AMIS-710239-A3
AMIS-710239-A3 is 200dpi CIS Module manufactured by AMI SEMICONDUCTOR.
Description
The AMIS-710239-A3 (PI239MC-A3-R) is a contact image sensor (CIS) module. It is a long contact image sensor, which uses MOS image sensor technology for high speed performance. The AMIS-710239-A3 is suitable for scanning A3 size (307mm) documents with eight dots per millimeter (dpm) resolution. Hence, there are 38 AMIS-720233 (PI3033B) image sensors in the module, providing a total of 2432 pixels in a sequence. The sensors are 200 dots per inch (dpi) solid-state line imaging array, also a product of AMI Semiconductor. Applications include document scanners, mark readers and other office automation equipment.
2.0 Key Features
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- Light source, lens and sensor are integrated into a single module 8dpm resolution, 307mm scanning read length High speed page scan
- up to 490µsec/line @ 5MHz pixel rate Wide dynamic range One analog output Super super Red (630nm) LED light source pact size ≅ 20.5mm x 21.5mm x 324mm Low power Light weight
3.0 Functional Description
The AMIS-710239-A3 imaging array consists of 38 sensor chips in the module, which are sequentially cascaded to provide 2432 photodetectors with their associated multiplex switches and a digital shift register, which controls its sequential readout. Mounted in the module is a one-to-one graded indexed micro lens array, which focuses the scanned documents to image onto its sensing plane. The on-board amplifier processes the video signal to produce a sequential stream of video at the video output pin. Illumination is acplished by means of an integrated LED light source. All ponents are housed in a small plastic housing which .. has a cover glass acting as the focal point for the object being scanned and protects the imaging array, micro lens assembly and LED light source from dust. I/O to the module is the 10-pin connector, located on one end of the module. The cross section of the AMIS710239-A3 is shown in Figure 1 and the block diagram in Figure 2.
AMI Semiconductor
- Aug. 06,...