background image

5

5

4

4

3

3

2

2

1

1

D

D

C

C

B

B

A

A

PAD_VSYNC_LIKE

PAD_SPI2_CK

PAD_SPI1_DI

PAD_SPI1_CK

PAD_SPI2_DI

USB3_SSTXN

AV-AUOUTL0
AV-AUOUTR0

HDMI2-RX2N

HDMI2-RX1P

HDMI2-SCL

HDMI2-CLKP

HDMI2-RX1N

HDMI2-SDA

HDMI2-RX0P

HDMI2-CLKN

HDMI2-RX2P

HDMI2-RX0N

HDMI3-HPDIN

C3M

BRI_ADJ

HDMI2-HPDIN

AUVRP
AUVAG
AUVRM

D3P

SPI_SDO

MIC_IN

MICIN
MICINCM

LINE_IN_1L
LINE_IN_1R

HDMI1-RX1P

HDMI3-RX2N

HDMI1-CLKP

HDMI3-RX1P

HDMI3-SCL

HDMI1-RX1N

HDMI3-CLKP

HDMI1-RX0P

HDMI-CEC

HDMI1-CLKN

HDMI3-RX1N

HDMI3-SDA

HDMI1-RX2P

HDMI3-RX0P

HDMI1-SCL

HDMI3-CLKN

HDMI1-RX0N

HDMI1-HPDIN

HDMI3-RX2P

HDMI1-RX2N

HDMI3-RX0N

HDMI1-SDA

C0P

SOGIN0

EARPHONE_OUTL
EARPHONE_OUTR

VCOM0

RIN1N

GIN1N

VGA_VSYNC

VGA_HSYNC

BIN0N

BIN1N

RIN0

GIN0

BIN0

GIN0N

SOGIN1

RIN1

GIN1

BIN1

RIN0N

AUVRP

AUVRM

HDMI-ARC

AUVAG

D0P

CCKM

SPI_CSN

Demod_RST

VGA_VSYNC

VGA_HSYNC

PWR-ON/OFF

System-RST

DCKP

SPDIF_OUT

KEY0

C2M

USB3_SSRXP

FLASH-WPN

SPI_SDI

D2P

PM16

C4P

BRI_ADJ

NAND_CE1Z

EMMC_D7

NAND_REZ

EMMC_D4

C1M

D1P

C3P

XTALO

XTALI

PWM_PM

IR_SYNC

USB3_SSRXN

SPI_SCK

SPI_SDO

SPI_SDI

CCKP

PM15

VID1

FLASH-WPN

NAND_WEZ

EMMC_D3

C2P

CVBS3

D4M

NAND_RBZ

EMMC_D0

NAND_ALE

EMMC_D1

NAND_CEZ

EMMC_D6

NAND_CLE

EMMC_D5

AV-AUOUTL0

AV-AUOUTR0

NAND_WPZ

EMMC_D2

EARPHONE_OUTR

EARPHONE_OUTL

SPI_SCK

D1M

C1P

MDI_RP

MDI_RN

MDI_TP

MDI_TN

System-RST

I2S-OUT_MCK

I2S-OUT_BCK

CFG-PWM1

D3M

CFG-PWM1

CFG-PWM0 PCM_PWR_CTL

C0M

SPI_CSN

CVBS3

D0M

EMMC_RSTZ

NAND_D6

EMMC_CLK

NAND_D5

EMMC_CMD

NAND_D4

USB3_SSTXP

DCKM

USB2_D-

SOGIN0

CVBS_OUT

LVDS_SEL

M_SCL
M_SDA

HD_Lin
HD_Rin

USB3_D-

D2M

CFG-PWM0

PANEL-ON

C4M

VCOM0

RIN1N

GIN1N

BIN0N

BIN1N

RIN0

GIN0

BIN0

GIN0N

SOGIN1

RIN1

GIN1

BIN1

RIN0N

CVBS_OUT

D4P

XTALO

XTALI

M_SCL
M_SDA

PWR-ON/OFF

Demod_RST

PWM_PM

AMP-MUTE

SPI_SDI

TS1_D1
TS1_D2
TS1_D3
TS1_D4
TS1_D5
TS1_D6
TS1_D7

TS1_SYNC

TS1_CLK
TS1_VALID

TS1_D0

LED_GREEN

AMP-MUTE

USB0_D-

GPIO4

PM14

3D_EN_TCON

3D_LR_in

PM15
PM16

PM14

I2S-OUT_MCK

I2S-OUT_BCK

I/O_R

PANEL-ON

VID0

LVDS_SEL

3D_FLAG
3D_EN_TCON

IF-AGC-SEL

3D_LR_in

L_DIM_DBL

SD2-CMD

SD2-CMD

SD2-CLK

SD2-CLK

I2S-OUT_WS
L_DIM_DBL

KEY0

IR_SYNC

LOGO_POWER

STB_POWER

IR_in

STB_POWER

IR_in

LED_GREEN

GPIO4

ON_BKLT

SCN_EN

PWM_PM

SD_CDZ1

SD_CDZ1

UART-RX
UART-TX

HP_MUTE

HP_MUTE

USB3_EN

USB3_EN

I2S-OUT_WS

3D_FLAG

3.3V_ADC

IR_in

KEY0

IF-AGC-SEL

I/O_R

LOGO_POWER

USB1_D-

PAD_SPI2_DI

MISO

MOSI

PAD_SPI1_DI

PAD_VSYNC_LIKE

PAD_SPI2_CK

PAD_SPI1_CK

SCK

VSYNC_LIKE

GND

VSYNC_LIKE

CSB

SCN_EN

SCN_EN

EN

ON_BKLT

ON_BKLT

EN

PCM_D7

PCM_D4
PCM_D5
PCM_D6

3.3Vstb

3.3Vstb

3.3Vstb

3V3_Normal

3V3_Normal

3V3_TUN

3V3_TUN

3.3Vstb

5Vstb

3.3Vstb

3.3Vstb

3.3Vstb

3.3Vstb

3.3Vstb

3.3Vstb

5V_Normal

5VSTBIN

USB3_SSTXN

HDMI-CEC

HDMI1-CLKP

HDMI1-RX1N

HDMI1-CLKN

HDMI1-RX2P

HDMI1-SCL

HDMI1-RX0N

HDMI1-RX2N

HDMI1-SDA

HDMI3-RX1P

HDMI3-SCL

HDMI3-CLKP

HDMI3-RX1N

HDMI3-SDA

HDMI3-RX0P

HDMI3-CLKN

HDMI3-RX2P

HDMI3-RX0N

HDMI3-HPDIN

HDMI1-HPDIN

HDMI2-RX1P

HDMI2-SCL

HDMI2-CLKP

HDMI2-RX1N

HDMI2-SDA

HDMI2-RX0P

HDMI2-CLKN

HDMI2-RX2P

HDMI2-RX0N

HDMI2-HPDIN

HDMI1-RX1P

MIC_IN

Y

Y

HDMI-ARC

VGA_HSYNC

VGA_VSYNC

AV2_VIN

USB3_SSRXP

NAND_CE1Z

USB2_D-

USB3_SSRXN

NAND_WEZ

NAND_RBZ

NAND_ALE

NAND_REZ

AUOUTL0

NAND_CEZ

NAND_CLE

M_SCL

EARPHONE-OUTL

AUOUTR0

TUNER_SDA

BRI_ADJ

MDI_RP

MDI_TP

MDI_TN

MDI_RN

EARPHONE-OUTR

VID0

IF_AGC_A

TUNER_SCL

EMMC_CMD

EMMC_RSTZ

EMMC_CLK

USB3_SSTXP

CVBS_OUT

HD1-Rin

HD1-Lin

NAND_WPZ

USB3_D-

SPDIF_OUT

VGA-Bin+

VGA-Gin+

VGA-Rin+

UART-TX

UART-RX

PM_PWR_ON

AMP-MUTE

Demod_RST

M_SDA

TS1_CLK
TS1_VALID
TS1_SYNC

TS1_D[7:0]

