3A

AMP_Rout-

19

AMP_Rout+ RINN

OUTPR

AMP-INR

C219 0.47uF

12

RINP

BSPR

18

17

2

0.47uF/25V C217

1

L210 NC/FB_3A L202 15uH

C218 0.47uF/25V

12V_AMP 13

2

14

77

REG/DRC

Mute

PVCCR

PVCCR

XS201 AMP_Rout+1

1

L 20 7 L207

AMP_EN

100R

1

RT9108 6

5V_Stb

OUTPL

2

100K 5

HP_MUTE

LINN

25

16

C222

C223

+ C224

1nF

0.1uF 220uF

15


2V5Buf OP_VCC1

PH_Drive C227 10uF/10V

R225

R227 33K 8

EARPHONE-OUTL

5V_Normal

R226 33K

C235 1uF/6.3V

3

R221 10K

2

+

C231

C228

0.1uF

10uF/10V

10R

N201A TDA1308 EARPHONE-L

1

-

4

C234 100pF

EARPHONE-OUTL R 22 2 R222 C 23 0

3 33K 3K

EARPHONE-OUTR

R215 NC/0R

EARPHONE-L

R216 NC/0R

EARPHONE-R

1 00 pF

OP_VCC1 8

EARPHONE-OUTR

C233 1uF/6.3V

5

R224 10K

6

C229 100pF

+

1T3

N201B TDA1308 7

HP_MUTE PH_Lout PH_Rout

EARPHONE-R

-

2 4 3 5 1

4

2 L R 5 1

XS615 R 22 3 R223

3 33K 3K

C 23 2

1 00 pF

C214 22uF/6.3V

R231 NC/0R

PH_L

EARPHONE-L

PH _Lout

R232 NC/0R

PH _R

PH_Rout

PH_L

EARPHONE-R

V202 2N7002

PH_R C213 22uF/6.3V

C215 470pF

R211 10K

R214 10K

3

C216

V204 2N7002 2

1

2

3

3

V203 R228 2N7002 47K 1

R229 10K

2

1

2

3

R234 V205 47K 12N7002

470pF R230 10K

C238 1uF

R235 10K 12V_AMP

3

AMP_MUTE

R237

10K

1

V206 3904 2

78

R236 4.7K

C237 1uF

R233 10K


3.3Vstb KEY-in C6202

K E Y

R6207

0.1uF

1K_1% 3

C6201 0.1uF

INPUT

2

INPUT 4

1 R6201

SW601

1K_1%

MENU

3

2

4

1

MENU

R6202

SW602

CH+

1K_1%

3

2

4

1

CH+

R6203

SW603

1K_1%

CH-

3

2

4

1

CH-

SW604

VOL+

3

2

4

1

2

4 VOL-

1K_1%

R6205

R6209

1K_1%

1K_1%

VOL-

1 R6206

SW606

3

1K_1% 2

4 POWER

R6208

1K_1%

VOL+

SW605

3

R6204

1 SW607

82


XS6101

1 2 3 4 5 6

KEY-in 3.3Vstb

LED_R IR-in LED_G

D2006-6A

D C T N A C V G D

N6101 IR

3 2 1

R6101 100R 3.3Vstb

IR-in C6101

C6102

C6103

10uF

0.1uF

100pF

LED_Px2 LED_R

3

4

LED_G

1

2

C6105

C6104

100pF

100pF VD6102

83

89:;


Power Control XS802 XS801 12VIN 12VIN

1 3 5

5VSTBIN

7 9 11 13

1

2

3

4

5

6

7

8

9

10

11

12

13

14

2 4 6

12VIN

1

12VIN

3

12VIN

5

1

12VIN

3

12VIN

9

1 0 11 1 2 13 1 4 POWER-ON/OFF

NC/HEADER_7x2

6

7

BKLT_ADJ 5VSTBIN

4

5

BKLT_EN 7

8

2

8

9

10

11

12

13

14

2

12VIN

4

12VIN

6

12VIN

8

BKLT_EN

10

BKLT_ADJ

12 14

15 15

16 16

17 17

18 18

POWER-ON/OFF

HEADER_9x2

5V_Stb

R808 R807 100R 2

PWR-ON/OFF

5V_Stb

L806 POWER-ON/OFF

1

2

1

F_6A

C805 NC/10uF/16V

H: On L: Standby

5VSTBIN

4.7K 5V_stb C802 0.1uF

5V_Normal 5V_Normal

R814 NC/4.7K

R811 1K

R809 100R 12VIN BKLT_ADJ

R813 10K 2

BRI_ADJ

BKLT_EN

12V_VCC 3

L803 1

2

R819

1

F_6A

12V_VCC C812

V803 3904

0.1uF

84

2

1

VBL_CTRL NC/10K H: On L: Off

V804 NC/3904 2

R812 NC/10K


5V_Normal R834

POWER-ON/OFF

10K

C803

3.3nF R835

2.2K

N802 L815

C808

2

12V_VCC

10nF 1

1

2 3 4

FB_4A C807

C806 0.1uF


9889

10uF/16V

8 7 6 5

9

C804 0.1uF

C809

R817

0.1uF

1K 1% R825 5.1K 1%

R821 39K 1% 5V_Normal

L804 10uH 5V_Normal C810

1

C815 0.1uF 10uF/10V 10uF/10V 10uF/10V

MP2307 AP3503 /3A Vout=0.925*(1+R1/R2)

C811

C814

Panel Power 12V_VCC

VCC-Panel L802

2

FB_4A

1

R823 47K

1 2 3 4

C827 0.47uF/2 5V 0.47uF/25V

V801

9435A

S S S G

D D D D

8 7 6 5

1

C825

10uF/16V 0.1uF

R820 100K V808 VD801 NC/1N4148

NC/WPM3407

3

V806 3904

1 2

10K

R824

C826


85

12V_Panel


1.15_VDDC 12V_VCC L814 FB_4A 2

C842

3.3nF

R818 2.2K

N801 C844

10nF

1

2 3 4

C816 C840 10uF/16V

1

0.1uF


9889

9

C824

8 7 6 5

POWER-ON/OFF

3V3_stb

C819 0.1uF

R816

R840

R841

33K 1%

200K

200K R842 4.7K

R802

R801 12K 1%

3

33K 1%

2N7002 V809 1

L801 10uH

1V15_Core

2

C852

C848

C838

22uF/6.3V

22uF/6.3V

0.1uF

R843

VID0

Add core power control VID0 L H

1V15_Core

Core 1.18V 1.25V

MAX 3A

1.5V_DDR L805 FB_4A

5V_Stb 1

3V3_Normal

N803 2

4

R836

10K

R837

NC/10K

GND 1

VD803 5.6V

VIN LX

C867

C870

EN FB

3 2 5

1V5_DDR

L818 2.2uH

1

C872

C858

22uF/6.3V 22uF/6.3V

C873

R839

C869

22pF

16K/1%

22uF/6.3V

0.1uF

R845 10K/1%

86

1V5_DDR

C868

SY8087

C871 10uF/10V 0.1uF 0.1uF

VID0

4.7K

1

FB=0.925V

H: On L: Standby

R822 10K

0.1uF


3.3Vstb N808 NC/WL2004-3.3V

OUT 3

4

N805 1117-3.3V

IN GND

A D J

O U T

I N

1

2

3

1

320mA

5V_Stb L808 FB_4A 2

2

3V3_stb

1 1

3V3_stb

C822

3.3V_normal

C854

C846 0.1uF

2.2uF/10V

C850 0.1uF

10uF/10V

4

N807 1117-3.3V

3V3_Tun

5V_Normal L811 FB_4A

4

2

A D J

O U T

I N

1

2

3

3V3_Normal

1 1

N105 1117-3.3V

A D J

O U T

I N

1

2

3

5V_Normal

3V3_Tun L107 FB_4A

2

3V3_Tun

1

33001385

1

220mA

C137

C144

C140

10uF/10V

0.1uF

22uF/6.3V22uF/6.3V 0.1uF

C141

C142

87

C847

C828

C836

0.1uF

2.2uF/10V

10uF/10V

3V3_Normal 150mA

C853 0.1uF


88


89


90


91


92


93


94


95


96


97


98


99


NAND FLASH

NAND Power

3 V3 V3 _N _N or or ma ma l 3V3_Nan d

3V3_Nand

R401 10K



C406 0.1uF

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

NC0/VCC NC1/VSS NC2 NC3 NC4 NC5/R/B2 R/B RE CE NC6/CE1 NC7 VCC VSS NC8 NC9 CLE ALE WE WP NC10 NC11 NC12 NC13/VSS NC14/VCC

3 V3 V3 _N _N an an d

3V3_Nand

N510 NANDFLASH4G NC28/VSS NC27 NC26 NC25 D7 D6 D5 D4 NC24 NC23 NC22/VCC VCC VSS NC21 NC20/VCC NC19 D3 D2 D1 D0 NC18 NC17 NC16 NC15/VSS

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

C401 C402 C403 2.2uF/10V0.1uF NC/0.1uF NAND-D7 NAND-D6 NAND-D5 NAND-D4

R 40 40 2

N C/ C/ 0R 0R

Micron Nand

NC



2

1

4

3

6

5

8

7

RA403 RA403


22Rx4 22Rx4 C404

NAND_WPZ NAND_WEZ NAND_ALE NAND_CLE IC

NC/33pF C407 0.1uF

NAND-CEZ NAND-REZ NAND-RBZ

2

1

4

3

6

5

8

7

R A4 A4 04 04



2 2R 2R x4 C405 IC

NC/33pF


100

2

1

4

3

6

5

8

RA401 RA401

RA402 RA402

2

7

1

4

3

6

5

8

7

22Rx4 22Rx4

22Rx4 22Rx4



USB

USB0_DM USB0_DP

USB1_DM USB1_DP

USB0_DM USB0_DP

3

USB1_DM USB1_DP

USB0-DM USB0-DP

4

1

USB1

5V_USB

RA620 5R1x2

5V_Normal

XS612 5

5V_USB FU01 USB1-DM USB1-DP

2

RA621 5R1x2 3

4

1

2

C653

PTC_1.5A

USB1-DM USB1-DP

+

220uF

C613

C618

10uF/10V

0.1uF

C611

N602

4

4 3 2 1

1

6

2

5

3 2 1

0.1uF

USB1-DM 3

4 USB1-DP

6

IP4223CZ6

N606 AVDD1 1 R658 680R 2 PVDD 3 XSCO 4 XSCI 5 HUB_DM2 6 HUB_DP2 7 AVDD2 8 HUB_DM3 9 HUB_DP3 10 11 12 AVDD3 13 VDD0 C629 1uF/6.3V 14

USB2

5V_USB

AVDD DP1_DP UP_RREF DP1_DM PVDD AVDD XSCO UP_DP XSCI UP_DM DP2_DM VSSH DP2_DP VDDH AVDD ChipResetN DP3_DM VDD DP3_DP SUSPEND DP4_DM VDD DP4_DPBUS_PWREDN AVDD V33 V18 AVDD5V

