AMIS-710206-A4
AMIS-710206-A4 is 200dpi CIS Module manufactured by AMI SEMICONDUCTOR.
- Part of the AMIS-710205 comparator family.
- Part of the AMIS-710205 comparator family.
Description
The AMIS-710205-A4 (PI205MC-A4-R) and AMIS-710206-A4 (PI206MC-A4-R) are a family of contact image sensor (CIS) modules. As a family group they are called AMIS-710205/206 modules. They are long contact image sensor modules, using MOS image sensor technology for high-speed performance and high sensitivity. They contain their own plete optical system including the light source; accordingly, they make a very pact imaging system. The four parallel video outputs give this family of CIS modules their high speed performance. They all possess identical electrical circuit ponents, as well as the same mechanical and optical ponents, except for their LED light sources. They differ in their specification, however, because the different light sources impact the efficacy of the high speed performance. The two modules are suitable for scanning A4 size (216mm) documents with eight dots per millimeter (dpm) resolution. Applications include document scanning, mark readers, gaming and office automation equipment.
2.0 Key Features
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- - Light source, lens and sensor are integrated into a single module Ultra high-speed Four parallel analog video outputs clocked at 5.0MHz 90µsec/line scanning speed @ 5.0MHz clock rate with optional light sources, selected from the option of two above modules 8dpm resolution, 216mm scanning length Wide dynamic range LED light source (selectable among the two above modules) Standard A4 size ≅ 14mm x 19mm x 232mm Low power Light weight
3.0 Functional Description
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Each of the two modules in the family AMIS-710205/206 consists of four major ponents. The first of them is the printed circuit board (PCB) on which the 27 imaging chips, AMIS-720233 (PI3033), are bonded. These sensor chips, produced by AMI Semiconductor, are monolithic devices with 64 photo sensing elements. Each of 27 chips are pletely self-contained scanning chips with their control circuits integrated within the chips, so that they can be cascaded to provide a 1728...