VGA-Lin

VGA-Rin

PM15
PM16

PM14

USB0_D-

PANEL-ON

HDMI1-RX0P

HDMI3-RX2N

HDMI2-RX2N

LVDS_SEL

3D_FLAG

IF-AGC-SEL

3D_EN_TCON

3D_SYNC

B3_RXE3-

B5_RXEC-

B7_RXE2-

G1_RXE1-

G5_RXO4-

G7_RXO3-

R5_RXO1-

R1_RXOC-

R7_RXO0-

G3_RXE0-

B1_RXE4-

R3_RXO2-

VID1

L_DIM_DBL

SD2-CMD

SD2-CLK

GPIO4

PWM_PM

SD_CDZ1

HP_MUTE

LAN-LED1 3

LAN-LED0 3

USB3_EN

11

IFP
IFN

I/O_R

POWER-ON

USB1_D-

SCN_EN

ON_BKLT

CSB
SCK
MISO

MOSI

VSYNC_LIKE

EN

PCM_D7

PCM_D6

PCM_D5

PCM_D4

RST_TUN

标记 数量

签名

更改单号

日期

拟制

审核

      

2

02.MSD6369(RGB/CI/HDMI)

标记 数量

签名

更改单号

日期

拟制

审核

      

2

02.MSD6369(RGB/CI/HDMI)

标记 数量

签名

更改单号

日期

拟制

审核

      

2

02.MSD6369(RGB/CI/HDMI)

NAND & CI & TS & Front End

HDMI Interface

Close to MST IC
with wide trace

Close to MSTAR IC
with width trace

SAR

口耐压只能到

3.3V!!!!!

GPIO Pull Up/Down

SPI Flash

*100MHz, No any VIA hole!

RESET

GPIO & LVDS

靠 近

mstar IC

C1=C2=2*CL-5

C1

C2

Audio Line Out

Close to MST IC

靠 近 主

IC

Closed to MSTIC

Mode Selection

USB3.0 for 6A806

Closed to MST IC

HDMI & Audio

RGB & CVBS & LAN & USB

电 源 纹 波 在

50mV

以 内

Debug port

NOTE:

晶 体 频 偏 需 要 小 于

30PPM

Closed to MSTIC

 6A801 NC

PWM3

固 定 做

3D

输 出

1

801

3D flag

输 出 给

6M30

2

806

LR flag

输 出 给

3D Active

PM8

保 留 做

3D LR

眼 镜 信 号 输 入

LED_IR_KEY

//{I2S_OUT_WS,I2S_OUT_BCK, I2S_OUT_MCK, PAD_PWM1, PAD_PWM0}
4'b00000  B51_NO_EJ (External SPI)
4'b00011  CA9_EMMC_NO_EJ
4'b00100  CA9_SPI_NO_EJ (External SPI)
4'b00110  CA9_ROM_NO_EJ
4'b01100  CA9_EMMC_M2_NO_EJ  