28 27 26 25 24 23 22 21 20 19 18 17 16 15

C612

R659

10uF/10V

47K VDDH Reset_N VDD0

4

1

2

C610

C645

0.1uF

VCC3.3

5V_USB

L604

1 C652

C647

C621

1 D D V A

C622

2 D D V A

C623

3 D D V A

C624

D D V P

C625

H D D V

R690 1M

C626

0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF

1

0.1uF

C628

18pF

5

DM3 3

4 DP3

6

USB3

5V_Normal XS614

2

HUB_DM1 HUB_DP1

10uF/10V

C638

3

4

1

2

0.1uF

Z606 12MHz

XS613 5

C650

C642

10uF/10V

0.1uF

HUB_DM2 HUB_DP2

3

4

1

2

RA625 5R1x2

1 2 3 4 NC/D2006-4A

XSCI

101

3 2 1

6

USB for Bluetooth XS617

4

4 3 2 1

NC/D2006-4A

3V3_Normal

XSCO

1 2 3 4

RA624 5R1x2

VCC3.3

0 D D V A

2

RA623 5R1x2

FB_4A

18pF

6

2

3

R689

470K 1uF/6.3V

2.2uF/10V 10uF/10V

C627

1

IP4223CZ6

C641

AU6258

HUB_DM3 HUB_DP3 3

N605

4

4 DM3 3 DP3 2 1

R688 10K

VDD0

C648

XS611 5

5V_USB

HUB_DP1 HUB_DM1 AVDD0 USB0-DP USB0-DM


ETHERNET

N603 MDI_TP MDI_TN

MDI_RP MDI_RN

MDI_TP

1 2 3 4 5 6 7 8

MDI_TN

MDI_RP MDI_RN


PD1602 TX+ CT TXnc nc RX+ TC RX-

XS610 16 15 14 13 12 11 10 9

LAN_TX+ LAN_TXLAN_RX+

C615

C616

0.1uF

NC/10nF

0.1uF

MDI_RN

1

6

2

5

3

4

2

11

3

5

N604 MDI_TP

12

4

LAN_RXC614

1

% 1 / R 5 7

% 1 / R 5 7

% 1 / R 5 7

% 1 / R 5 7

4 5 6 R

5 5 6 R

6 5 6 R

7 5 6 R

ETH_GND

MDI_TN

6

RJ-45

7

10

8

9

ETHERNET_JACK ETH_GND

C619

1nF/2KV

C617 NC/1nF/2KV MDI_RP ETH_GND

IP4223CZ6

102

AGND


YPbPr/AV IN YPbPr-PR

6 5

75R

R661

YPbPr-PB

4 3

R673

33R C631

47nF

R674

68R C633

47nF

R687

33R C635

47nF

RIN1 GIN1N R679

BIN1

YPbPr-Y

R672

75R

R667

AV2-IN

33R C634

R678

47nF

R675

0R

C632

47nF

R680

33R C637

47nF

GIN1

0R

CVBS_OUT

SOG1

R662 330R

SPDIF_OUT

CVBS1 R665

1 2

HD-R

R663 10K

100R

R660 10K

3 4

HD-L

C 64 3

2 .2 uF /6 .3 V

C 64 4

2 .2 uF /6 .3 V

XS616

75R

75R

R664

2 1

SPDIF/VEDIO OUT


XS608 YPbPr

5 1 4 3 2

CVBS-OUT SPDIF-OUT

1T3

C655 22pF

LINE_IN_1R

C651 560pF R6 66

12 K

LINE_IN_1L

C649 560pF XS607 AUDIO_IN

R681

12K

VGA XS605 15 14 13 12 11

6 1

VGA 5 10 4 9 3 8 2 7 1 6

PC AUDIO IN R677

68R

C640

47nF

VGA_B+

R676

33R

C630

47nF

VGA_G+

R671

33R

C639

47nF

VGA_R+

R670

33R

C636

47nF

7 1

R R 5 5 7 7

R 5 7

9 6 8 6 6 R 6 R

4 8 6 R

RA631 1

VGA-HS VGA-VS

3

GIN0N BIN0 XS609

GIN0

5 1 4 3 2

RIN0

Close to MST IC with wide trace 1T3

100Rx2 2 4

HSYNC0 VSYNC0

10Kx2 RA632 2 1 3

4

1 3

RA 63 0

2 4

0 Rx2

UART_TX UART_RX

103

PC_Lin

R601 10K

C608 2.2uF/10V LINE_IN_0L

PC_Rin

R602 10K

C609 2.2uF/10V LINE_IN_0R

R603 12K

R606 12K

LINE_IN_0L LINE_IN_0R


104


105


106


107


108


109


AMP

12V_VCC

GAIN1

GAIN0

GAIN (dB)

0

0

20

0

1

26

1

0

32

1

1

36

12V_AMP Thermal

AMP_EN

12V_AMP L201 2

1

C239 NC/0.1uF

FB_4A 1

2

C210 0.47uF/10V

AMP-INL

3

12V_AMP

1uF/25V

R202

C205 0.47uF/10V

4

R204 R205

NC 0R

R203

NC

R 20 6

1 0R /1 20 6 /( 1/ 4W )

HP_MUTE HP_MUTE

12V_AMP R207

1

R220 0R

5V_Stb

H: Mute L: Work

R210 20K R217 100R

R2 18

V201 3904 2

R219 12K

C220 1uF/25V C207 1uF/25V 10K C209 1uF/6.3V N C/ 10 K

LINP

BSPL

26

C202

C203

1nF

0.1uF

C236

+

L212

C226 220uF

NC/15uH

LINN

OUTPL

25

2

C206 1nF/50V

1

L 20 6

AMP_Lout+

F B_ 3A

GAIN0

N202

PGND

24

AMP-INR

8CDEF AMP_Rout+1

7

8

AMP_Lout-

GAIN1

OUTNL

AVCC

BSNL

AGND

BSNR

23

2

L 20 7 22

0.47uF/25V C211

21

C212

F B_ 3A

L 21 4

C208 1nF/50V

10

GVDD

PLIMIT

OUTNR

PGND

20

15uH

2

C225 0.47uF/25V

1

L208 NC/FB_3A

C219 0.47uF/10V

11

12

RINN

OUTPR

AMP_Rout-

19

RINP

BSPR

18

17

2

0.47uF/25V C217

1

L210 NC/FB_3A L202 15uH

C218 0.47uF/25V 12V_AMP

13

REG/DRC

PVCCR

Mute

PVCCR

16

1nF 14

110

C222

C223

1nF

0.1uF

15

+

C224 220uF

AMP_Lout+ 3 AMP_Lout-

N C/ 15 uH

L205

0.47uF/25V 9

AMP_Rout- 2

1

AMP_Rout+ C221 0.47uF/10V

AMP_EN

3

1

C201

PVCCL

27

RT9108 6

R213 10K

FAULT

28

100K 5

AMP_MUTE

PVCCL

0.47uF/25V

C204

R212 10K

SD

29

4

XS201 D2006-4A


PH_Drive 2V5Buf OP_VCC1

5V_Normal

R226 33K C227 10uF/10V

R225

R227 33K 8

C235 1uF/6.3V

EARPHONE-OUTL

3

R221 10K

2

+

EARPHONE-OUTR

R215 NC/0R R216 NC/0R

C228

0.1uF

10uF/10V

EARPHONE-L

C 23 0

3 3K 33K

R231 NC/0R

PH_L

1 00 pF

EARPHONE-R

R214 10K

C216 470pF

OP_VCC1

5 6

+

3

N201B TDA1308 7

2

1

EARPHONE-R

PH _L ou t

PH _R

V203 2N7002

V202 2N7002

C229 100pF

R211 10K

C215 470pF

4

R 22 2 R222

R224 10K

PH_R C213 22uF/6.3V

EARPHONE-L

C233 1uF/6.3V

PH_L

EARPHONE-R

N201A TDA1308 1

8

EARPHONE-OUTR

EARPHONE-L

-

C234 100pF

EARPHONE-OUTL

C231

C214 22uF/6.3V

10R

2

R232 NC/0R

PH_Rout

3

3

R228 47K 1

R229 10K

2

1

When used as audio output, need to add 28007681 in BOM

V205 2N7002

V204 2N7002 2

3

R234 47K 1

R233 10K

-

4

R230 10K

C238

R 2 35

10K 12V_AMP

1uF/6.3V R 22 3 R223

3 3K 33K

C 23 2

1 00 pF

R236 4.7K

3

AMP_MUTE

R 23 7

1 0K

1

V206 3904 2

111

XS615

C237 1uF/6.3V HP_MUTE PH_Lout PH_Rout

5 1 4 3 2

1T3

ESQUEMAS ELÉTRICOS PCI Fonte 55L5400 L703

37021393 37021393 37021393 37021393 37021393 37021393 HS5 HS6 HS7 HS8 HS9 HS10

L704 47uH/7A/EFD20

47uH/7A/EFD20

C743 100P/500V

L702

+50V

1

1

1

1

1

1

1

2

C721

0.1u/4 00V

C720

0.1u/4 00V

R790

22R

R789

22R

VD754 SF104

L701

33001015

330uH/1.5A/EFD20

R791 R784 nc 15R/2W

R782 15R/2W

BKLT_EN

V701 ME4N25

VD756 BAV70

BL/ON

2

VCC

R779

3

R792 nc

C742 VD755 SF104

4R7

1

100P/500V XS702

R733 33R

PWM/ADIM

7PIN-2.0mm

BKLT_ADJ V702 ME4N25

3

VD763

VD758 BAV70

BAV70

1

2

R783 680K

3

100

R708 100

200K

R785

R786

22R

22R

LED1+ LED1-

100p/500v/400V

LED2-

33R

V703 3906

R787 22R

1

C736

C737

2u2

NC

R788 22R

R717 10K

R716 10K

VD704 B6V8

C741

LED2+

3

R710

SF104

2

470K

R706

VD757

1

2

R734 R711

R780 4R7

+12.2V R722 470K

R767 R765 R764 R5/1206 R5/1206 R5/1206

VD706 R748 1K

UV=83V

B5V6

R766 R768 R5/1206 R5/1206

R723 330K

UVth=1.25V 3

UVLS

FLAG

16

C733 VCC 10V 6

VCC

OUT

7

N701 4

EN

CS

11

AP3041 15

PWM

OV

2

R724 12K

0.5V

OV:2.25V

OVP:216V

185v

R726 1K

1u/450V

C727 1u/450V

C728 1u/450V

V751 nc/ME4N25 R778

5-27V

VIN

5

13

VIN

FAULT

SSCOMP D N G

8

T C 1

T R 0 1

FB

nc

9

14

R731 1K

0.5V

C S 2 1

R714 R725 10K

200K R715 100K

C709

C705

R709

R712

C706

C708

100

102

100K

10K

102

474

C715 C710 C711 104

2u2

C714

NC

104 C713

C712 104

R713

R775

R776

270K

39K

NC

C739

C738

222

101

VD705 B6V8

C718 101

104

112

R773

R774

R777

10

4R7

2R2

7 6 5 4 3 2 1

ESQUEMAS ELÉTRICOS PCI Fonte 55L5400 !

!

!

!

!

2

F911 250V-T5AL

L901

1

XS901 L N

1 3

2

1 0 4 2 9 2 X c C a

V 0 8 4100uH2 6 1 0 9 V R

V 5 7 2

1

!

1 0 1 9 2 2 Y C c a V 0 5

1 2 2 0 2 9 c Y a

3

C V 0 5 2

!

! R903

!

L902 12mH 4

2 0 4 2 9 2 X c C a

2

V 5 7 2

3

!

1M/1206

!

!

!

1M/1206

!

R904

!

1M/1206

!

