ams CSG8K - 1” Global Shutter Image Sensor

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描述

With the CSG8K, ams offers an 8Mp global shutter area scan sensor, featuring 3.2μm charge domain pixels for the most demanding machine vision applications in 1” optical size. 

 The CSG family features fast 12-bit column based ADCs to achieve industry-leading high frame rates at full resolution enabling faster inspection and higher data throughputs. Data throughput can be reduced by subsampling or binning enabling even higher frame rates. Optical black pixels are used for automatic black level calibration and row noise correction. Computation in the ISP pipeline can be streamlined by the histogram and image statistics that are calculated on-chip. Binning of pixels is possible to improve FWC, DR and SNR. HDR modes operate with dual exposure. Exposure and read-out can be externally triggered.

The CSG family comes in a 218-pin LGA package with 22mm x 20mm x 3.3mm for ultra-compact
(C-Mount) designs. Typical applications include 4K video, factory automation, intelligent
transportation systems (ITS) and general machine vison.

详情

特点

  • High speed, high resolution
  • OB pixels for on-chip offset and noise corrections
  • Output data compression
  • Binning for higher FWC, DR and SNR
  • Dual exposure HDR mode
  • External trigger and exposure control possible
  • Image statistics gathering
  • Pin compatible with CSG14K

优势

  • High SNR for 1/1.1" optical format solutions
  • High performance applications
  • Capture fast moving objects
  • Small camera size
  • Operation modes tailored to application needs

产品参数

分辨率
8 MP
Shutter type
Global
Frame rate
最大值
231 fps
Optical format
3/4"
Dynamic range
69.1 dB
Pixel pitch
3.2 µm
3.2 µm
Function
area scan
Integration time
最小值
36.7 µs
CRA
No
封装
LGA
封装尺寸
h 典型值
2.75 mm
l 典型值
22 mm
w 典型值
20 mm
Cover glass
Anti-reflective coating
CFA option
Mono
RGB
ADC mode
10 bit
12 bit
通道
输出
16
接口
输出
Low-voltage differential signaling
Output interface speed
1250 Mbps

订单代码

产品类别 描述 单号 可行
CSG8K-1E5M1LA Q65114A0074
CSG8K-1E5C1LA Q65114A0080

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