KEY BOARD

LOCAL DIMMING

R

5

5

7

4

9

.9

R

/1

%

R

5

5

7

4

9

.9

R

/1

%

C564

100pF

C564

100pF

C560
20pF

C560
20pF

R572

33R

R572

33R

C524 0.1uF

C524 0.1uF

SAR0

K6

SAR1

L5

SAR2

L6

SAR3

L4

PWM0

B7

PWM1

C8

PWM2

B8

PWM3

C7

PM_SPI_CK

C1

PM_SPI_CS1/PM6

D4

PM_SPI_DI

D3

PM_SPI_DO

D1

DDCA_CK/UART0_RX

J5

DDCA_DA/UART0_TX

J6

DDCR_CK

F5

DDCR_DA

F4

GPIO_PM0

B3

GPIO_PM1/PM_UART_TX

K5

GPIO_PM4

C3

GPIO_PM5/PM_UART_RX

J4

PM_SPI_CS2/PM10

E4

GPIO_PM7/PM_SPI_WP2

D6

A0P

AF31

A0M

AF30

A1P

AG31

A1M

AG32

A2P

AG30

A2M

AH32

ACKP

AH31

ACKM

AH30

A3P

AJ31

A3M

AJ30

A4P

AK31

A4M

AK32

GPIO4

A6

GPIO3

B6

PWM_PM

N5

PM_SPI_CZ

G9

GPIO2

C6

B0P

AK30

B0M

AL32

B1P

AL31

B1M

AM31

B2P

AL30

B2M

AM30

BCKP

AK29

BCKM

AM29

B3P

AL29

B3M

AK28

B4P

AL28

B4M

AK27

C0P

AL27

C0M

AM27

C1P

AK26

C1M

AM26

C2P

AL26

C2M

AK25

CCKP

AL25

CCKM

AK24

C3P

AL24

C3M

AM24

C4P

AK23

C4M

AM23

D0P

AL23

D0M

AK22

D1P

AL22

D1M

AK21

D2P

AL21

D2M

AM21

DCKP

AK20

DCKM

AM20

D3P

AL20

D3M

AK19

D4P

AL19

D4M

AK18

PM_SPI1_CK

AD31

PM_SPI1_DI

AD32

PM_SPI2_CK

AC31

PM_SPI2_DI

AC30

PM_VSYNC_LIKE

AD30

GPIO_PM14

AK3

GPIO_PM15

AL3

GPIO_PM16

AJ4

GPIO_PM8

G8

P

W

M
S

A

R

S

P

I

G

P

IO

LV

D

S

N501D

MSD6369

P

W

M
S

A

R

S

P

I

G

P

IO

LV

D

S

N501D

MSD6369

R549

68R

R549

68R

R590

33R

R590

33R

C508 1uF

C508 1uF

R636

4.7K

R636

4.7K

C537

47nF

C537

47nF

R560

33R

R560

33R

L501
10uH

L501
10uH

1
2
3
4
5
6

7

8

XS627

NC/D1250-06

XS627

NC/D1250-06

R480

1M

R480

1M

C548

47nF

C548

47nF

R320

22R

R320

22R

C522 NC/0.1uF

C522 NC/0.1uF

C550

0.1uF

C550

0.1uF

1
2
3
4
5
6

XS630
D2006-6W

XS630
D2006-6W

R505
0R

R505
0R

R574

0R

R574

0R

R569

33R

R569

33R

R474

4.7K

R474

4.7K

C566

10nF

C566

10nF

C545

47nF

C545

47nF

C536

33pF

C536

33pF

C552

1nF

C552

1nF

CE#

1

SO

2

WP#

3

VSS

4

SI

5

SCK

6

HOLD#

7

VDD

8

N506

W25X80A

N506

W25X80A

R401
10K/1%

R401
10K/1%

BIN0M

U3

GIN0P

V3

GIN0M

V2

SOGIN0

U2

RIN0M

W3

HSYNC0

Y4

VSYNC0

Y5

BIN1M

W2

GIN1P

Y2

SOGIN1

Y3

RIN1M

AA1

HSYNC1

AA5

VSYNC1

Y6

BIN2M

AB1

GIN2M

AC2

RIN2M

AD2

SOGIN2

AB2

CVBS0P

AB4

CVBS1P

AB6

CVBS2P

AC5

CVBS3P

AB5

VCOM0

AA6

CVBS_OUT2

AD5

TP

B4

GPIO20

A3

RN

A5

TN

C5

RP

B5

GPIO19

C4

DM_P0

A2

DP_P0

B2

NC/DM_P1

B1

NC/DP_P1

C2

RIN0P

V1

BIN0P

T2

RIN1P

AA2

GIN1M

AA3

RIN2P

AD3

GIN2P

AC3

BIN2P

AB3

BIN1P

W1

CVBS_OUT1

AC4

DM_P2

AK5

DP_P2

AM6

DM

AK7

DP

AL8

NC/SSRXN

AK8

NC/SSRXP

AM8

NC/SSTXN

AL7

NC/SSTXP

AK6

R

G

B

C

V

B

S

P

H

Y

U

S

B

N501E

MSD6369

R

G

B

C

V

B

S

P

H

Y

U

S

B

N501E

MSD6369

R323

22R

R323

22R

GND

1

RESET

2

VCC

3

N515

APX810

N515

APX810

C520 NC/0.1uF

C520 NC/0.1uF

C549

0.1uF

C549

0.1uF

R571

4.7K

R571

4.7K

C555

47nF

C555

47nF

3 1

4 2

RA502
10Kx2

3 1

4 2

RA502
10Kx2

C513 2.2uF

C513 2.2uF

C527
10uF

C527
10uF

R570

68R

R570

68R

R478

NC/4.7K

R478

NC/4.7K

R597

NC

R597

NC

R563

NC/4.7k

R563

NC/4.7k

KEY

KEY

R649

4.7k

R649

4.7k

R324

22R

R324

22R

R404

1K_1%

R404

1K_1%

R577

4.7k

R577

4.7k

C515
220pF

C515
220pF

C563

0.1uF

C563

0.1uF

R567

NC/4.7K

R567

NC/4.7K

R599

NC

R599

NC

R575

4.7K

R575

4.7K

R593

NC

R593

NC

C532

33pF

C532

33pF

C534
33pF

C534
33pF

C538

47nF

C538

47nF

R345

NC/22R

R345

NC/22R

R553

0R

R553

0R

C528
0.1uF

C528
0.1uF

C541

47nF

C541

47nF

R565

4.7k

R565

4.7k

R531 10K

R531 10K

C542

47nF

C542

47nF

R591

NC

R591

NC

C565

10nF

C565

10nF

R524
200R

R524
200R

TS0_D0

AG15

TS0_D1

AJ15

TS0_D2

AH15

TS0_D3

AG11

TS0_D4

AH11

TS0_D5

AJ11

TS0_D6

AG12

TS0_D7

AJ12

TS0_CLK

AG14

TS0_VLD

AH14

TS0_SYNC

AJ14

VIFP

AJ1

VIFM

AJ2

SSIF/SIFP

AK2

SSIF/SIFM

AK1

IFAGC

AG1

RF_TAGC

AH3

TGPIO0/UPGAIN

AG2

TGPIO2/ I2C_CLK

AL1

TGPIO3/ I2C_SDA

AL2

PCM_D0

AJ28

PCM_D1

AH28

PCM_D2

AJ29

PCM_D3

AH26

PCM_D4

AJ26

PCM_D5

AG27

PCM_D6

AJ27

PCM_D7

AH27

PCM_A0

AJ21

PCM_A1

AG21

PCM_A2

AJ20

PCM_A3

AH19

PCM_A4

AH18

PCM_A5

AJ18

PCM_A6

AL18

PCM2_WAIT_N/SD_CMD1

AE30

PCM_A8

AK15

PCM_A9

AL15

PCM_IOWR_N

AM15

PCM_A11

AG18

PCM_A7

AM18

PCM_A12

AK17

PCM_RESET

AG19

PCM_IRQA_N

AM17

PCM_OE_N

AH17

PCM_A10

AG17

PCM2_CE_N/SD_CLK

AE32

PCM2_RESET/SD_CLK1

AG28

PCM_A14

AK16

PCM2_CD_N/NAND_D7

AH29

PCM_A13

AL16

PCM2_IRQA_N/SD_CMD

AE31

NAND_ALE/EMMC_D1

AG23

NAND_WPZ/EMMC_D2

AJ23

NAND_CEZ/EMMC_D6

AG25

NAND_CLE/EMMC_D5

AH24

NAND_REZ/EMMC_D4

AH25

NAND_WEZ/EMMC_D3

AH23

NAND_RBZ/EMMC_D0

AG24

TGPIO1

AG3

NAND_CE1Z/EMMC_D7

AJ24

NAND_DQS

AG26

EMMC_CMD/NAND_D4

AH22

EMMC_RSTZ/NAND_D6

AH21

EMMC CLK/NAND_D5

AG22

TS2_D0/NAND_D3

AK10

TS2_D1

AL10

TS2_D2

AK9

TS2_D3

AL9

TS2_D4

AG10

TS2_D5

AH10

TS2_D6

AH9

TS2_D7

AJ9

TS2_CLK/NAND_D0

AK11

TS2_VLD/NAND_D2

AM11

TS2_SYNC/NAND_D1

AL11

TS1_D0

AL12

TS1_D1

AK12

TS1_D2

AL13

TS1_D3

AK13

TS1_D4

AL14

TS1_D5

AH12

TS1_D6

AH13

TS1_D7

AG13

TS1_CLK

AK14

TS1_VLD

AM14

TS1_SYNC

AM12

PCM_WAIT_N

AG20

PCM_IORD_N

AJ17

PCM_CD_N

AH16

PCM_REG_N

AH20

PCM_WE_N

AL17

PCM_CE_N

AG16

IP

AJ3

IM

AH2

N501B

MSD6369

N501B

MSD6369

R342

22R

R342

22R

R564

68R

R564

68R

3

1

4

2

RA501

4.7Kx2

3

1

4

2

RA501

4.7Kx2

1
2
3

4

5

XS629

NC/D1250-03

XS629

NC/D1250-03

R501
0R

R501
0R

R673

NC/1K

R673

NC/1K

R586

1K

R586

1K

C529
0.1uF

C529
0.1uF

R594

4.7K

R594

4.7K

C551

47nF

C551

47nF

R595

4.7K

R595

4.7K

C559

0.1uF

C559

0.1uF

C540

1nF

C540

1nF

R408

10K

R408

10K

R598

NC

R598

NC

R532 0R

R532 0R

R609

1K

R609

1K

C530
10uF

C530
10uF

L505

F

B

L505

F

B

C518
10uF

C518
10uF

C514 2.2uF

C514 2.2uF

V501
3904

V501
3904

R592

4.7K

R592

4.7K

R583

68R

R583

68R

R405

100R

R405

100R

C546

47nF

C546

47nF

R477

4.7K

R477

4.7K

R476

10K

R476

10K

R479
0R

R479
0R

1

2

3

Z501

24.000MHz

Z501

24.000MHz

R500
1K

R500
1K

R407

10K

R407

10K

R550

68R

R550

68R

C553

47nF

C553

47nF

R578

4.7k

R578

4.7k

R530
200R

R530
200R

C533
33pF

C533
33pF

R558

4.7K

R558

4.7K

R552

4.7K

R552

4.7K

C507 1uF

C507 1uF

C523 0.1uF

C523 0.1uF

C544

47nF

C544

47nF

R344

22R

R344

22R

R400 0R/NC

R400 0R/NC

LINE_OUT_0L

AG4

LINE_OUT_0R

AG5

LINE_OUT_2L

AH4