L903

R901 1M/1206

VD901 RS1005M-10A

2

LF902 LF901

12mH 2

4

R902 1M/1206

RF909 4R7/1206

VAC

4 1 0 2 9 2 Y c C a V 0 5 2

3

R905

1

!

3PIN-3.96mm

R906 1M/1206

3 1 0 2 9 2 Y c 4 C a

+

4

3

1

6

1

VDF902 SF58

2

1

!

CF902 474/450V

CF901 CF901 474/450V

1

!

VF903 18N50

VCC_PFC

PFC

CF905

CF912

104

10uF/NC

RF919 20K

BLOCK

NF903 3

COMP

8

VCC

CF916

2

3

RF921 10R

V 0 2 : p o V < V 3 1

NC/2KV

!

1

RF920 RF922 RF927 RF929 RF930

2

1

RF904

VDF906

2

2

LF906 33000545

1R0/1 206 1R0/1 206 1R0/1 206 1R0/1 206 1R0/1 206

CF919 CF920 68uF/450V 68uF/450V

RF915 1M5/1206 RF911 22R

2

MF72-5R0D15M

RF908 1M5/1206

RF910 100R/1206

RF926 68K

RT901

2

VDF903 SF58

1

V 0 5 2

PFC

LF905 33000545 1

150uH

!

1

1

CF915 101/2KV

33000530 LF903

PQ38/250uH

2

3

-

RF912 4R7/1206

RF913

!

10K 0R12/2W

!

1N4148 1

5

HS2

HS1

RF916 10K RDY CF906 473

1 2 3 4

37019321

ZCD

HS3

1 2 3 4

1 2 3 4

37019321

7

DRV

RDY

6

CF908 474

4

CS

GND

1

INV

CF909 220

1M5/1206 RF918 1M5/1206

2.5V

CF914 101

!

37019321

RF917

RF925 100R

FAN7930 2

VDF907 1N4148

RF928 NC

CF911 102

RF923 2M2

RF924 39K/F

HOT

Heatsink BLOCK

HOT

COLD

PFC

RB96220R/1206

COLD

CB951

VAC

RB95120R/1206 RB919

102/2KV LB951

VCC_PFC VCC_LLC

RB906

VCC BLOCK

22k/1206

RB907

TB901

CB917

1

1

2

56K/1206

RB920 22k/1206

3

RB921

8

CB953

CB958

CB912

1000uF/10V

1000uF/10V

22uF/50V

104

22k/1206 5

VDB911 VB901 5160

RB925

RB902

7

1N4007

NB905

EE16

CB914 1K

10M/1206

FSL206MR

5

104 4

RB923 5k1

3

CB913 104

1

4

CB952 6

10M/1206 2

1

+5.3Vsb

9

RB901

3

2

1.1uH

SR360

222/1KV 56K/1206

VDB951

10

LS

1

r t s VDrain1

Drain2 Drain3

RB952 330R

2

FB

20k

C C V

! NB955B

RB905

CB902

CB910

VDB903

2

RB913

!

RB918

4K7

!

4

PC817B

CB909

VDB906

101/2kV 470K

3

684

223

B6V8

RB957

RB959 2R7/1206

15V-20V(Vovp:24V)

GND

!

LB901 33000530

6 7 8

!

FR104

NB951B

4

1

3

2

NB950

RB953

PC817B

2k RB954

5.3V OVP

R993 1K

VD954 B5V6

1

CB956

NB951A

10R/1206

PC817B

3 2

20K

NB953

104

R992 330R

PC817B 2

MB431/SOT23 1

VB902 2

VDF908 1N4148

3

3

3

SD1616A

200k RB908 3K

RB958 nc L906 33000495

CB904 CB916 104

1

RB956

1

CB905 104

RB909 51R

22uF/50V

CB907 104

VDB901

CB908 22uF/50V

CB906 22uF/50V

2

RB960 nc L907 33000495

NC CY950

1

2

2

3904

20k

1

250Vac-102

Negative feedback circuit

!

B18V

HOT

113

V957

RB955

CY908

COLD

C954 104

R994 1K


SW6201 KEY

2

1

SOURCE

POWER

1K_1% R6201 SW6202 VOL-

2

1

MENU

1K_1% R6202 SW6203 VOL+

2

1

CH+

1K_1% R6203 SW6204 CH-

2

1

CH-

1K_1% R6204 SW6205 CH+

2

1

VOL+

1K_1% R6205 SW6206 MENU

2

1

VOL-

1K_1% R6206 SW6207 SOURCE

2

1 1K_1% R6207

3.3V_ADC

115

3.3V_ADC

4

XS6201 3 2 1

KEY

D1251-03

C6202

C6201

10nF

10nF

5


XS6101 D2006-5A 1 2 3 4 5

LED_R IR-in LED_G

3.3Vstb

C D T C N A V G D

3.3Vstb

R6101 100R

N6101 IR

3 2 1

IR-in C6101

C6103 100pF

C6102 10uF/6.3V

0.1uF

VD6101 LED_R

1

LED_G

3

R

2 G

C6105

C6104

100pF

100pF

HFT505M-RG

116

ESQUEMAS ELÉTRICOS Controle Remoto CT8045

VDD VCCVCC+ CAP NP_0

CAP NP_0

R703 10

R701 1

C701 47uF/16V

VD701 IR-LED N701 SC

1 K1 1K12 1K22 1K31 1K39 1K46 1K52

1K61

1K66

2

1K64 1K65

2

1K47

2 2

1K40 1K41

2 2 2

2

1K32

2

1K33

2

1K34

2

1K23 1K24 1K25 1K26

2 2 2 2 2

1K13 1K14 1K15 1K16 1K17

2 2 2 2 2 2

1 K2 1 K3 1 K4 1 K5 1 K6 1 K7

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

1K57

2

1K53

2

1K48

2

1K42

2

1K35

2

1K27

2

1K18

2

1 K8

2

2

1K58

2

1K54

2

1K49

2

1K43

2

1K36

2

1K28

2

1K19

2

1 K9

2

2

1K62

2

1K59

2

1K55

2

1K50

2

1K44

2

1K37

2

1K29

2

1K20

2

1K10

2

2

1K63

2

1K60

2

1K56

2

1K51

2

1K45

2

1K38

2

1K30

2

1K21

2

1K11

2

117

VSS

VDD

XIN/P1.0 P3.0/REM XOUT/P1.0 P0.5 P1.2

P0.3

P1.3

P0.2

P1.4

P0.1

P1.5

P0.0

P1.6

P1.7

16 15 14 13 12 11 10 9

ESQUEMAS ELÉTRICOS Vista Explodida 40L5400 21

3

17

18

11

20

4

25

28

13

27

24

PC n°

26

6

1

5

12

10

14

22

23

9

7

2

118

8

15

16

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

NE

19

Description

5 85 61 3 B AS E V ID RO P ED ES TA L 4 0P RA TA 5 69 37 4 P CI T EC 3 2/ 40 L2 40 0 I MC 5 69 35 6 P CI S R 3 2/ 40 L2 40 0I MC 5 85 85 5 P CI P R 4 0L 54 00 I MC 5 78 86 3 P E D E B OR RA CH A 2 2X 15 X1 0M M 5 79 73 7 PE D EB OR RA CH A2 0X 7, 5M M 4 53 74 7 A MO RT EC ED OR D E B OR RA CH A A F 5 69 28 5 TE CL AD OC ON TA TO M ET AL IC O 5 69 00 7 SU PO RT EA LT OF AL AN TE 5 85 64 0 LE NT ES EN SO RC R 5 69 07 0 TA MP AT RA SE IR AD LE D- 40 5 85 62 2 O RN AM EN TO D EC OR AT IV O P VC P RA TA 5 69 02 5 PA IN EL T OM AD AS A V 5 68 65 0 C OB ER TU RA C OL UN A P ED ES TA L 5 69 08 9 TE CL AC ON TR OL ES 5 85 63 1 PL AC AI SO LA NT E P VC 5 70 12 0 E SP AC AD OR P LA ST IC O B AS E I NF 5 70 11 1 E SP AC AD OR P LA ST IC O B AS E S UP 4 93 96 3 SU PO RT EP AR ED ES UP 5 69 01 6 S UP OR TE F IX AC AO B AS E P ED ES TA L 5 69 15 0 E SP AC AD OR M ET B AS E P ED ES TA L 5 69 04 3 S UP OR TE M ET F IX AC AO P AI NE L 4 0 3 57 28 1 P AR AF A BP W3 X8 Z NB F PH 3 57 28 1 PA RA FA BP W3 X8 Z NB F PH 320864 PARAF MPW 3X6 ZNB FPH 383966 PARAF MT 4X6 ZNB FPH 4 03 16 9 PA RA FM P4 X 1 6Z NP F PH 3 84 63 4 PA RA FM PW 3 X5 Z NP F PH 4 93 95 4 PA RA FB TP W3 X1 0Z NP F PH 5 8 56 5 9 P A IN E LD L -4 0 K K L S C4 0 0H M 10

KK PN 3 40 12 06 5

3 60 72 41 7 3 60 72 75 4 3 60 54 72 5 3 60 67 17 3 3 60 69 86 1 3 60 73 50 7 3 60 69 89 2 3 60 73 50 8 3 60 69 91 5 3 60 69 91 8 3 60 70 10 5 3 60 71 76 2 3 60 70 90 8 3 60 70 99 4 3 70 20 15 8 3 70 25 45 9 3 70 26 04 1 3 70 25 48 0 3 80 00 19 7 3 80 00 19 7 38000269 38001330 3 80 03 25 5 3 80 03 34 0 3 80 04 13 8 7 2 00 0 41 2 YT K -A

Usage 1 1 1 1 6 3 1 1 4 1 1 1 1 1 1 1 1 1 2 1 1 1 5 1 11 8 5 7 5 1

Ref

A G1 61 A P CI TC 2 P CI SR 2 P CI PR 4 A G1 61 BA ~F A G1 61 DD ~F W 66 0B A~ B S W6 01 -7 A G1 64 DA ~D A G1 63 D A 40 1A A G1 63 DA A G1 69 A G1 68 B P CI TC A A G1 63 C A G1 61 AB A G1 61 AA A G1 67 A~ B A G1 68 A A G1 61 D A G1 66 A G1 64 AB ~D B P CI SR A AG169AA AG167BA A G1 61 DB A 40 1E A A 40 1F B A G 16 3 A

