LM9627
LM9627 is Color CMOS Image Sensor manufactured by National Semiconductor.
Description
The LM9627 is a high performance, low power, third inch VGA CMOS Active Pixel Sensor capable of capturing color digital still or motion images and converting them to a digital data stream. In addition to the active pixel array, an on-chip 12 bit A/D convertor, fixed pattern noise elimination circuits and a video gain amplifier is provided. Furthermore, an integrated programmable smart timing and control circuit allows the user maximum flexibility in adjusting integration time, active window size, gain and frame rate. Various control, timing and power modes are also provided.
Applications
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- - PC Camera Digital Still Camera Video Conferencing Security Cameras Toys Machine Vision
Key Specifications
- Array Format
- Effective Image Area Total: 664H x 504V Active: 648H x 488V Total: 4.98mm x 3.78 mm Active: 4.86 mm x 3.66 mm 1/3“ 7.5µm x 7.5 µ m 8,10 & 12 Bit Digital 57d B 0.35% red green blue
- Quantum Efficiency
- Fill Factor
- Color Mosaic
- Package
- Single Supply
- Power Consumption
- Operating Temp 14.5 k LSBs/lux.s 7.5 k LSBs/lux.s 5.1 k LSBs/lux.s 27% 47% (no micro lens) Bayer pattern 48 LCC 3.3 V 90 m W 0 to 50o C
Features
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- - Supplied with micro lenses Video or snapshot operations Programmable pixel clock, inter-frame and inter-line delays. Programmable partial or full frame integration Programmable gain adjustment Horizontal & vertical sub-sampling (2:1 & 4:2) Windowing External snapshot trigger & event synchronisation signals Auto black level pensation Flexible digital video read-out supporting programmable:
- polarity for synchronisation and pixel clock signals
- leading edge adjustment for horizontal synchronization
- Optical Format
- Pixel Size
- Video Outputs
- Dynamic Range
- FPN
- Sensitivity
- Programmable via 2 wire I2C patible serial interface
- Power on reset & power down mode
System Block Diagram
Storage lens LM9627 12bit digital image Digital Image Processor I2 C patible event trigger snapshot
©2000 National...