AMIS-710616 Datasheet, PDF (5/19 Pages) AMI SEMICONDUCTOR – CIS PCB

AMIS-710616-AS: CIS PCB
Product Specification
Data Sheet
8.0 Maximum Ratings
Table 8-1: Maximum Ratings (Not to be Used for Continuous Operation)
Item
Symbol
DC supply voltage
VDD
Specification
7V
Note
Input voltage
Ambient temperature ⁽¹⁾
Ambient humidity ⁽¹⁾
Maximum operating case temperature ⁽¹⁾
VIN
TA (PCB surface)
HA
PCB temperature
0 to VDD +0.3
0 to 70^°C (see note below)
-10^° to +75^°C (see note below)
0 to 80% (see note below)
70^°C (see note below)
SP & CP
Operational
storage
Non-condensing
Note:
(1) All the referenced parameters are conservative engineering estimates based on a few of the prototypes’ PCB. They are based on measurements of similar CIS
modules and/or simple bench top tests using heat guns and freeze sprays. However, these parameters will be re-measured during the pilot production using
standard QA practices, which are under the control of ISO 9000 regulations.
9.0 I/O Connector Pin Configuration
There are two I/0 connectors on the stiffener plate with the two sensor boards. They are MOLEX 52610-1590. They serve to connect
the sensor boards to the amplifier boards (see the outline drawing of the system, Figure 2). Two 15 conductor strip lines serve as the
interfacing harness. It is depicted with harnesses coming from under the stiffener plate, crossing to the top of the amplifier board and
connecting to the two input connectors MOLEX 52207-1950. The final connectors are the two ERNI-594083s. They are the system
I/Os.
Only one of the two connectors on the stiffener board is specified because both connectors have identical pin-out definitions. There are
eight video taps, four from each sensor board and they are sequential re-numbered. The first sensor board video outputs are, 1, 2, 3
and 4. The second sensor board’s videos are 5, 6, 7 and 8.
9.1 Two MOLEX 52610-I590 and its Mate to Amplifier Boards MOLEX 52207-1590
Table 9-1: Sensor Board Connectors and Input Connectors for Amplifier Board Pin-outs
Pin Numbers
Pin Names
Symbols
I/0
1
Clock pulse
CP
I
2
Start pulse
SP
I
3
Ground
GRD
I
Ground; 0V
4
Power supply
VDD
I
Positive power supply
Names and Functions
5
Ground
GRD
I
Ground; 0V
6
Ground
GRD
I
Ground; 0V
7
Ground
GRD
I
Ground; 0V
8
Video output
VSEC1
O Tapped 1 video output, Section 1 on Board 1; it is Section 5 on Board 2
9
Analog Ground
AGRD
I
Analog video return line, ground; 0V
10
Video output
VSEC2
O Tapped 2 video output, Section 2 on Board 1; it is Section 6 on Board 2
11
Analog Ground
AGRD
I
Analog video return line, ground; 0V
12
Video output
VSEC3
O Tapped 3 video output, Section 3 on Board 1; it is Section 7 on Board 2
13
Analog Ground
AGRD
I
Analog video return line, ground; 0V
14
Video output
VSEC4
O Tapped 4 video output, Section 4 on Board 1; it is Section 8 on Board 2
5
Analog Ground
AGRD
I
Analog video return line, ground; 0V
AMI Semiconductor – July 06, M-20595-001
5
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