ESQUEMAS ELÉTRICOS Vista Explodida 48L5400

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

119

NE Description KK PN Usage Ref 585784 5857 84 PAINEL N EL DL-48 4 8 SEC-L -LSC4 SC480 80HN0 HN05 7200 72 00051 0518Y 8YTK TK 1 AG163 63A A 5709 57 0996 96 TAMPA TRASEIRA R A DLED-48 3607 36 07007 0075 1 A401A 5 70 90 5 T AM AM PA C OB OB ER TU TU RA T CO CO N SU SU PE PE RI OR 3 60 68 07 1 1 A 40 3 5564 55 6422 22 SUPOR ORTE TE ME METAL TALICO CENTRAL INF 3702 37 02272 2728 1 AG165 4939 49 3963 63 SUPOR ORTE TE PAREDESUP 3702 37 02015 0158 4 AG167 67A~D A~D 5860 58 6097 97 PCI PR 48 48L5 L540 400 0 IMC 1 PCIPR4 PCI PR4 5632 56 3281 81 PLACA I SO SO LA NT NT E P VC VC 3 60 68 68 89 9 1 P CI CI PR PR B 58576 58 5766 BASE VID VIDRO RO PEDESTAL 48 PRATA 34012 34 01206 066 6 1 AG161 61A A 5709 57 0978 78 COBERTURA SUPORTE PEDESTAL 36070 36 07007 073 3 1 AG164 64B B 5709 57 0969 69 SUPORTE FIXACAO PEDESTAL 37025 37 02551 517 7 1 AG162 586104 BASE VIDRO PEDEST 48 PRAT MONT D-032/0748A-02 02 1 AG161 575704 SUPORTE COLUNA PEDESTAL CJ 1 AG164 57102 57 1021 ALTO FAL 8O 8OHMS HMS10 10W W BOX 2900288 29002 881 1 1 W660A 5742 57 4224 24 ESPACADO DOR R METBASE PEDESTAL 37026 37 02600 002 2 1 AG161 61D D 5688 56 8801 01 PE DE BO BORRA RRACHA 22 22X10 X10X5MM 3606 36 06082 0828 4 AG161 61BA~ BA~D 574233 P E DE DE B OR RAC HA 2 2X 10X1 ,5MM 360710 99 4 A G161D A~ D 4537 45 3747 47 AMORTECEDOR DE BO BORRA RRACHA AF 3605 36 05472 4725 4 W660A 0AA~A A~AB 5 56404 TA TAMPAO LATERAL 36068010 1 A404 5709 57 0932 32 LE LENTE NTE SENSOR CR 3606 36 0681 8166 66 1 AG163 63C C 5709 57 0923 23 TECLA CONTROLES 36070 36 07007 076 6 1 A201C 527678 PCI SR/TEC LEXX56(C) IMC 1 PCITC2 5554 55 5414 14 SOQUETE AF 4P 10 1000 00+58 +580MMCJ 26011 26 01169 699 9 1 MXS201 492786 SO S OQ 6P 6T47/460UL CJ 26009958 1 MXS6101 5564 55 6468 68 PARAF BTPW 3X12 ZNP FPH 3800 38 00519 5198 10 A402F 3836 38 3644 44 PARAF BB 4X12 ZNP FPH 3800 38 00324 3240 13 A401F 1FA A 3573 35 7307 07 PARAF MT 4X 4X8 8 ZNB FPH 3800 38 00028 0283 14 AG162 62AA AA 3573 35 7343 43 PARAF MPW3X6ZNP FPH 38003 38 00324 247 7 2 A401HA 4097 40 9760 60 PARAF MF 3X 3X6 6 ZNP FPH 38000 38 00025 251 1 1 A401G 5563 55 6342 42 PARAF MB 4X 4X12 12 ZNPFPH 38003 38 00325 253 3 5 AG161 61EE EE 4031 40 3169 69 PARAF MP 4 X 16 ZNP FPH 38003 38 00325 255 5 9 AG164 64AC AC 320864 P ARAF MPW 3X6 ZNB FPH 38000269 7 PCI PRAG 5559 55 5904 04 CABO FL FLAT AT LV LVDS DS 51 51P P CJ 28008 28 00824 240 0 1 MXS502

ESQUEMAS ELÉTRICOS Vista Explodida 48L5400

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

120

NE

Description

584721 5847 21 PAINEL N EL DL DLEDED-55 KBI+55 + 550B1L0 L02 2 5 84 44 6 T AM AM PA PA T RA RA SE SE IR IR A D LE DD- 55 55 5 84 62 62 3 S U PO PO RT RT E M ET ET AL AL IC IC O C EN EN TR TR AL AL I NF 5 84 52 52 5 S U PO PO RT RT E F IX IX AC AC AO AO P AR AR ED ED E 5 84 60 60 5 S U P OR TE TE M ET ET AL AL IC IC O A LT O F AL AL E SQ SQ 58461 58 4614 SUPOR ORTE TE MET METALI ALICO C O ALTO FAL DI DIR R 5 84 68 7 P CI F ON ON TE TE 5 5" 1 50 50 W 2 IN IN 1 M ON ON T 5847 58 4712 12 PCI PRINC N C KDL55MT626UN/1 /10 0 MONT 58440 58 4400 PILAR ESPACADORSEX SEXTAV TAVADO M3X6 5 84 57 57 0 P A I NE L A V I NF NF ER ER IO IO R 5 84 58 58 9 P A I NE L A V L AT AT ER ER AL AL 5 84 63 63 2 S U P OR TE TE C AB AB O D E F OR OR CA 5 84 84 59 8 S U P OR TE TE A LT O F AL AL AN AN TE TE 5 84 64 1 L E NT E S EN SO R C R 58469 58 4696 PCI SENS KDL55 55MT6 MT626 26UN/ UN/10 1 0 MONT 5 84 49 49 1 S U PO PO RT RT E T EC EC LA C ON ON TR TR OL ES ES 5 84 50 50 7 T E CL CL A C ON ON TR OL OL ES ES 58470 58 4703 PCI TECLA KDL55MT626UN/00MONT 571021 ALTO FAL 8OHMS 10W BOX 4 03 16 9 P AR AR AF AF M P 4 X 1 6 Z NP F PH PH 5 56 34 2 P AR AR AF AF M B 4 X1 2 Z NP NP F PH PH 574233 PE DE BORRACHA 22X10X1,5MM 5688 56 8801 01 PE DE BORRACHA 22X10X5MM 5 74 22 22 4 E S P AC AD AD OR OR M ET ET B AS AS E P ED ED ES ES TA TA L 57570 57 5704 SUPOR ORTE TE COLUN UNA A PEDEST ESTAL AL CJ 5 70 96 96 9 S U P OR TE TE F IX IX AC AC AO AO P ED ED ES ES TA TA L 5709 57 0978 78 CO COBER BERTURA SUPORTE PEDESTAL 5 70 95 0 B AS AS E V ID ID RO P ED ED ES ES TA TA L 4 8 45374 45 3747 AMORTECEDOR DE BORRACHA AF 40409 40 4097 PARAF MPW 3X8 ZN ZNP P FPH 4 03 06 06 1 P A R AF B TF TF 3 X8 X8 Z NP NP F PH PH 5 84 77 77 6 P A R AF A BP BP W 3 X8 X8 Z NP NP F PH PH 3 20 88 2 P AR AR AF AF A BP BP W 3 X1 X1 0 E SP SP Z NB F PH PH 3 41 79 8 P AR AR AF AF M B 3 X5 Z NB NB F PH PH 320864 P ARAF MPW 3X6 ZNB FPH 3 57 30 30 7 P A RA RA F M T 4 X8 Z NB NB F PH PH

KK PN 72000 0053 533YT 3YTGK 3 60 60 72 82 5 3 70 70 26 64 7 3 70 70 26 64 4 3 70 26 64 5 3702 37 02664 6646 3 40 40 11 92 8 35019 35 01956 565SM 5SMF 37026 2672 722 2 3 60 60 72 82 2 3 60 72 82 3 3 60 72 82 6 3 60 60 72 82 4 3 60 72 82 8 35019 1958 581SL 1SLT 3 60 60 72 82 9 3 60 72 83 0 3501 35 01958 9580SKE 29002881 3 80 80 03 25 5 3 80 80 03 25 3 36071099 36060 6082 828 8 3 70 70 26 00 2 3 70 25 25 51 7 36070 7007 073 3 3 40 40 11 21 2 36054 5472 725 5 38000 0027 270 0 3 80 03 23 0 3 80 05 05 47 9 3 80 80 00 56 2 3 80 80 00 30 3 38000269 3 80 80 00 28 3

Usage 1 1 1 4 1 1 1 1 9 1 1 1 2 1 1 1 1 1 1 8 5 4 6 1 1 1 1 1 4 20 4 1 2 4 13 14

Ref AG163A A 40 40 1A A G1 G1 65 65 A G1 G1 64 A~ A~ D W 66 66 1E W660E P CI CI FT FT PCIPR PR PCIFTA F TA A C1 C1 32 A C1 C1 33 33 A 40 40 1E 1E W 66 66 0D A A0 A0 4 PCISR SR A 20 20 1A A 20 20 1B 1B PCITC TC W660A A G1 G1 64 64 BB BB A G1 G1 61 61 EA EA ~E ~E AG161DA~D AG161 61BA~ BA~F A G1 G1 61 D AG164 A G1 G1 62 62 AG164 64B B A G1 G1 61 61 A W660AA A401FA~T A C1 C1 32 32 A A 40 40 1E A W 66 66 1D B W 66 66 0E A W661EA A G1 G1 64 AA AA

LOCALIZAÇÃO DOS COMPONENTES PCI Principal 40L5400 POSIÇÃO Coord X Coord Y FACE POSIÇÃO Coord X Coord Y FACE POSIÇÃO

