Industrial motherboard,LVDS signal is converted into TTL signals,comes backlight driving circuit point screen

 AT043TN25V.1 HSD050IDW1-A20 LW500AC9001 and other small and medium size 40P TTL screen solutions

 Working temperature: -10 °C ~ +70 °C

 Operating Humidity: 90% RH (non-condensation)

 Storage Humidity: 90% RH (non-condensation)

 Product shape structure (Unit: mm).Finished board (including component thickness 4.50mm).

 CON3 (LVDS signal input) 20PIN/DF19 1.0M

Foot No.

definition

describes

Remark

1

5V

Backlit switches

5V 0V OFF ON

2

NC

NC

3

NC

NC

4

NC

NC

5

VCC

+5.0V

6

VCC

+5.0V

7

VCC

+5.0V

8

GND

Ground

9

RXCLK+

Clock output signal +

10

RXCLK-

Clock output signal-

11

RXIN2+

Channel 2 Input signal +

12

RXIN2-

Channel 2 Input signal -

13

RXIN1+

Channel 1 Input signal +

14

RXIN1-

Channel 1 Input signal -

15

RXIN0+

Channel 0 Input signal +

16

RXIN0-

Channel 0 Input signal-

17

NC

NC

18

NC

NC

19

GND

Ground

20

GND

Ground

           LCD Interface

Pin No.

Symbol

I/O

Function

1

VLED-

P

Power for LED backlight cathode

2

VLED+

P

Power for LED backlight anode

3

GND

P

Power ground

4

VDD

P

Power  voltage

5

R0

I

Red data(LSB)

6

R1

I

Red data

7

R2

I

Red data

8

R3

I

Red data

9

R4

I

Red data

10

R5

I

Red data

11

R6

I

Red data

12

R7

I

Red data(MSB)

13

G0

I

Green data(LSB)

14

G1

I

Green data

15

G2

I

Green data

16

G3

I

Green data

17

G4

I

Green data

18

G5

I

Green data

19

G6

I

Green data

20

G7

I

Green data(MSB)

21

B0

I

Blue data(LSB)

22

B1

I

Blue data

23

B2

I

Blue data

24

B3

I

Blue data

25

B4

I

Blue data

26

B5

I

Blue data

27

B6

I

Blue data

28

B7

I

Blue data(MSB)

29

DGND

I

Power ground

30

CLK

I

Pixel clock

31

DISP

P

Display on/off

32

HSYNC

P

Horizontal sync signal

33

VSYNC

P

Vertical sync signal

34

DE

P

Data Enable

35

NC

I

No connection

36

GND

I

Power ground

37

X_R

I/O

Right electrode-differential analog

38

X_B

I/O

Bottom electrode-differential analog

39

X_L

I/O

Left electrode-differential analog

40

X_T

I/O

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