LINE_OUT_2R

AH5

HP_OUT_1R

AL4

LINE_IN_0L

AD1

LINE_IN_0R

AE3

LINE_IN_1L

AE1

LINE_IN_1R

AE2

LINE_IN_2L

AF3

LINE_IN_2R

AF2

VRP

AE5

VAG

AE4

VRM

AE6

I2S_OUT_MCK

H5

I2S_OUT_WS

H4

B_RX0N

H2

B_RX0P

J3

B_RX1N

J2

B_RX1P

J1

B_RX2N

K3

B_RX2P

K1

B_RXCN

G2

B_RXCP

H3

DDCDB_CK

P4

DDCDB_DA

T5

HOTPLUGB

P5

A_RX0N

L2

A_RX0P

M3

A_RX1N

M2

A_RX1P

M1

A_RX2N

N3

A_RX2P

N1

A_RXCN

K2

A_RXCP

L3

DDCDA_CK

R6

DDCDA_DA

T6

HOTPLUGA

R5

D_RX0N

E2

D_RX0P

F3

D_RX1N

F2

D_RX1P

F1

D_RX2N

G3

D_RX2P

G1

D_RXCN

D2

D_RXCP

E3

DDCDD_CK

N6

DDCDD_DA

P6

HOTPLUGD

M6

CEC

M5

I2S_OUT_BCK

H7

I2S_OUT_SD

H6

IRINT

M4

RESET

D5

XTALIN

AM2

XTALOUT

AM3

TESTPIN

N9

PAD_ARC0

R4

LINE_IN_3L

AF4

LINE_IN_3R

AF5

I2S_IN_WS

E5

I2S_IN_BCK

E6

I2S_IN_SD

F6

HP_OUT_1L

AK4

MIC_IN

AD6

MIC_CM

AC6

C_RX0N

P2

C_RX0P

R3

C_RX1N

R2

C_RX1P

R1

C_RX2N

T3

C_RX2P

T1

C_RXCN

N2

C_RXCP

P3

DDCDC_CK

U5

DDCDC_DA

U4

HOTPLUGC

U6

SPDIF_OUT

G5

SPDIF_IN

G6

H

D

M

I

A

na

lo

g

A

ud

io

I2

S

S

P

D

IF

N501C

MSD6369

H

D

M

I

A

na

lo

g

A

ud

io

I2

S

S

P

D

IF

N501C

MSD6369

R

4

1

5

4

.7

K

R

4

1

5

4

.7

K

C526
22nF

C526
22nF

C556

0.1uF

C556

0.1uF

R568

68R

R568

68R

R503
100K

R503
100K

R561

4.7K

R561

4.7K

C543

47nF

C543

47nF

R581

33R

R581

33R

R624

330K

R624

330K

R579

4.7k

R579

4.7k

C501 1uF

C501 1uF

R653

4.7K

R653

4.7K

1
2
3
4

XS511

D2006-4A

XS511

D2006-4A

C509 1uF

C509 1uF

R

5

5

5

4

9

.9

R

/1

%

R

5

5

5

4

9

.9

R

/1

%

R600
1K

R600
1K

R475

1K

R475

1K

C525
10uF

C525
10uF

R508
100K

R508
100K

R562

4.7K

R562

4.7K

R596

4.7K

R596

4.7K

R639

NC

R639

NC

C506
220pF

C506
220pF

VDD

VDD

R403 0R/NC

R403 0R/NC

IR

IR

R315

NC

R315

NC

R

5

5

6

4

9

.9

R

/1

%

R

5

5

6

4

9

.9

R

/1

%

C557

0.1uF

C557

0.1uF

R559

33R

R559

33R

C539

47nF

C539

47nF

R670

4.7K

R670

4.7K

R547

68R

R547

68R

R837

NC/22

R837

NC/22

R585

100R

R585

100R

C561
20pF

C561
20pF

R566

33R

R566

33R

C547

47nF

C547

47nF

C535

33pF

C535

33pF

1
2

XS513

D2006-2A

XS513

D2006-2A

R573

4.7K

R573

4.7K

R580

4.7K

R580

4.7K

V502
3904

V502
3904

R584 100R

R584 100R

R

5

5

4

4

9

.9

R

/1

%

R

5

5

4

4

9

.9

R

/1

%

R551

33R

R551

33R

L503
10uH

L503
10uH

1
2
3

XS628

D2006_03W

XS628

D2006_03W

C558

0.1uF

C558

0.1uF

R589

33R

R589

33R

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Summary of Contents for 55AN3D

Page 1: ...RCA 55AN3D Downloaded from DTForuM ...

Page 2: ...SVC SHEET Appendix 2 debug introduction of network module part 45 PROGURAM WRITING 19 SPECIFICATION 02 ADJUSTMENT INSTRUCTION 18 PDF 文件使用 pdfFactory Pro 试用版本创建 www fineprint com cn ...

Page 3: ...stment otherwise good effect of TV set could not be obtained Pointed bias voltage value should be ensured during test to get satisfied test result 1 2 2 Be sure that you have the static electricity protective glove in before test 1 2 3 This test manual is applicable for KDL42XS712AN and other KDLxxXSxxxAN LED TV which based on MSD6369 platform 2 2 2 2 调试环境 调试环境 调试环境 调试环境 1 温度 15 35 C 2 相对湿度 45 75 ...

Page 4: ...t 5 TV Video Signal Generator FLUKE PM54200 1 set 6 Remote controller with factory keys 1 set 7 AV VGA YPbPr YCbCr HDMI Signal line USB etc 1 set 8 DDC kacaifu electron D8330 1 set 9 UPM USB programmer 1 set 10 EMMC replicator 1 set 11 USB Infrared scanning gun 1 set 12 Series number infrared scanning software netfactory exe 1 set 4 4 4 4 调试项目及调试方法 调试项目及调试方法 调试项目及调试方法 调试项目及调试方法 4 1 4 1 4 1 4 1 调试项...

Page 5: ...ineer guidance 4 工厂菜单的进 入 4 Enter the factory menu 按菜单键 出现菜单后 按 2 0 0 8 即进入工厂菜单 工厂菜单的第一项就是网络 工厂菜单 Press MENU button on the remote control and then press 2 0 0 8 in 3 seconds and enter the factory menu in success The first option of menu is Network factory menu 5 出厂设定 调 入缺省值 5 FACTORY SETTING import default value 进入工厂区方法同上 在 工厂区菜单下 选择 默 认设置 按 确认 键 在弹出的确认菜单中选择 是 电视机开始复位 并自动重起 机芯生产 时 此步骤不用执行 但 确保第一次上...

Page 6: ... color bar signal SD 576i or 480i formats HD 1080i format VGA White black checkerboard grid signal 进入工厂区方法同上 在工厂 区菜单下 选择 ADC ADJUST 按 确认 键进入 VGA通道下MODE Input Source 选择RGB YPbPr通道 SD信号时MODE选择 YPbPr SD HD信号时选择 YPbPr HD 再选择 AUTO ADC 按 确认 键开始调 整 成功显示 SUCCESS 失 败显示 FAIL 需重新调 整 YPbPr通道一般不用调 整 使用预设值即可 VGA通 道如做调整 请注意调整后 R G B的值不应相差太大 Enter the factory menu as above in the factory area menu select ADC ADJU...

Page 7: ...rally do not have to adjust use the default value can be VGA channels such as making adjustments please note that the adjusted R G B values should not be that much difference 8 White Balance 调节相关色温 此项调整好后 不能再做 Auto Color 动作 详细方 法请看 4 4 部分 This adjustment is getting better can not do Auto Color action ...

Page 8: ... B OFFSET to get black calibration Test the second gray step signal and the eighth gray step signal and adjust R G B GAIN to get requirement U 0 189 0 015 V 0 447 0 015 color temperature is 9300 b Y Pb Pr 下色 温及亮 暗平衡调 整 b YPbPr 1 Color Temperature adjustment 2 Brightness and black balance calibration 高清视频信 号 发 生 器 VG859 彩色信号分 析仪 High definition video Signal Generator Color Signal Analyzer 输 入 100 灰...

Page 9: ...l 100 在工厂菜单下 选择 White Balance 选 择 TEMPERATURE 标 准 调整菜单中两组 R G B 值 使灰阶第 3 阶 和第 11 阶色温坐标满足要 求 U 0 189 0 015 V 0 447 0 015 即 色温为 9300 1 Enter factory menu select White Balance and Select TEMPERTURE Stand ard 2 Adjust R G B OFFSET to get black calibration Test the second gray step signal and the eleventh gray step signal and adjust R G B GAIN to get requirement U 0 189 0 015 V 0 447 0 015 color temper...

Page 10: ...声音是否 正常 输出画面清晰流畅 声音 是否正常 Screen is clear and fluent Audio checks if the output is normal 11 Y Pb Pr SDTV 576P 480P HDTV 720p 1080i DVD Component Cable 播放 SDTV HDTV Play SDTV HDTV YPbPr 画面清晰流畅 声音是否 正常 Screen is clear and fluent Audio checks if the output is normal 12 VGA INPUT PC VGA Cable TV BOX D SUB cable PC Mode 参见附 表 5 5 PC Mode 各 Mode 均能正常显示 确认 PC 可以自动识别机 型 采用外接机顶盒收看电视 节目 画面应清晰 1 Each Mode Sc...

Page 11: ...io checks if the output is normal 14 HDCP 检查 14 HDCP check 步 步 高 DVD 或带 HDMI 的 DVD VG859 或 同 等级被认可 设备 BuBuGao DVD or DVD with HDMI VGA859 or authorized equipment which is the same level HDMI Mode 选 SOURCE 选到 HDMI 检查由信号发生器送出带 有 HDMI HDCP 的 测 试 信 号 观 看 是 否 显 示 PASS 1 Choose HDMI mode in the SOURCE menu 2 Check the test signal with HDMI HDCP that is output by signal generator See whether it will show...