Coord X

Coord Y FACE

C101

177.288

35.525

T

C221

194.512 125.656

T

C520

152.485

48.443

T

C105

183.132

37.838

T

C222

197.052 137.467

T

C521

-182.06 126.238

B

C106

180.478

48.216 48

T

C223

198.322 137.467

T

C523

117.845

56.54

T

C107

158.693

48.434 48

T

C225

196.214 152.681

T

C524

116.524

56.54

T

C108

158.693

4 7.164 47

T

C227

-172.949

5 9.614 59

B

C527

-136.677

5 9.636 59

B

C109

185.347

41.024 41

T

C228

182.778

60.096 60

T

C528

141.347

46.627 46

T

C110

187.76

43.564 43

T

C229

168.972

60.241 60

T

C529

141.347

47.897 47

T

C111

187.76

42.294 42

T

C230

171.575

58.115 58

T

C530

119.71

55.113 55

T

C112

185.347

39.754 39

T

C231

181.254

60.96

T

C531

154.453

56.482 56

T

C113

184.529

37.838 37

T

C232

171.575

60.61

T

C532

143.252

47.262 47

T

C114

185.347

44.072 44

T

C233

165.439

60.61

T

C533

162.95

60.133 60

T

C115

175.708

40.088 40

T

C234

169.007

57.725 57

T

C534

147.778

40.97

T

C116

175.568

45.596 45

T

C235

165.426

57.816 57

T

C536

150.351

78.12

T

C117

173.282

4 4.707 44

T

C236

185.117 141.724

T

C537

144.598

4 6.805 46

T

C118

178.299

46.501 46

T

C237

194.507

42.211 42

T

C538

134.054

84.709 84

T

C119

173.961

23.156 23

T

C238

194.507

39.671 39

T

C540

129.921

75.992 75

T

C120

176.963

20.798 20

T

C401

178.644

73.361 73

T

C541

148.15

46.514 46

T

C121

180.057

23.156 23

T

C402

189.757

72.916 72

T

C543

152.13

82.121 82

T

C122

178.233

20.798

T

C406

183.851 101.174

T

C544

129.464

78.938

T

C123

186.2

27.977

T

C407

183.788

72.916

T

C546

140.92

42.367 42

T

C124

184.017

25

T

C411

123.764

84.553 84

T

C548

-143.129 112.014

B

C125

169.987

25

T

C412

129.921

73.249

T

C549

-140.779

55.038

B

C126

167.8

27.977 27

T

C413

111.227

86.558 86

T

C552

153.818

54.425 54

T

C127

180.011

26.132 26

T

C414

100.596

68.691 68

T

C553

153.818

51.91

T

C128

178.259

28.495 28

T

C415

102.451

82.356 82

T

C554

71.865

63.611 63

T

C129

176.931

28.49

T

C416

106.87

68.691

T

C555

69.262

63.547 63

T

C130

175.612

28.49

T

C417

102.501

68.691 68

T

C557

130.903

89.978 89

T

C131

173.915

26.132 26

T

C418

113.563

86.558 86

T

C601

110.56

33.702 33

T

C137

167.03

33.096 33

T

C419

104.318

86.558 86

T

C602

200.011

68.599 68

T

C140

162.083

45.86

T

C420

106.616

83.322 83

T

C603

194.15

70.745 70

T

C142

164.027

45.64

T

C421

99.86

81.848 81

T

C604

-189.553

68.967 68

B

C144

166.776

34.747 34

T

C425

92.341

74.368 74

T

C605

196.411

62.617 62

T

C201

181.044 124.079

T

C426

92.341

73.162 73

T

C606

194.76

63.252 63

T

C202

184.301 137.162

T

C427

108.851

84.134

T

C607

192.601

66.046

T

C203

183.031 137.162

T

C428

108.851

85.354 85

T

C608

151.149

38.35

T

C204

-179.512 134.524

B

C429

111.696

64.83

T

C609

152.965

38.35

T

C205

187.622 126.418

T

C430

96.325

8 7. 7.617

T

C610

-194.725 168.499

B

C206

185.755 153.664

T

C499

90.915

14.081 14

T

C611

203.302

94.31

T

C207

191.718 125.656

T

C503

162.95

5 7.847 57

T

C612

-196.59 168.721

B

C208

192.1 154.305

T

C504

148.713

44.976 44

T

C613

202.87

90.983 90

T

C209

193.242 125.656

T

C505

151.479

4 4.459 44

T

C614

-72.713

4 3.016 43

B

C210

187.4 128.862

T

C507

133.071

78.176 78

T

C616

-67.687

43.016 43

B

C211

188.546 141.724

T

C508

133.958

83.034 83

T

C618

202.032

94.31

T

C212

191.975 141.724

T

C509

-139.065

6 2.784 62

B

C619

62.738

3 9.624 39

T

C213

-178.411

59.652

B

C510

130.117

8 2. 2.931

T

C621

179.034 110.647

T

C214

-178.411

57.62

B

C512

151.53

4 1.982 41

T

C622

-180.787 118.217

B

C215

-182.475

60.16

B

C513

152.485

47.122 47

T

C623

C216

-182.475

57.239

B

C514

128.019

80.923

T

C217

195.404 141.724

T

C515

124.841

55.367

C218

201.522 152.681

T

C516

116.351

C219

193.75 128.831

T

C517

C220

183.692 134.241

T

C519

110.69 11

T

C624

-185.333 118.496

B

T

C625

184.14 110.698

T

85.997

T

C626

-184.089 118.496

B

123.588

5 5.367 55

T

C627

189.775 117.519

T

150.351

7 9.454 79

T

C628

189.775

T

121

185.356

1 12.63 11

LOCALIZAÇÃO DOS COMPONENTES PCI Principal 40L5400 POSIÇÃO Coord X Coord Y FACE POSIÇÃO Coord X Coord Y FACE POSIÇÃO C629

180.304 110.647

T

C834

C630

133.854

38.88

T

C836

C631

141.746

38.009

T

C632

141.789

34.181

C633

141.776

C634

130.401 103.457

Coord X

Coord Y FACE

T

L802

171.378 106.232

T

84.343

T

L803

108.781 107.188

T

C837

130.401 102.187

T

L805

121

104.2

T

T

C838

133.927

86.614

T

L807

138.169

99.72

T

36.721

T

C840

126.18

96.266

T

L808

70.9

55.444

T

141.776

35.451

T

C841

-139.439 103.429

B

L811

166.497

94.361

T

C635

141.776

32.911

T

C842

139.134

94.615

T

L814

127.196

98.933

T

C636

137.664

38.88

T

C844

-129.863

95.885

B

L815

132.032

117.11

T

C637

146.826

38.136

T

C846

71.431

51.761

T

L816

143.584 107.203

T

C638

195.401 101.213

T

C847

162.814

94.361

T

L818

119.634

91.059

T

C639

135.124

38.88

T

C848

129.863

84.963

T

N103

176.937

24.704

T

C640

136.394

38.88

T

C850

85.107

51.145

T

N105

162.271

38.38

T

C641

193.776 101.568

T

C852

132.808

89.978

T

N110

180.52

42.501

T

C643

154.687

38.758

T

C853

150.351

76.787

T

N201

176.446

58.595

T

C644

155.957

38.758

T

C854

86.28

53.387

T

N202

190.324

134.84

T

C645

-178.323 118.217

B

C858

126.32

82.886

T

N501

138.571

62.026

T

C647

183.378 108.869

T

C867

117.904 101.767

T

N502

106.205

75.551

T

C648

-181.32 116.591

B

C868

113.665

91.821

T

N507

106.155

48.989

T

154.13

C649

-187.636

14.411

B

C869

115.316

91.059

T

N510

184.042

86.505

T

C651

-173.552

14.411

B

C870

115.543

99.124

T

N601

195.649

67.697

T

C652

177.256 114.127

T

C871

121.544 101.569

T

N602

193.308 76.363

T

C655

104.971

18.034

T

C872

117.094

91.059

T

N603

70.847

38.236

T

C703

152.4

147.3

T

C873

120.523

95.758

T

N604

80.74

43.976

T

C704

154.2

147.3

T

C966

85.7

167.2

T

N605

181.774 158.464

T

C705

156

147.3

T

CW904

42.5

166.5

T

N606

183.207

116.75

T

C706

156.6

142.9

T

CW905

42.5

168.3

T

N701

160.9

154.5

T

C707

165.6

147.4

T

CW907

50.9

168.4

T

N801

133.927

95.25

T

C711

152.6

161.1

T

CW908

48.3

164.7

T

N803

117.449

95.599

T

C713

162

142.9

T

CW927

52.7

168.4

T

N805

76.819

54.886

T

C715

167.5

161.2

T

CW955

91.8

171.2

T

N806

135.481 104.092

T

C716

169.3

165

T

CW969

108.781 105.156

T

N807

164.178

88.138

T

C718

169.2

147.4

T

FU01

193.573

96.501

T

N966

71.2

166.07

T

C733

158

161.1

T

L101

177.375

37.915

T

NW907

47.3

170.2

T

C754

161.6

161.1

T

L103

178.645

37.915

T

NW950

71.2

172.27

T

C763

163.9

161.2

T

L104

179.915

37.915

T

NW955

84.757

173

T

C812

111.575

106.68

T

L105

181.564

37.908

T

R102

185.347

42.294

T

C813

135.911 108.859

T

L107

163.195

33.122

T

R103

181.494

46.438

T

C816

128.847

97.155

T

L108

175.689

42.612

T

R106

172.731

47.454

T

C817

141.547 101.727

T

L109

175.661

41.409

T

R109

170.953

48.089

T

C818

130.401 104.727

T

L201

-176.683 135.152

B

R110

172.731

48.724

T

C819

139.134

97.155

T

L202

201.54 145.265

T

R111

174.449

18.335

T

C820

135.478 129.149

T

L205

194.132 146.888

T

R112

175.739

1 8.335

T

C821

132.271 109.182

T

L212

178.859 148.569

T

R113

179.529

1 8.335

T

51.888

T

L214

186.233 147.549

T

R114

178.172

18.335

T

C823

137.943 108.859

T

L501

148.699

43.041

T

R115

-178.609

14.779

B

C824

139.134

95.885

T

L502

113.543

55.995

T

R118

-178.259

20.748

B

C825

165.968 109.068

T

L503

142.801

43.812

T

R119

175.739

20.743

T

C826

166.446 110.617

T

L504

144.607

43.801

T

R164

156.153

47.164

T

C827

166.71 100.671

T

L505

157.931

58.514

T

R165

156.153

48.434

T

C822

69.884

C828

164.483

94.396

T

L506

157.933

60.292

T

R202

188.962 126.418

T

C829

133.879 108.859

T

L604

177.256 110.647

T

R205

190.194 128.871

T

C832

134.954 119.227

T

L801

126.036

T

R206

179.805 133.479

T

122

90.681

LOCALIZAÇÃO DOS COMPONENTES PCI Principal 40L5400 POSIÇÃO Coord X Coord Y FACE POSIÇÃO Coord X Coord Y FACE POSIÇÃO R207

