AMIS-710330 Datasheet, PDF (4/9 Pages) AMI SEMICONDUCTOR – 300dpi CIS Two-Level Digital Output Module

A_AM_MIS_I-7_S10330: 300dpi CIS Two-Level Digital Output Module
Data Sheet
5.0 Specifications
5.1 I/O Connector
The table of pins and their functions are listed in Table 1.
Table 1: Pin Configuration
Pin Number
1
2
3
4
5
6
7
8
Symbol
DIGOUT
Vdd (+5V)
Vn (-10 to -5V)
SP
GRD
CLOCK
GLED
VLED
Names and Functions
Digital video output
Ground; 0V
Negative power supply
Start pulse for the shift register
Ground; 0V
Clock for the shift register
Return for the LED light source
Power in for the LED light source
The connector is an 8-pin 1mm surface mount flex input, Molex 52207-0890.
5.2 Inputs
There are five inputs:
• Clock is on Pin 6 of the I/O connector. This is the main clock input into the CIS module.
• SP is on Pin 4. This is the start clock input to the CIS module.
• VDD is on Pin 2. This is a + 5V supply.
• VN is on Pin 3. This is a -10 to -5V supply.
• VLED is on Pin 8. This is a +24V supply for the LED light source.
Note: The power return for the LED light source is GLED on Pin 7 and the ground return for the CIS modules is Pin 5.
5.3 Video Output
DIGOUT is on Pin 1 of the I/O connector. This is the digital video output from the CIS module. Reflection off the dark target produces a
digital signal of “0” level, while the white reflection off the white target produces a digital level of “1”. The amplitudes of the white and
dark are listed in the table below:
6.0 Electro-Optical Characteristics at 25^°C
Table 2: Electro-Optical Characteristics at 25^°C
Parameter
Symbol
Parameter
Units
Note
Number of photo detectors
1056
Elements
Pixel-to-pixel spacing
Line scanning rate
Tint⁽¹⁾
84.7
µm
528
µsec
@ 2.0MHz clock frequency
Clock frequency
f
2.0
MHz
Bright output
Digital video output signal
>3.2
V
Dark output
<0.8
V
Note:
(1) The tint is specified with a 2.0MHz clock frequency. In operation, the time constants in the reference generator are set to match the initial exposure time, hence the
time constant will determine the optimum integration time. Note that the integration time is also a function of the clock frequency. Accordingly, it is highly
recommended that the parameters be factory adjusted for the specific applications.
AMI Semiconductor – Jun. 06, M-20586-001
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