Page 12: ...peaker silent the sound of headphone normal Press VOL Audio checks if the output is normal 2 Unplug the earphone the main speaker sound normal 17 遥控功能测试 17 Remote control function check PC DVD Pattern Generator TV Signal Generator HDTV Player 检查各种模式下各项功能 是否正常 Use remote control to check whether each mode function is normal or not 4 2 4 2 4 2 4 2 测试方法 万用表选择电阻档 测量电源板的交流输入端 M B 电压输入端是否对地短路 4 2 checki...

Page 13: ...V输出端电阻 The resistance of 3 3Vstb output on the main board C845 L815 CU04 C597 L504 无短路 no short circuit 4 1 23V输出端电阻 The resistance of 1 23V output on the main board C814 无短路 no short circuit 5 1 5V端输出电阻 The resistance of 1 5V output on the main board C869 C430 C456 无短路 no short circuit 6 5VA输出电阻 The resistance of 5VA output on the main board C856 无短路 no short circuit 7 2 5V端输出电阻 The resistance of...

Page 14: ...rmal WiFi 1 2V_Demod 2 5V_Normal 3V3_Normal 0 9A 1117 3 3 0 3A 85 0 16A 1 5V_DDR 3 3Vstb 1A 5Vstb 12VIN RT8110 4 3 2 检查功放焊接状况 机芯板通电前请先分别检测功放输出脚对地和 12V 是否短路 即分别检测 L202 L204 L205 L206 和 L201 对地是否短路 如果短路 请着重检查 N202 是否焊接不良 4 3 2 Check the weld condition of power amplifier Before power on please check if the output pin of power amplifier and 12V is short to ground It means check if L202 L204 L205 L206 ...

Page 15: ...put 1 2V N809 output 3 3V V801 output 12V Use a multimeter to check above those supply power is normal or not 4 3 5 信号板信号部分 4 3 5 signal board part 开机时序 The time sequence of power on start order Turn on the power Reset N501 and initialize each IO port Turn on LED TCON power Turn on backlight Successful start and LOGO display 通电几十秒钟后 若黑屏 背光灯不亮 需先确认是否处于待机状态 如果还是黑屏 a 检查各电源网络电压是否正常 b 检查晶体振荡器 Z501 24MH...

Page 16: ... a multimeter to measure every power supply points on the main board to find whether they are short to ground 序号 serial number 项目 Project 测试点 Test point 标准 Standard 1 12V输出端电阻 The resistance of 12V output on the main board F801 L802 L805 L810 L201 无短路 no short 2 5Vstb输出端电阻 The resistance of 5V output on the main board L804 L808 L816 L807 无短路 no short 3 3 3V输出端电阻 The resistance of 3 3V output on th...

Page 17: ...short circuit on the main board power on check every power supply is normal or not 序号 项目 测试点 标准 1 12V输出端 The resistance of 12V output on the main board F801 L802 L805 L810 L201 12V 2 5Vstb输出端 The resistance of 5V output on the main board L804 L808 L816 L807 5V 3 3 3V输出端 The resistance of 3 3V output on the main board C845 L815 CU04 C597 L504 3 3V 4 1 23V输出端 The resistance of 1 23V output on the ma...

Page 18: ... work or not according to 4 4 2 test every point make sure the voltage is right b Check whether the crystal oscillator Z501 24M works or not and the oscillation frequency is normal or not c Check whether the N506 W25Q16 program bootloader software correct or not d Check whether the USB supply power correct or not 4 4 5 Silicon Tuner 部分 一 Silicon Tuner 部分电路由 N110 Z110 等元件组成 上电前检查 N110 C885 C104 是否对...

Page 19: ...display or search channel please check the circuit or upgrade the software 4 5 白平衡调试 4 5 1 接收信号要求 接受信号为全白 全黑的 AV 和 PC 信号 调节亮度 对比度 使暗场信号亮度值在 5 尼 特 亮场信号亮度值在 90 尼特 4 5 White Balance adjustment 4 5 1The requirement of input signal Input signal sure be white or black AV signal and PC signal adjust brightness and contrast set Dark field signal as 5 Nit bright field signal as 90 Nit 4 5 2 调白平衡 进入工厂调试菜单 调...

Page 20: ... 2 运行烧录软件 Elnec Pg4uw 然后在编程器下拉菜单里选择 BeeProg 然后点击连接 3 选择器件 型号为 W25Q16BVSSI 4 读取要烧录的文件 为mboot bin 5 选择烧录 会跳出烧录窗口 选择 YES 开始烧录 6 烧录完会提示 烧录器件 OK 更换芯片 按 YES 即可烧录下一颗芯片 5 Program writing 5 1 bootloader program writing step 1 connect program writer to computer embed sop 8 adapter to program writer place the chip which should be put into the adapter Take BEEPROG for the example of program writer 2 Run Elnec...

Page 21: ...序拷贝步骤 5 2 EMMC main program writing step 一 打开烧录软件C Ming UPM 界面如下 Open writing program C Ming UPM interface like 二 点击 IDENTIFY 自动识别EMMC 芯片的参数和性能 如下图 Click IDENTIFY identity the argument and performance of EMMC CHIP automatically as follow picture ...

Page 22: ...ck EXT_CSD popup data frames check whether 167 is 1F or 01 if it s 1F go to step 4 otherwise go to step 3 三 点击 PARTITION 弹出数据框 如下图 点击 OK 然后 重复第二步操作 确认 167 值为 01 Click PARTITION popup data frames like follow picture click ok repeat step2 make sure the value of 167 is 01 ...

Page 23: ...go to this step 5 5 5 5 5 5 5 5 在线烧录 BOOTLOADER BOOTLOADER BOOTLOADER BOOTLOADER 1 在线烧录 BOOTLOADER 时请按照如下 使用 5 3 0 部分的升级小板 升级小板通过 USB 线与电脑相连 升级小板可通过两种方法与主 板相连 一是用用两端都是 4pin 的线 一端接在升级小板上 另外一端接主板上的 XS511 另 一种方法是通过 VGA 线 一端接升级小板的 VGA 接口 一端接主板的 VGA 接口 2 启动 MStar ISP Utility 软件 点击上方的 Config 按钮 按图示设置参数 5 5 Burn bootloader in system 1 Please burn bootloader as follow steps Use 5 3 0 upgrade circuit board...

Page 24: ...电视机 然后再点击 Connect 按钮 出现图示小窗口提示 Device Type is xxx 则表示连 接成功 如果小窗口提示为 Can t find device type 则表示连接不成功 需要点击 Dis Con 按 钮 再点 Connect 按钮多试几次 或者重新开关机再连接直到连接成功 注意 如果不想把串号 MAC MAC MAC MAC 地址和 HDCP HDCP HDCP HDCP KEY KEY KEY KEY 擦掉 请在下图的左下角部分的 Erase Erase Erase Erase Device Device Device Device 下面选择 File File File File Area Area Area Area 而不选 All All All All Chip Chip Chip Chip 4 TV power on then click the ...

Page 25: ...click the button Dis Con then click Connect to try more times Or restart the TV try again until success 5 点击上方的 AUTO 按钮到烧录界面 再点击 RUN 按钮开始烧录 mboot 程序 当下方出现 PASS 是表示烧录成功 5 Click above button AUTO to the burner boundary and click RUN to write mboot when it show PASS mean writing success ...

Page 26: ...e bin 文件到 U 盘根目录下 步骤 2 把 U 盘插入电视机的 USB 口 步骤 3 将电视机处于断电状态 步骤 4 按住遥控器的 待机 键不要释放 然后给电视机上电 大概 10 秒钟后可以释放遥控 待机 键 此时主程序已经在升级 升级过程中会看到电视机前面的指示灯在闪烁 升级完成后会自动重启 这个过程 会比较慢 可能要 15 分钟左右 注意 步骤 4 4 4 4 的过程中确保不要给电视机断电 5 6 upgrade program by USB port 5 6 1 Upgrade directly when power on 1 mboot upgrade directly when power on Step 1 Copy the file mboot bin to the root directory of USB flash disk Step 2 inset the US...