191.972 129.466

T

R536

R210

183.304 130.882

T

R538

60.16

B

R539

69.262

R212

184.6 124.079

T

R540

R213

182.822 124.587

T

57.239

R217

Coord X

Coord Y FACE

63.547

T

R672

144.176

35.451

T

-143.129 113.284

B

R673

144.159

38.009

T

61.261

T

R674

144.189

36.721

T

70.532

63.547

T

R675

144.189

34.181

T

R541

65.071

61.261

T

R676

133.854

36.34

T

B

R542

62.738

56.388

T

R677

136.394

36.34

T

180.701 130.882

T

R543

64.944

54.276

T

R680

146.851

35.469

T

R219

181.971 130.882

T

R545

61.468

56.388

T

R681

-186.315

14.411

B

R220

184.574 128.602

T

R546

67.865

63.547

T

R684

137.664

34.054

T

R211

R214

-181.205

-181.205

65.071

R221

167.23

57.371

T

R547

67.865

61.261

T

R687

144.189

32.911

T

R222

170.305

58.115

T

R549

109.343

49.954

T

R688

182.892

110.69

T

R223

170.305

60.61

T

R550

152.561

53.028

T

R689

181.574 110.647

T

R224

167.23

59.911

T

R601

151.399

34.252

T

R690

189.775 115.075

T

R225

183.693

57.226

T

R602

152.669

34.252

T

R701

107.8

137.5

T

R226

181.229

57.15

T

R603

150.891

36.03

T

R702

148.8

147.3

T

R227

-173.482

57.912

B

R604

108.972

30.226

T

R703

150.6

147.3

T

R228

195.777

39.671

T

R605

108.147

32.178

T

R704

157.8

147.3

T

R229

-199.778

38.846

B

R606

153.177

36.03

T

R705

154.8

143

T

R230

192.602

40.179

T

R613

106.877

32.178

T

R706

158.4

142.9

T

R233

-199.778

42.148

B

R615

87.112

30.852

T

R707

167.4

147.4

T

R234

195.777

42.211

T

R616

88.716

32.813

T

R708

163.8

147.4

T

R235

195.142

44.116

T

R617

86.938

33.321

T

R711

162

147.4

T

R236

195.142

45.386

T

R619

193.435

50.074

T

R712

160.2

147.4

T

R237

191.586

45.513

T

R620

195.721

50.074

T

R713

163.8

142.9

T

R401

181.756

73.424

T

R625

192.292

48.169

T

R716

169.3

161.2

T

R411

119.71

56.484

T

R627

111.83

33.702

T

R717

153.4

158.3

T

R412

93.357

70.685

T

R629

109.416

32.131

T

R718

154.4

161.1

T

R413

92.341

71.955

T

R633

188.791

69.475

T

R731

126

163.5

T

R414

106.616

86.573

T

R638

198.316

69.602

T

R732

129.7

163.5

T

R415

108.851

86.573

T

R639

202.818

69.59

T

R733

159.8

161.1

T

R416

115.963

78.648

T

R641

195.721

51.598

T

R734

156.2

161.1

T

R417

116.065

69.25

T

R643

108.782

33.956

T

R735

118.8

159.4

T

R418

93.408

80.172

T

R644

-190.823

68.967

B

R751

133.806 140.856

T

R419

105.994

64.97

T

R645

-188.283

68.967

B

R752

133.806 142.656

T

R420

108.648

64.83

T

R654

79.312

35.257

T

R753

133.806 144.556

T

R421

103.568

64.322

T

R655

79.312

36.476

T

R754

R499

90.915

15.477

T

R656

63.138

33.359

T

R502

103.374

49.421

T

R657

64.395

33.359

R506

145.391

41.275

T

R658

R507

149.048

40.97

T

R659

R508

152.8

41.982

T

R660

-188.957

R509

117.418

47.799

T

R661

R511

111.703

47.799

T

R513

152.749

44.459

R514

160.41

R515

153.5

T

R755

135.406 148.656

T

T

R756

132.706 148.656

T

186.324 122.103

T

R761

162.7

165

T

181.066 108.869

T

R763

165.7

161.2

T

14.411

B

R764

166

171.9

T

146.826

36.739

T

R765

160.4

171.9

T

R662

103.575

18.081

T

R801

136.594

91.059

T

T

R663

-174.873

14.385

B

R802

137.864

91.059

T

58.228

T

R664

146.882

32.94

T

R803

127.734 104.727

T

157.187

56.701

T

R665

106.368

18.034

T

R804

130.401 107.394

T

R516

152.574

5 5.771

T

R666

-172.282

1 4.411

B

R805

130.401 106.124

T

R517

160.41

60.641

T

R667

146.851

34.199

T

R806

130.401 108.664

T

R518

111.703

49.069

T

R668

135.124

34.054

T

R807

-133.731

113.03

B

R525

66.341

61.261

T

R669

133.854

34.054

T

R808

-135.509 112.268

B

R526

66.341

63.547

T

R670

137.664

36.34

T

R809

130.287 120.528

T

-143.129 114.554

B

R671

135.124

36.34

T

R811

134.208 129.149

T

R535

123

153.2


Coord X

Coord Y FACE

R813

135.097 130.927

T

RA431

96.355

84.439

T

RW965

95.2

149.3

T

R816

139.134

91.059

T

RA432

120.332

64.526

T

RW971

96.7

165.9

T

-135.509 113.538

B

RA433

93.408

83.068

T

RW972

99.5

167.2

T

R817 R818

141.928

94.615

T

RA501

100.019

42.16

T

RW973

96.7

168.2

T

R820

165.862

98.298

T

RA502

102.115

43.417

T

RW976

101.4

167.2

T

R822

141.928

95.885

T

RA601

116.929

31.231

T

RW977

101.4

171.3

T

R823

167.386

98.298

T

RA602

113.96

31.204

T

V105

-175.006

17.59

B

R824

169.672

100.33

T

RA603

94.96

31.204

T

V106

-178.308

17.59

B

R826

171.577 100.838

T

RA604

91.96

31.204

T

V107

-181.61

14.034

B

R828

135.653 117.068

T

RA605

159.342

68.338

T

V201

182.06 127.445

T

R830

127.734 103.457

T

RA606

157.59

65.782

T

V202

198.364

40.164

T

R831

134.256 117.068

T

RA607

162.359

64.375

T

V203

202.315

40.141

T

R836

117.877

99.124

T

RA608

110.813

30.861

T

V204

198.364

43.517

T

R839

120.523

94.45

T

RA609

103.702

22.907

T

V205

202.315

43.443

T

R845

120.523

97.028

T

RA610

193.435

52.106

T

V206

192.094

42.91

T

R901

26.7

45.9

T

RA611

81.858

22.653

T

V503

62.785

60.563

T

R902

26.7

48.7

T

RA612

88.906

30.696

T

V504

65.325

57.007

T

R903

32.6

48.7

T

RA620

177.282 118.598

T

V601

104.909

29.638

T

R904

32.6

45.9

T

RA621

193.308

73.315

T

V602

84.162

31.492

T

R905

38.484

48.727

T

RA623

178.39 158.444

T

V603

191.903

68.459

T

R906

38.484

45.927

T

RA624

187.14 110.363

T

V751

126.051 143.156

T

62.6 169.482

T

RA630

124.403

19.097

T

V761

151.487

168.1

T

R930 R932

55

168.4

T

RA631

131.833

36.699

T

V801

166.541 104.958

T

R964

86.4

164.4

T

RA632

131.515

34.464

T

V803

131.572 129.413

T

R965

83.9

167.2

T

RW901

18.2

109.6

T

V806

170.244

98.044

T

R966

81.4

163.7

T

RW902

18.2

113.4

T

V811

134.764 124.211

T

RA101

187.415

35.817

T

RW903

18.2

117.2

T

V812

134.763 114.316

T

RA102

186.49

37.976

T

RW904

42.5

164.7

T

V930

58.333 168.529

T

RA401

187.029

99.798

T

RW905

9.9

100.1

T

V966

80.657

167.2

T

RA402

181.029

99.798

T

RW906

11.4

104.4

T

VD101

183.712

22.446

T

RA403

175.267

87.322

T

RW907

42.294 172.483

T

VD102

170.292

22.446

T

RA404

175.267

84.922

T

RW910

43.1

127.2

T

VD103

174.088

35.978

T

RA411

101.435

66.05

T

RW911

48.7

130.2

T

VD751

140.906 148.956

T

RA412

115.963

81.747

T

RW912

43.2

133.4

T

VD752

139.106 144.056

T

RA413

104.584

68.488

T

RW913

8.8

161.8

T

VD761

168.8

171.8

T

RA414

120.332

83.372

T

RW914

11.3

166.8

T

VD803

122.1

99.235

T

RA415

98.488

66.05

T

RW915

11.3

161.8

T

VD964

94.1

161.2

T

RA416

120.332

77.226

T

RW919

11.3

152.7

T

VD965

99.9

161.2

T

RA417

96.355

68.996

T

RW920

51.9

148.3

T

VD966

97

161.2

T

RA418

120.332

80.121

T

RW921

49.3

154.2

T

VDW901

6.75

96.25

T

RA419

100.622

85.811

T

RW922

8.8

147.7

T

VDW904

43.7

162.3

T

RA420

116.014

75.6

T

RW923

11.3

147.7

T

VDW907

57.4

173.2

T

RA421

96.355

72.45

T

RW951

81.5

171.5

T

VDW908

19.3

96.8

T

RA422

120.332

73.974

T

RW952

79.6

172.5

T

VDW913

8.8

166.9

T

RA423

96.355

78.546

T

RW953

89.9

165.4

T

VDW914

8.8

152.8

T

RA424

115.963

72.349

T

RW954

95.7

152.9

T

VDW920

48

151.4

T

RA425

96.355

75.549

T

RW955

89.9

173

T

VDW921

53.4

154.6

T

RA426

120.332

71.028

T

RW956

88

169.2

T

VDW922

51.7

162.3

T

RA427

96.355

81.493

T

RW957

89.9

169.2

T

VDW963

74.974 106.934

T

RA428

116.065

65.745

T

RW961

95.2

146.4

T

VW902

20.843

163.3

T

RA429

93.408

77.175

T

RW962

67.2

103.1

T

VW921

49.457

157.2

T

RA430

120.332

67.777

T

RW963

64.1

103.1

T

VW971

92.8 166.957

T

124

LOCALIZAÇÃO DOS COMPONENTES PCI Principal 40L5400 POSIÇÃO Coord X Coord Y FACE POSIÇÃO Coord X Coord Y FACE POSIÇÃO VW975 XS501 XS601 XS602 XS603 XS651 Z110 Z501 Z606

98.157 171.3 155.797 114.403 114 24.7 92 24.7 203.61 54 90.277 9.369 180.986 51.518 161.642 53.587 193.109 114.408

T T T T T T T T T

Coord X

Ponto x="0" Y="0", quina próximo ao XS901.

