Distance area image sensor

S11963-01CR

9

Pin connections

Pin no.

Symbol

I/O

Description

1

GND

I

Ground

2

Vdd(A)

I

Analog supply voltage

3

GND

I

Ground

4

dis_read

O

Non-readout period pulse

5

ext_res

I

Pixel reset pulse

6

reset

I

Frame reset pulse

7

vst

I

Frame synchronous trigger pulse

8

oe

O

Output signal effective period pulse

9

hst

I

Line synchronous trigger pulse

10

mclk

I

Master clock pulse

11

dclk

O

Output signal synchronous pulse

12

GND

I

Ground

13

Vdd(D)

I

Digital supply voltage

14

NC

-

No connection

15

NC

-

No connection

16

GND

I

Ground

17

GND

I

Ground

18

GND

I

Ground

19

GND

I

Ground

20

Vdd(D)

I

Digital supply voltage

21

nbias

O

22

pbias

O

23

GND

I

Ground

24

Vdd(A)

I

Analog supply voltage

25

Vout2

O

Output signal 2

26

Vout1

O

Output signal 1

27

Vref

I

Bias voltage (output offset)

28

Vr

I

Bias voltage (pixel reset)

29

Vref2

I

Bias voltage (column gain circuit)

30

Vpg

I

Bias voltage (photosensitive area)

31

GND

I

Ground

32

Vdd(A)

I

Analog supply voltage

33

sel0

I

Gain selection

34

sel1

I

Gain selection

35

sel2

I

Gain selection

36

Vdd_tx

I

Supply voltage for internal driver circuit of charge transfer clock pulse

37

GND

I

Ground

38

GND

I

Ground

39

GND

I

Ground

40

GND

I

Ground

41

VTX3

I

Charge transfer clock pulse 3

42

VTX2

I

Charge transfer clock pulse 2

43

VTX1

I

Charge transfer clock pulse 1

44

Vdd_tx

I

Supply voltage for internal driver circuit of charge transfer clock pulse

*9: It is recommended to externally add a capacitor of approximately 0.1 μF to the sensor.

Note: Leave “NC” terminals open and do not connect them to GND.

Connect impedance convering buffer amplifiers to Vout1/Vout2 so as to minimize the current flow.

Gain setting

Gain

sel0

sel1

sel2

1

HHH

2H

L

L

4

LHL