Page 27: ...2 再依次按 2 0 0 8 这样会调出工厂菜单 如图 3 步骤 4 按遥控器的方向键选择到 UPGRADE 项 然后按 OK 键 这样会进入升级调节菜单 如图 4 步骤 5 按遥控器的方向键选择到 UPGRADE 项 然后按 OK 键 此时电视机会自动黑屏 接着主程 序已经在升级 升级过程中会看到电视机前面的指示灯在闪烁 升级完成后会自动重启 这个过程会比较 慢 可能要 15 分钟左右 如果电视机很快就重启出开机 LOGO 那说明升级不成功 可能是没有找到 MstarUpgrade bin 文件 注意 步骤 5 5 5 5 的过程中确保不要给电视机断电 5 6 2 upgrade program in Factory Menu 1 upgrade main program in factory menu Step 1 Copy the file mboot bin to the root...

Page 28: ...mboot bin to the root directory of USB flash disk Step 2 inset the USB flash disk to TV USB port Step 3 TV power on when enter the homepage press INPUT change the channel to television image page or other way change to this page press menu it show the main menu as page 2 press 2 0 0 8 then enter Factory Menu as page 3 Step 4 Press direction key on remote control unit choose upgrade press ok then e...

Page 29: ...28 54 图 1 图 2 ...

Page 30: ...29 54 图 3 图 4 3 通过工厂菜单升级 HDCP KEY A A A A 准备 HDCP_KEY HDCP_KEY HDCP_KEY HDCP_KEY 相关文件 1 用切割工具从总 KEY 中把当天要生产的 KEY 切割成一个文件 不能切割成单个文件 该 文件可保存不超过 2000 个 key 如超过了 烧录时读取会较慢 2 把该 KEY 文件改命名为 hdcpkey bin ...

Page 31: ...in this file save the index number of present key it will add 1 every time when a key was burned It is initial was 0 the way to make this file is same as mac bin and initialize it just need to write the first bit to 00 as follow image 4 HDCPKEY 文件制作完毕 保存文件并拷贝至 U 盘 准备烧录 再次制作其它机型的辅助 文件 hdcpkey_index bin 时 只需要将此文件拷贝后将第一个字节修改为 00 即可 4 after HDCPKEY is completed save the file and copy to USB flash disk...

Page 32: ...ter factory menu select upgrade press OK select Burn HDCPKEY USB Press OK wait seconds it will have a note If burn successfully The key will add 1 automatically If burn unsuccessfully maybe the name of file is incorrect or the HDCPKEY is used up and maybe the USB flash disk is not recognition The reason need to check out one by one All the name of above file can t change its content must be binary...

Page 33: ...ring tool UltraEdit 2 Make mac bin build a new TXT rename it for mac bin attention the computer should set as Known file types of extension if it hide Known file types of extension please modify the setting Its path is tool folder option check Hide known file types of extension wipe out the before the option 3 Use UltraEdit tool to open mac bin 4 Enter any character like a 5 Choose edit Hexadecima...

Page 34: ... 00 00 there is 6 bits in all as follow 7 然后接着输入 MAC 终止地址 例如 00 00 00 00 03 E7 一共 6 个字节 结束地址 起始地址 需分配的 MAC 地址总数 1 例如起始地址是 00 00 00 00 00 00 需分配的 MAC 地址总数是 1000 个 则结束地址就是 00 00 00 00 03 E7 999 的十六进制就是 3E7 如下图所示 7 enter the end of MAC address for example 00 00 00 00 03 E7 here is 6 bits in all The end of MAC address the start of MAC address The distribution of ...

Page 35: ...ge the start or end of mac address B B B B 烧录 MAC MAC MAC MAC 地址 进入工厂菜单 选中 upgrade 选项 按 OK 键 再选中 Burn MAC address USB 选项 按 OK 键 等待几秒钟 会弹出提示 烧录成功后 MAC 地址会自动递增 如果烧录 失败 则可能是文件名不正确或者 MAC 地址已经达到最大 MAC 地址 或者 USB 设备未被设 别等原因 需逐一检查核对 说明 mac bin 文件有记忆 为了防止 U 盘丢失 导致无法知悉 MAC 的上次截止序列号 在下 班时可将 mac bin 文件拷贝到电脑上备份 如 U 盘丢失 可直接把备份的 mac bin 文件拷贝到 另外一个 U 盘上直接生产 B burn MAC address enter the factory menu Select upgrade...

Page 36: ...h disk Television cab be upgraded by USB in normal condition 1 The connection of upgrade board Upgrade board connect to computer by USB The other side use a serial port line connect to the stand on main board xs511 or use a VGA line connect to the VGA port on the main board XS605 Use a reticle link between PC and TV 2 需要用到的软件 SecureCRT Tftpd32 这两款软件均无需安装 直接双击相应的应用程序既可以运行 3 升级主程序 1 运行 Tftpd32 软件 点击...

Page 37: ...请参考下图设置 2 Run SecureCRT click connect quickly under folder option make the same Choose as follow pictures on the Add Member Function Agreement Serial port according your computer to set Its concrete method is my computer Right choice attributes hardware Device Manager port Bit rate 115200 The other setting refer to follow picture ...

Page 38: ...窗口中的打印信息 当出现 Hit any key to stop autoboot 倒计时 时 大约在开机 5 秒钟的时候 按下电脑回车键停止 autoboot 3 power on pay attention to the type information on the window of SecureCRT when it display Hit any key to stop autoboot about 5s after power on press enter to stop autoboot ...

Page 39: ...ess rerurn display a prompt MStar then enter an order one by one every other end by return 1 setenv serverip xxx xxx stand for the ip address of present computer see it on local connection property TCP IP agreement 2 set ipaddr xxx xxx stand for IP address of the same network segment on above ip adress in another word to the first three number is the same the fourth at will 10 3 savenv save IP add...

Page 40: ... 8 5 8 感应按键烧录程序 一 工具 1 cypress 烧录工具 MiniProg 一套 2 自制连接线一根 如图所示 3 电脑一台 5 8 burn program of induction key 1 a set of cypress burn tool miniProg 2 a piece of connecting line that make yourself as image show 3 a set of PC ...

Page 41: ...40 54 二 准备工作 1 将 MiniProg 连接到电脑上 2 将连接线一头接到 MiniProg 一头接头感应按键板 如图所示 Prepare work 1 connect MiniProg to computer 2 connect MiniProg to induction key as follow picture ...

Page 42: ...evice Family 下拉项选择 20X24 即 Device 处选择对应 IC 3 burn step 1 double click PSoC Programmer popup burner boundary as follow picture choose 20x24 under Device Family it mean choose corresponding IC 2 Port 项选中对应端口 然后点击 Connect 按钮 如下图 右下角红色 Not Connected 变为 ...

Page 43: ...C 2 choose corresponding Port click connect as follow pic when the red not connected become to the green Connected and show the not powered it mean the induction IC had been connected 3 点击 File Load 选择合适烧录文件 3 click File Load choose appropriate file ...

Page 44: ...n successfully on the bottom right corner the yellow BUSY become to the green PASS and the green Power change to red Not Powered the characters on the red bar show burn successfully 附录 附录 附录 附录 1 1 1 1 工厂菜单说明 工厂菜单说明 工厂菜单说明 工厂菜单说明 1 按菜单键 出现菜单后 按 2 0 0 8 进入工厂菜单 按上下键可选择不同的操作 第一项为 网络工厂菜单 工厂菜单退出方法 按返回 键 工厂菜单进入二级菜单方法 用方向导航键选中要进入的选项 按 确认 OK 键进入该选项 工厂菜单退出二级菜单方法 按 返回 键返回工厂菜单首页 Appendix 1 introduction of fa...