125

Coord Y FACE


Coord X

Coord Y FACE

C101

248.666

20.193

T

C219

257.597 124.663

T

C519

C105

254.127

23.165

T

C220

244.361 129.502

T

C520

235.077

42.418

T

C106

251.384

33.985

T

C221

257.597 122.187

T

C521

236.296

92.126

T

C107

240.284

37.211

T

C222

260.487 133.198

T

C523

197.305

50.888

T

C108

239.141

36.195

T

C223

261.642 133.185

T

C524

195.984

50.888

T

C109

256.588

26.67

T

C225

-269.805 153.365

B

C527

-219.721

44.57

B

C110

256.588

28.004

T

C227

265.405

48.387

T

C528

-219.721

45.84

B

C111

258.478

29.67

T

C228

261.544

54.737

T

C529

-216.137

53.984

B

C112

256.588

25.337

T

C229

251.977

52.221

T

C530

199.17

49.461

T

C113

255.422

23.47

T

C230

254.58

50.095

T

C 531

234.088

49.987

T

C114

256.477

30.604

T

C231

264.871

52.197

T

C532

-220.559

47.034

B

C115

248.707

32.41

T

C232

254.58

52.59

T

C533

243.522

52.17

T

C116

246.637

30.782

T

C233

247.758

52.59

T

C534

221.956

41.802

T

C117

244.389

29.87

T

C234

252.012

49.705

T

C536

-2.248 658.368

B

C118

246.628

25.335

T

C235

247.745

49.796

T

C537

-222.312

47.415

B

C119

245.11

10.033

T

C236

249.007 136.855

T

C538

211.226

78.537

T

C120

246.888

7.493

T

C237

274.295

41.25

T

C540

-214.26

67.151

B

C121

249.428

7.62

T

C238

267.805

41.254

T

C 541

223.774

42.411

T

C122

248.158

7.493

T

C401

-248.895

80.493

B

C543

-2.266 679.958

B

C123

255.981

11.1

T

C402

-238.379

66.878

B

C544

208.924

73.286

T

C124

252.273

11.557

T

C406

-249.123

66.878

B

C546

-220.432

42.919

B

C125

243.459

11.963

T

C407

-243.891

80.823

B

C548

214.07

98.397

T

C126

239.954

11.201

T

C411

205.842

77.292

T

C549

180.929

41.102

T

C127

250.825

12.7

T

C412

-215.403

65.932

B

C552

234.215

47.269

T

C128

250.241

14.681

T

C413

190.687

80.906

T

C553

234.215

45.669

T

C129

248.158

15.494

T

C414

180.056

63.039

T

C554

100.381

13.818

T

C130

246.888

15.494

T

C415

181.911

76.704

T

C555

112.395

12.573

T

C131

245.11

12.7

T

C416

186.33

63.039

T

C556

112.395

13.97

T

C137

264.643

37.973

T

C417

181.961

63.039

T

C557

199.441

82.347

T

C140

-267.665

22.835

B

C418

193.023

80.906

T

C601

157.353

26.416

T

C142

-262.966

23.089

B

C419

183.778

80.906

T

C602

267.132

67.945

T

C143

-264.211

23.089

B

C420

186.076

77.67

T

C603

268.148

65.786

T

C144

266.675

35.712

T

C421

179.32

76.196

T

C604

265.227

60.096

T

C145

-265.76

22.835

B

C425

171.801

68.716

T

C605

260.401

65.608

T

-244.797 123.328

B

C426

171.801

67.51

T

C606

260.807

68.148

T

C201

-2.257 667.766

B

C202

248.463

134.49

T

C427

188.311

78.482

T

C607

260.934

56.845

T

C203

247.193

134.49

T

C428

188.311

79.702

T

C610

265.709 126.746

T

-240.231 131.711

B

C429

191.156

59.178

T

C611

122.25

T

C430

170.637

81.966

T

C612

C206

-267.805 153.365

B

C503

243.522

49.884

T

C613

-264.606

99.532

B

C207

-255.227 124.168

B

C504

224.338

40.873

T

C614

-126.06

40.183

B

C208

-265.805 153.365

B

C505

230.735

38.811

T

C616

-119.837

40.183

B

C209

255.629 122.568

T

C507

197.866

82.118

T

C618

-262.997

99.78

B

C210

250.909 124.707

T

C508

211.261

72.524

T

C619

243.002 161.214

T

C211

252.436 136.855

T

C509

212.531

72.524

T

C620

243.18 152.349

T

C212

255.865 136.855

T

C510

212.916

78.397

T

C621

251.003 100.076

T

C213

261.518

44.552

T

C512

229.338

38.938

T

C622

-250.952 107.874

B

C214

261.569

46.533

T

C513

233.553

41.021

T

C623

245.897 100.025

T

C215

264.236

43.663

T

C514

207.479

75.271

T

C624

-247.65 107.594

B

C216

264.236

46.203

T

C515

204.301

49.715

T

C625

252.219 100.067

T

C217

259.294 136.855

T

C516

195.811

80.345

T

C626

-252.197 107.874

B

C218

-271.805 153.365

B

C517

-200.44

47.886

B

C627

257.2 108.915

T

C204 C205

250.93

126

255.6

97.511

T

263.982 124.511

T

LOCALIZAÇÃO DOS COMPONENTES PCI Principal 48L5400 C628

257.21 106.324

T

C815

198.45

91.516

T

CF908

-46.077 131.877

B

C629

247.167 100.025

T

C816

177.114

96.545

T

CF909

-45.622 149.787

B

C630

-167.005

18.669

B

C817

165.659

90.602

T

CF911

-50.822 135.307

B

C631

223.787

34.925

T

C818

209.855

93.243

T

CF912

-51.982 150.547

B

C632

216.802

34.925

T

C819

180.645 103.657

T

CF914

-45.142 135.307

B

C633

221.437

34.874

T

C820

210.21

81.915

T

CW901

-61.432 152.127

B

C634

219.088

34.925

T

C822

158.029

58.004

T

CW902

-64.492 152.397

B

C635

214.897

34.29

T

C823

209.873

91.973

T

CW903

-60.602 141.477

B

C636

-172.085

18.669

B

C825

211.099 100.914

T

CW904

90.262 166.357

T

C637

221.31

32.334

T

C826

210.922

99.39

T

CW905

-60.866 133.474

B

C638

-226.263

20.752

B

C827

201.295

96.799

T

CW906

-81.585 140.411

B

C639

-169.545

18.669

B

C828

261.328

88.341

T

CW907

-65.886 140.634

B

C640

-214.02

35.941

B

C831

155.524

89.002

T

CW908

-67.946 140.734

B

C641

236.222

36.398

T

C835

-172.466

47.168

B

CW909

-64.182 145.857

B

C642

234.926

36.398

T

C836

236.093

94.945

T

CW912

-76.896 153.704

B

C643

226.671

38.938

T

C839

196.901

91.415

T

CW956

-185.572 108.255

B

C644

227.941

38.938

T

C841

209.873

90.576

T

CW958

150.775 134.534

T

-245.186 107.594

B

C843

-200.203

91.694

B

CW959

115.468 167.208

T

98.247

T

C845

157.958

56.47

T

L101

249.077

21.957

T

C648

-248.183 105.969

B

C847

263.5

88.113

T

L103

250.347

23.227

T

C649

-219.405

16.18

B

C848

210.515

83.464

T

L104

251.566

23.151

T

C650

234.277

34.506

T

C849

-171.78

45.441

B

L107

266.675

36.982

T

C651

-205.359

C645 C647

250.241

16.358

B

C851

210.515

85.344

T

L108

246.612

27.975

T

C652

244.119 103.505

T

C853

236.296

93.396

T

L109

246.584

26.772

T

C655

137.049

17.653

T

C867

193.045

87.254

T

L201

-240.168 129.869

B

C656

-131.42

31.699

B

C 868

176.835

86.157

T

L202

271.291

150.1

T

C658

236.753

34.506

T

C869

182.169

86.385

T

L205

263.6

145.5

T

C701

217.552 147.081

T

C870

187.147

89.002

T

L212

248.5

143.2

T

C702

219.841 156.646

T

C871

196.347

88.321

T

L214

256

143.2

T

154.1

T

C872

180.264

86.385

T

L501

224.003

39.091

T

C707

216.133 162.386

T

C873

190.957

89.002

T

L502

195.081

82.708

T

C708

219.841 160.329

T

C951

76.194

10.979

T

L503

-221.651

45.053

B

C709

238.282 153.826

T

C952

89.256

25.248

T

L504

-223.379

42.919

B

C711

224.461

146.02

T

C953

99.718

34.505

T

L505

238.503

50.551

T

C712

222.556 145.994

T

C954

77.244

16.829

T

L506

238.506

52.329

T

C713

227.153

146.02

T

C955

87.944

7.979

T

L601

263.017

73.279

T

C714

219.457 147.081

T

C956

73.857

6.991

T

L602

253.81

97.346

T

156.1

T

C957

97.371

21.697

T

L603

241.275 152.552

T

C716

228.93 146.403

T

C964

97.746

23.443

T

L604

244.119 100.025

T

C717

230.709 142.514

T

C965

107.228

24.206

T

L802

199.796

98.704

T

C721

234.645 146.403

T

C977

105.84

40.386

T

L803

-189.255 108.229

B

C779

213.745

156.95

T

CB902

76.962

46.317

T

L804

166.954

97.079

T

-191.338 107.239

B

CB905

71.501

48.235

T

L805

193.192

90.754

T

C706

C715

C801

208.9

210.9

C802

153.746

86.512

T

CB907

-74.403

43.629

B

L806

150.546

87.757

T

C803

180.645

100.99

T

CB910

71.857

45.237

T

L808

157.582

61.112

T

C804

180.645 102.413

T

CB912

150.749

84.938

T

L810

151.257

90.602

T

C808

169.088 103.302

T

CB913

-55.722

37.746

B

L811

263.5

89.408

T

C809

171.145 102.819

T

CB914

-55.972

32.746

B

L812

204.216

85.446

T

C810

171.577

96.825

T

CB916

-56.902

41.505

B

L813

196.85

95.631

T

C811

173.533

96.825

T

CB956

74.344

26.151

T

L815

166.954 103.302

T

-171.171 102.184

B

CF905

-48.792 149.697

B

L818

185.09

86.081

T

T

CF906

-49.002 135.307

B

N103

247.925

11.472

T

C812 C814

175.59

96.825

127


Coord X

Coord Y FACE

N105

268.224

30.569

T

R212

244.821 123.596

T

R541

102.87

12.573

T

N110

251.536

28.27

T

R213

242.824 122.784

T

R542

105.181

12.573

T

N201

259.425

50.27

T

R214

265.481

46.203

T

R543

107.493

12.573

T

N202

254.214 130.558

T

R217

248.682 126.213

T

R545

109.982

12.573

T

N204

248.326 120.409

T

R218

255.659 123.914

T

R549

186.898

43.921

T

N501

218.031

56.374

T

R220

248.682 123.571

T

R550

232.31

46.558

T

N502

185.665

69.899

T

R221

249.555

49.327

T

R604

163.246

31.242

T

N507

183.71

42.956

T

R222

253.31

50.095

T

R605

163.246

32.499

T

N510

244.141

73.9

T

R223

253.31

52.59

T

R613

161.417

31.877

T

N601

263.83

65.278

T

R224

249.549

51.891

T

R615

137.922

32.512

T

N602

-251.561

149.36

B

R225

265.201

54.712

T

R616

-140.108

32.029

B

N603

122.936

38.672

T

R226

264.414

50.419

T

R617

-140.108

33.218

B

N604

132.232

41.986

T

R227

253.936

48.165

T

R619

266.065

74.549

T

N605

-261.595 131.039

B

R228

269.253

41.254

T

R620

145.085

12.624

T

N606

250.07 106.127

T

R229

268.604

52.989

T

R625

266.065

71.425

T

N701

229.171 157.466

T

R230

270.523

41.254

T

R627

142.799

32.741

T

N802

175.489 101.702

T

R233

271.365

52.906

T

R629

200.279

44.277

T

N803

189.459

85.928

T

R 234

273.05

41.25

T

R 633

263.474

56.845

T

N804

159.5

51.295

T

R235

271.793

41.254

T

R 638

266.751

65.786

T

N806

204.902

91.592

T

R236

274.295

38.811

T

R639

165.837

92.202

T

N807

255.816

86.944

T

R237

267.792

38.811

T

R641

266.065

75.819

T

N953

101.271

24.534

T

R401

-243.891

66.878

B

R643

202.851

44.284

T

N956

103.018

32.655

T

R411

199.17

50.832

T

R644

265.227

58.852

T

NB950

64.144

19.499

T

R412

172.817

65.033

T

R645

264.744

56.845

T

NB951

64.144

13.499

T

R413

171.801

66.303

T

R654

-126.111

36.703

B

NB953

71.744

26.015

T

R414

186.076

80.921

T

R655

-119.761

36.703

B

NB955

64.266

7.848

T

R415

188.311

80.921

T

R656

-123.52

26.365

B

NF903

-49.583 142.418

B

R416

195.423

72.996

T

R657

-122.25

26.359

B

NW954

104.684 166.582

T

R417

195.525

6 3.598

T

R658

253.187 111.481

T

NW955

118.727 162.749

T

R418

172.868

74.52

T

R659

247.929

98.247

T

R102

256.588

29.226

T

R419

185.454

59.318

T

R660

249.755 100.067

T

R103

252.527

32.385

T

R420

188.108

59.178

T

R661

248.437 100.025

T

R106

245.303

33.401

T

R421

183.028

58.67

T

R662

255.854

107.62

T

R109

243.55

34.011

T

R502

180.929

43.388

T

R701

167.5

115.46

T

R110

245.303

34.646

T

R506

-223.379

41.649

B

R703

163.309 115.663

T

R111

273.888

17.755

T

R507

221.956

39.312

T

R704

175.747 118.727

T

R112

266.141

13.36

T

R508

229.338

36.398

T

R705

182.173 120.175

T

R113

272.999

19.533

T

R509

197.566

43.769

T

R706

177.703 118.651

T

R114

272.491

17.755

T

R511

189.184

42.118

T

R707

176.776 113.063

T

R115

266.827

16.891

T

R513

230.735

36.398

T

R708

174.033 113.012

T

R118

266.141

11.151

T

R514

240.982

50.265

T

R709

179.544 113.063

T

R119

245.618

7.493

T

R515

234.088

48.692

T

R710

182.313 113.088

T

R120

249.301

17.45

T

R516

231.98

49.2

T

R711

185.107 113.114

T

R164

237.49

37.846

T

R517

240.982

52.678

T

R712

193.37 113.262

T

R165

238.633

38.862

T

R518

189.184

43.388

T

R713

190.644 113.165

T

R202

252.203 122.371

T

R525

103.937

17.374

T

R714

217.653

142.24

T

R205

253.818 124.707

T

R526

106.248

17.374

T

R715

187.901 113.139

T

R206

242.011

129.5

T

R535

210.896

98.146

T

R718

216.006 164.215

T

R207

255.659 125.184

T

R536

108.56

17.374

T

R719

219.841 162.361

T

R208

246.101 123.571

T

R538

216.586

98.4

T

R720

219.841 164.266

T

R209

247.386 123.571

T

R539

100.381

12.573

T

R721

216.895 159.744

T

R211

265.481

T

R540

100.381

15.062

T

R722

219.841 154.715

T

43.663

128


Coord X

Coord Y FACE

R723

238.666 161.454

T

R825

180.111

99.035

T

RA416

199.792

71.574

T

R724

238.666 163.232

T

R826

215.519

95.885

T

RA417

175.815

63.344

T

R725

216.895 156.138

T

R827

153.391

88.468

T

RA418

199.792

74.469

T

R762

238.358 150.118

T

R828

182.601

99.035

T

RA419

180.082

80.159

T

R763

238.333 151.972

T

R829

153.391

89.891

T

RA420

195.474

69.948

T

R764

230.784 146.403

T

R834

183.134 102.413

T

RA421

175.815

66.798

T

R765

233 138.846

T

R835

183.134

100.99

T

RA422

199.792

68.322

T

R766

232.665 142.514

T

R836

193.045

85.984

T

RA423

175.815

72.894

T

R767

176.403 160.274

T

R839

189.687

89.002

T

RA424

195.423

66.697

T

R768

177.902 164.744

T

R845

188.468

89.002

T

RA425

175.815

69.897

T

R769

224.461 142.489

T

R901

-26.87

52.125

B

RA426

199.792

65.376

T

R770

219.824 133.053

T

R902

-29.893

57.789

B

RA427

175.815

75.841

T

R771

218.364 137.973

T

R903

-32.941

52.125

B

RA428

195.525

60.093

T

R772

219.507 142.215

T

R904

-26.87

54.995

B

RA429

172.868

71.523

T

R775

228.017 143.251

T

R905

-29.893

49.28

B

RA430

199.792

62.125

T

R776

222.136 137.581

T

R906

-32.941

54.995

B

RA431

175.815

78.787

T

R777

228.042 141.397

T

R913

106.958

35.89

T

RA432

199.792

58.874

T

R779

222.556 142.413

T

R955

115.471 162.854

T

RA433

172.868

77.416

T

R780

238.637 159.338

T

R960

80.194

10.979

T

RA501

139.7

45.872

T

R781

219.841

158.5

T

R961

78.194

10.979

T

RA502

137.16

45.872

T

R782

238.663 157.535

T

R962

71.825

6.966

T

RA504

224.996

99.573

T

R783

238.663 155.706

T

R963

97.13

18.034

T

RA505

232.47

99.573

T

R784

234.57 142.514

T

R964

75.863

6.966

T

RA601

181.407

30.912

T

R786

234.956 138.846

T

R965

87.944

9.979

T

RA602

177.902

32.893

T

R787

217.708 168.101

T

R966

87.944

5.979

T

RA603

147.93

32.639

T

R788

219.587 168.101

T

R967

101.821

21.647

T

RA604

144.932

32.639

T

R789

221.442 168.101

T

R968

97.13

14.021

T

RA605

265.328

81.737

T

R790

223.601 168.101

T

R969

89.256

21.498

T

RA606

265.328

79.604

T

R791

225.404 168.101

T

R970

107.228

22.206

T

RA607

265.328

77.953

T

R792

227.233 168.101

T

R972

104.018

38.155

T

RA608

165.786

32.512

T

R793

229.468 168.101

T

R973

103.871

24.497

T

RA609

157.405

27.905

T

R794

231.322 168.101

T

R974

107.052

43.183

T

RA610

263.246

75.032

T

R795

233.176 168.101

T

R981

85.022

22.106

T

RA611

141.478

32.588

T

R796

235.66 168.101

T

R982

78.144

30.151

T

RA612

139.979

32.588

T

R797

237.438 168.101

T

R983

76.244

30.151

T

RA613

248.479 152.959

T

R798

239.216 168.101

T

R984

84.992

23.976

T

RA614

260.544 125.197

T

R799

238.666 165.061

T

R988

107.228

26.206

T

RA620

244.145 107.975

T

R801

209.855

88.036

T

R989

97.771

25.297

T

RA621

266.09

94.666

T

R802

209.855

89.281

T

R993

73.144

13.929

T

RA630

135.255

44.196

T

R807

159.893

83.693

T

R994

75.344

16.829

T

RA631

-164.084

18.415

B

R808

163.474

86.487

T

R995

79.144

16.829

T

RA632

-164.084

16.764

B

R809

223.697 130.729

T

RA101

258.216

21.641

T

RB901

55.359

49.533

T

R810

159.893

85.979

T

RA102

257.302

23.597

T

RB902

61.159

49.533

T

R811

232.867 128.092

T

RA401

245.053

86.417

T

RB905

78.842

46.317

T

R813

230.378 128.092

T

RA402

238.982

86.417

T

RB906

55.259

52.643

T

R817

212.674

91.872

T

RA403

233.856

67.491

T

RB907

61.059

52.643

T

235.28 131.318

T

RA404

236.256

67.491

T

RB908

-78.537

44.628

B

R818 R820

201.651

95.199

T

RA411

180.895

60.398

T

RB909

-74.776

46.68

B

R821

212.674

93.142

T

RA412

195.423

76.095

T

RB913

-60.006

50.486

B

R822

181.356

99.035

T

RA413

184.044

62.836

T

RB918

57

13.233

T

R823

199.441

95.199

T

RA414

199.792

77.72

T

RB923

56.896

6.807

T

R824

214.122

95.885

T

RA415

177.948

60.398

T

RB925

-55.972

30.746

B

129

LOCALIZAÇÃO DOS COMPONENTES PCI Principal 48L5400 POSIÇÃO RB951 RB952 RB953 RB954 RB955 RB956 RB957 RB959 RB962 RF904 RF908 RF909 RF910 RF911 RF912 RF915 RF916 RF917 RF918 RF919 RF921 RF923 RF924 RF925 RF926 RJ01 RJ03 RJ04 RJ05 RJ07 RJ08 RJ09 RJ11 RJ12 RJ13 RJ14 RJ15 RJ17 RJ18 RJ19 RJ22 RJ23 RJ24 RJ25 RJ26 RJ27 RJ28 RJ34 RJ35 RJ37 RJ38 RJ39

Coord X 131.42 75.044 72.144 75.144 78.144 76.244 74.344 89.865 128.753 -46.402 -57.572 70.332 -55.642 -46.402 70.372 -57.572 -47.172 -54.862 -54.862 -53.824 -44.332 -54.536 -52.652 -38.342 -43.502 -219.405 223.787 137.049 -205.359 212.319 137.049 -205.359 216.802 -169.545 -167.005 -172.085 -169.545 219.088 223.787 221.437 216.802 -167.005 -216.383 145.085 142.596 219.088 -227.584 236.753 -219.405 234.277 -228.905 234.277

Coord Y FACE POSIÇÃO 56.21 T RJ41 19.729 T RJ42 20.629 T RJ50 21.629 T RW902 26.151 T RW903 26.151 T RW904 30.151 T RW905 54.178 T RW909 56.21 T RW910 121.707 B RW911 114.787 B RW918 98.487 T RW923 150.327 B RW924 126.027 B RW926 92.357 T RW931 120.597 B RW953 135.357 B RW954 124.267 B RW955 130.147 B RW956 145.009 B RW957 126.037 B RW958 135.357 B RW959 135.357 B RW960 134.747 B RW961 149.857 B RW963 13.691 B RW964 32.385 T RW965 20.193 T RW966 13.868 B V105 32.36 T V106 18.923 T V107 15.113 B V201 32.385 T V202 16.129 B V203 16.129 B V204 17.399 B V205 17.399 B V206 33.655 T V503 33.655 T V504 33.604 T V601 33.655 T V602 17.399 B V603 35.941 B V702 11.379 T V703 9.957 T V713 32.385 T V801 20.752 B V803 33.185 T V806 14.935 B V807 33.185 T V810 20.752 B V951 31.864 T V952

Coord X 236.753 -172.085 214.516 -67.924 -70.358 -66.319 -68.961 -63.946 -80.543 -67.652 -58.382 -66.836 -59.462 -59.056 -58.762 -176.809 -180.061 -183.236 145.115 147.956 145.162 147.909 114.076 122.009 113.114 119.959 121.989 124.058 273.126 269.57 269.697 -247.577 269.075 269.075 272.428 272.428 271.056 108.852 104.585 157.925 135.763 261.81 183.519 213.682 225.3 205.664 232.093 211.011 157.353 160.299 79.318 73.001

Coord Y FACE POSIÇÃO Coord X Coord Y FACE 31.864 T V954 83.801 6.929 T 16.129 B V957 72.508 16.729 T 32.385 T V958 85.022 27.149 T 155.68 B VB901 -55.785 35.246 B 124.714 B VB902 -60.503 44.904 B 129.134 B VD101 251.714 6.795 T 132.182 B VD102 240.119 8.534 T 140.724 B VD103 245.301 21.463 T 137.211 B VD701 201.269 137.258 T 145.877 B VD703 181.411 1 17.94 T 150.347 B VD704 171.247 113.161 T 137.294 B VD705 214.558 152.48 T 137.387 B VD708 218.622 152.251 T 133.537 B VD711 224.765 133.985 T 141.407 B VD803 197.617 85.781 T 108.411 B VD951 108.226 30.847 T 108.411 B VD952 96.828 2 9.863 T 108.411 B VD953 94.478 1 4.953 T 139.987 T VD954 82.744 17.529 T 134.204 T VD955 94.478 8.453 T 134.178 T VD956 86.044 17.929 T 140.012 T VD957 91.745 14.91 T 159.818 T VD958 92.694 22.479 T 162.688 T VD959 91.728 8.453 T 162.803 T VDB901 -71.266 44.516 B 167.22 T VDB903 74.692 44.676 T 167.22 T VDB906 85.014 53.492 T 162.691 T VDB908 -60.503 47.629 B 14.262 T VDF906 -41.592 126.847 B 14.262 T VDF907 -40.82 134.417 B 18.326 T VDW901 -70.322 141.907 B 123.825 B VDW904 -56.062 142.187 B 45.026 T VW902 -63.346 134.49 B 49.077 T VW903 -60.602 145.283 B 45.026 T XS501 225.229 104.543 T 49.077 T XS601 171 25.5 T 38.354 T XS602 145 25.5 T 15.062 T XS603 274.323 78.5 T 15.062 T Z110 253.009 37.795 T 30.734 T Z501 244.35 45.161 T 31.839 T Z606 260.731 107.366 T 60.198 T 125.897 T Ponto "x= 0" y="0", quina da placa 159.694 T próximo ao L901. 137.43 T 100.178 T 130.581 T 95.936 T 85.281 T 90.246 T 6.94 T 10.979 T

130

TV LED 40L5400 48L5400 55L5400

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