Page 45: ...temperature of dark field 拷贝到其他输入 此项无需操作 Copy to other access this option needn t operate ADC Adjust ADC 模数转换调节 Inpur Source 选择输入信号的类型 choose the type of input signal YPBPR HD YPBPR SD RGB R GAIN G GAIN B GAIN 亮场调节 adjust bright field R OFFSET G OFFSET B OFFSE 暗场调节 adjust bright field AUTO ADC 自动 ADC 数模转换调节 Non_linear 图像 声音曲线调节 曲线设置 NLVolume1 NLVolume25 NLVolume50 NLVolume75 NLVolume100 分别对应音量是 0 ...

Page 46: ...8 7 0 生产版本开始 只支持 29 位串号扫描 以上功能需电视软件配套支持 1 Appendix 2 debug introduction of network module part introduction of Series number scanning software this introduction is suitable for Series number scanning software 3 8 5 0 and higher versions the software support Series number of network television scanning MAC address and hdcpkey burn Series number of Non network television scanning hdcpkey burn softwa...

Page 47: ...st need to unzip the package This package include those folder as follow picture show its best to keep directory structure because some database file will be product on the running process 三 授权 串号扫描软件采用授权机制 因此第一次运行串号扫描软件时 会弹出如下界面 3 Authorization Series number scanning software adopt licensing scheme so the first time running it follow boundary will showed ...

Page 48: ... serves open a authorization If the license had be obtained click confirm to approve online Online the authentication need to connect to internet and communicate with the servicers please make sure connection is normal Or it will popup a note that network communication error 授权成功后 会提示 创建授权文件成功 重新运行串号扫描软件即可 When authorization success it will point out create license file success then run Series num...

Page 49: ...irm the problem 四 扫描 1 1 1 1 设备连接 非网络机 VGA 线方式需电视硬件支持 4 scanning device connection Non network television connecting by VGA line need hardware support 电视机 电脑 USB 升 级 小 板 扫描枪 USB 连接 USB 连接 四芯线或 VGA 线 外网 网络机 不带路由器 一般用于开发 测试 network television without router for developing and testing only ...

Page 50: ...e for production line 电视机 电脑 路由器 扫描枪 网线 USB 连接 网线 外网 2 2 2 2 连接设置 串口设置 非网络机 插入 USB 升级小板 打开电脑的 我的电脑 属性 硬件 设备管理器 查看升级小 板的串口 2 connect setting Serial port setting Non network television Inset USB upgrade board check its serial port from my computer property hardware device manager ...

Page 51: ... IP 地址 192 168 0 100 子网掩码 255 255 255 0 默认网关 192 168 0 1 DNS192 168 0 1 无 路 由 器 时 电 视 网 络 设 置 为 手 动 设 置 IP 地 址 192 168 0 110 子 网 掩 码 255 255 255 0 默认网关 192 168 0 1 DNS192 168 0 1 有路由器时 电视网络设置为 自动获取 路由器外网请按实际情况设置 内网网段设 置为 192 168 0 1 打开 dhcp dhcp 范围为 192 168 0 101 192 168 0 200 Set the computer IP address as 192 168 0 100 subbet mask 255 255 255 0 default gateway 192 168 0 1 DNS192 168 0 1 When the...

Page 52: ...ess and hdcpkey Run Series number scanning software click setting which the red circle mark as follo w picture Set mac address and hdcpkey on the Add Member Function Only network television need to set mac address After that the mac address will increase by degrees and display on boundary when producting network television and mac address will be ignore automatically If this software hasn t set ma...

Page 53: ...视会显示串号 电脑会显示 正常记录 xxxxxx 烧录错误时电 视和电脑会显示错误信息 4 scanning Use scanning gun enter Series number barcode the software will record Series number if it s 20 bit Series number computer will display Series number waiting to record if it s 29 bit Series number and check code is right computer will show Series number CRC waiting to record If Series number is wrongful computer will show a specific error 五 其他 ...

Page 54: ...ogram will popup this note Ignore the note if it s scanning network If scan Non network television please set the serial port exactly 2 Please exit input method keep on English input otherwise the scan gun will be influenced 3 When scanning network television please close network firewall on the computer include the firework of antivirus program otherwise television maybe couldn t gain data 4 This...

Page 55: ...MainBoardandPowerBoardCircuitDiagram ...

Page 56: ... 4 ADJ OUT IN N807 1117 1 2 ADJ OUT IN N807 1117 1 2 R814 NC R814 NC C812 10uF C812 10uF C825 0 1uF C825 0 1uF L809 10uH L809 10uH C824 220uF C824 220uF C843 10uF C843 10uF C829 10uF C829 10uF C821 33pF C821 33pF 3V3_STB 3V3_STB C860 10uF C860 10uF 3 2 1 GND IN OUT N810 WL2004_2 5V GND IN OUT N810 WL2004_2 5V 3 1 2 V810 2N7002 V810 2N7002 C810 10uF C810 10uF R815 4 7K R815 4 7K 3 2 1 GND IN OUT N8...

Page 57: ...537 47nF R560 33R R560 33R L501 10uH L501 10uH 1 2 3 4 5 6 7 8 XS627 NC D1250 06 XS627 NC D1250 06 R480 1M R480 1M C548 47nF C548 47nF R320 22R R320 22R C522 NC 0 1uF C522 NC 0 1uF C550 0 1uF C550 0 1uF 1 2 3 4 5 6 XS630 D2006 6W XS630 D2006 6W R505 0R R505 0R R574 0R R574 0R R569 33R R569 33R R474 4 7K R474 4 7K C566 10nF C566 10nF C545 47nF C545 47nF C536 33pF C536 33pF C552 1nF C552 1nF CE 1 SO...

Page 58: ...ND M20 GND M21 GND M24 GND M25 GND M26 GND N7 GND N8 GND N10 GND N11 GND N12 GND N13 GND N14 GND N15 GND N16 GND N17 GND N18 GND N19 GND N20 GND N21 GND N24 GND N25 GND N26 GND P7 GND P8 GND P10 GND P11 GND P12 GND P13 GND P14 GND P15 GND P16 GND P17 GND P18 GND P19 GND P20 GND P21 GND P22 GND P24 GND P25 GND P26 GND R7 GND R8 GND R9 GND R10 GND R11 GND R12 GND R13 GND R14 GND R15 GND R16 GND R17 ...

Page 59: ...11 560pF C611 560pF R621 6 8K R621 6 8K 6 4 1 3 5 2 XS609 YPbPr XS609 YPbPr C646 560pF C646 560pF R638 1 2K R638 1 2K 1 3 2 C C D ESD V608 PESD5VOS2BT C C D ESD V608 PESD5VOS2BT R625 75R R625 75R R690 75R R690 75R C605 10uF C605 10uF C631 NC C631 NC C647 560pF C647 560pF 3 1 4 2 RA602 0Rx2 3 1 4 2 RA602 0Rx2 1 2 3 5 6 4 N602 IP4223CZ6 N602 IP4223CZ6 C603 0 1uF C603 0 1uF 2 3 4 1 XS610 XS610 1 2 3 ...

Page 60: ...36 0 47uF 25V C208 220uF C208 220uF R251 10K R251 10K R275 33K R275 33K C211 1nF 25V C211 1nF 25V C256 1nF C256 1nF C239 1nF C239 1nF GND 1 RESET 2 VCC 3 N204 APX809 4 4 N204 APX809 4 4 R290 33K R290 33K 1 2 L201 FB_3A L201 FB_3A R272 2 2K R272 2 2K R264 0R R264 0R C206 0 47uF 25V C206 0 47uF 25V C242 100pF C242 100pF C217 1uF 0603 C217 1uF 0603 R273 2 2K R273 2 2K R260 0R R260 0R R252 0R R252 0R ...

Page 61: ...10K R322 NC 10K 3 1 4 2 RA605 10Kx2 3 1 4 2 RA605 10Kx2 R683 220R R683 220R R648 10K R648 10K 3 1 4 2 RA609 100Rx2 3 1 4 2 RA609 100Rx2 R687 0R R687 0R R684 10K R684 10K 1 2 3 V607 3904 V607 3904 3 1 4 2 RA608 100Rx2 3 1 4 2 RA608 100Rx2 3 1 4 2 RA614 5 1Rx2 3 1 4 2 RA614 5 1Rx2 DATA2 1 DATA2 SHIELD 2 DATA2 3 DATA1 4 DATA1 SHIELD 5 DAT1A 6 DATA0 7 DATA0 SHIELD 8 DATA0 9 CLK 10 CLK SHIELD 11 CLK 12...

Page 62: ...1uF C116 0 1uF R150 10K R150 10K R151 1M R151 1M C168 22nF C168 22nF 3 Z102 XTAL 24MHz Z102 XTAL 24MHz C117 0 1uF C117 0 1uF R149 NC 10K R149 NC 10K R114 0R R114 0R R152 22R R152 22R C131 27pF C131 27pF C114 0 1uF C114 0 1uF 7 5 3 1 8 6 4 2 RA101 NC 33RX4 7 5 3 1 8 6 4 2 RA101 NC 33RX4 R126 22R R126 22R R109 0R R109 0R R148 10K R148 10K C119 0 1uF C119 0 1uF C121 0 1uF C121 0 1uF 7 5 3 1 8 6 4 2 R...

Page 63: ...128 47pF C100 1uF 6V3 0402 C100 1uF 6V3 0402 1 2 Z110 31 875MHZ Z110 31 875MHZ C192 10uF 10V C192 10uF 10V L109 330nH L109 330nH V103 3904 V103 3904 C110 390pF C110 390pF L112 330nH L112 330nH C109 33pF C109 33pF C112 180pF C112 180pF R119 4 7K R119 4 7K C101 0 1uF C101 0 1uF C113 0 1uF C113 0 1uF C111 33pF C111 33pF 3 1 4 2 RA106 100x2 3 1 4 2 RA106 100x2 C143 0 1uF C143 0 1uF R116 10K R116 10K R...

Page 64: ...0K CU28 10nF CU28 10nF RU71 0 RU71 0 RU61 5 1R RU61 5 1R CU24 0 1uF CU24 0 1uF 4 3 2 1 5 6 4 3 2 1 XSU01 USB V Connector 4 3 2 1 XSU01 USB V Connector RU07 9 1K RU07 9 1K RU57 0R NC RU57 0R NC CU02 220uF CU02 220uF CU31 0 1uF CU31 0 1uF TD 1 TD 3 CT 2 CT 7 RD 6 RD 8 TX 16 CT 15 TX 14 RX 11 TC 10 RX 9 nc 4 nc 5 nc 12 nc 13 TU01 PD1602 TU01 PD1602 IN 5 OUT 1 EN 4 GND 2 FLAG 3 NU21 MC2110 NU21 MC2110...

Page 65: ...记数量 签名 更改单号 日期 拟制 审核 第 张 10 10 LVDS 标记数量 签名 更改单号 日期 拟制 审核 第 张 10 10 LVDS 标记数量 签名 更改单号 日期 拟制 审核 第 张 10 10 LVDS Net to other page LG CMI CMO屏3D_SYNC_I LG屏BIT_SEL R486 NC 4 7K R486 NC 4 7K R432 0R R432 0R 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 11 11 12 12 13 13 14 14 15 15 16 16 17 17 18 18 19 19 20 20 21 21 22 22 23 23 24 24 25 25 26 26 27 27 28 28 29 29 30 30 31 31 32 32 33 33 34 34 35 35 36 36 ...

Page 66: ... CY07 0 22uF 1 2 LY03 FB_600mA NC LY03 FB_600mA NC 1 2 3 4 5 XS647 D1250 03 XS647 D1250 03 RY14 1K RY14 1K 3D_SYNC 3D_SYNC 1 2 3 4 XS646 D1251 02 XS646 D1251 02 RY09 4 7R 1206 RY09 4 7R 1206 RY15 0R RY15 0R CY06 10uF CY06 10uF CY05 0 1uF CY05 0 1uF CY09 10uF CY09 10uF 3 1 2 VY02 3904 VY02 3904 RY10 4 7R 1206 RY10 4 7R 1206 3 1 2 VY03 WNM2306 VY03 WNM2306 RY12 47K RY12 47K CY08 100pF CY08 100pF PDF...

Page 67: ...iNAND FLASH Net R525 0R R525 0R R521 10K R521 10K R546 0R R546 0R R514 0R R514 0R R576 NC 0R R576 NC 0R R519 10K R519 10K DAT2 1 DAT3 2 VDD 4 CLK 5 VSS 6 DAT0 7 DAT1 8 CD 9 GND 13 GND 12 CMD 3 GND 10 GND 11 XSU07 TF Card XSU07 TF Card R539 0R R539 0R R545 0R R545 0R R536 4 7K R536 4 7K R502 0R R502 0R R523 10K R523 10K R512 0R R512 0R C590 NC C590 NC C597 2 2uF C597 2 2uF R540 0R R540 0R C892 10uF...

Page 68: ... B10 A_DDR3_ODT DDR2_WEZ D9 A_DDR3_BA0 DDR2_CKE D10 A_DDR3_BA1 DDR2_RASZ D16 A_DDR3_BA2 DDR2_BA2 E9 A_DDR3_RESETB C9 A_DDR3_CKE DDR2_ODT C14 A_DDR3_DQ0 DDR2_DQ6 E19 A_DDR3_DQ1 DDR2_DQ0 E15 A_DDR3_DQ2 DDR2_DQ1 E20 A_DDR3_DQ3 DDR2_DQ7 E16 A_DDR3_DQ4 DDR2_DQ4 B21 A_DDR3_DQ5 DDR2_DQ5 B15 A_DDR3_DQ6 DDR2_DQ3 A21 A_DDR3_DQ7 DDR2_DQ2 C16 A_DDR3_DQ8 DDR2_DQ15 B17 A_DDR3_DQ9 DDR2_DMU E18 A_DDR3_DQ10 DDR2_D...

Page 69: ...F928 NC RF928 NC CB904 22uF 50V CB904 22uF 50V RB962 20R 1206 RB962 20R 1206 R905 1M 1206 R905 1M 1206 1 5 6 3 2 7 10 9 8 TB901 EE16 TB901 EE16 CF915 101 2KV CF915 101 2KV CB958 22uF 50V CB958 22uF 50V CB910 223 CB910 223 1 TP_V_5V3 TP_V_5V3 1 2 LF901 150uH LF901 150uH RB954 20K RB954 20K R906 1M 1206 R906 1M 1206 1 2 4 3 NB950 PC817B SMT NB950 PC817B SMT RF912 4 7R 1206 RF912 4 7R 1206 RB957 20k ...

Page 70: ...3 CW960 N C CW960 N C RW966 8 2K F RW966 8 2K F RW956 10K 1206 RW956 10K 1206 3 4 NW954B PC817B SMT NW954B PC817B SMT R955 10K R955 10K R961 47K R961 47K VDL 1 VCTR 10 HVcc 9 PG 6 CS 4 LVcc 7 SG 5 NC 8 CON 2 RT 3 NW920 FSFR1700 NW920 FSFR1700 VD951 1N4148 VD951 1N4148 R989 3K R989 3K 1 TP_VCC_LLC TP_VCC_LLC R967 100K R967 100K R975 1K R975 1K C964 102 C964 102 1 TP_POWER ON OFF TP_POWER ON OFF RW9...

Page 71: ...3 NC 4 EPGND 5 EPGND 6 NC 7 LED02 8 EN 9 LDO5 10 LDO3 11 VIN 12 AVSS 13 RISET 14 LED03 15 NC 16 EPGND 17 EPGND 18 NC 19 LED04 20 SCK 21 22 MOSI 23 MISO CSB 24 FAULTB 25 LED05 26 NC 27 EPGND 28 EPGND 29 NC 30 LED06 31 SELF_TEST_EN 32 SYNCLK 33 CPLL 34 VSYNC 35 LED07 36 NC 37 EPGND 38 EPGND 39 NC 40 LED08 41 TESTEN 42 EXTLDO3 43 44 TEST 45 GPAD N702 IW7018 N702 IW7018 R722 51K 06 R722 51K 06 R730 51...

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