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Flexible and full-featured CMOS image sensor with high resolution. 1.3-megapixel array (1280 × 1024 pixels) Up to 12.7 fps at 1280 × 1024 resolution, 60 fps at 640 × 480. FireWire cable carries video data, control signals and power—no additional cables required.
- MICROSCOPY CAMERAS PL‐A662 (1280 x 1024) 1.3 MP - Phase 1 Technology ...
PL‐A662 (1280 x 1024) 1.3 MP. 1.3 MP sensor designed for...
- PixeLINK PL-A662 Microscope Camera | Machine Vision Blog
The PixeLINK PL-A622’s fusion of high–resolution imaging and...
- MICROSCOPY CAMERAS PL‐A662 (1280 x 1024) 1.3 MP - Phase 1 Technology ...
PL‐A662 (1280 x 1024) 1.3 MP. 1.3 MP sensor designed for cost efficient applications while delivery great image quality. These cameras are designed for a broad range of microscopy applications, and use the Kodak KAC‐1310 CMOS rolling shutter (progressive scan) sensor.
13 sie 2015 · The PixeLINK PL-A622’s fusion of high–resolution imaging and FireWire technology makes it one of the company's most popular microscopy tools. This innovative yet convenient board level, area scan microscope camera is designed to simplify low latency video streaming and digital still image capture in an all-in-one solution. It thus ...
The LIBS Imaging Module also comes with PixeLINK software for the camera to capture high quality images on your PC. The camera is connected to the PC by a single FireWire interface and all camera functions are controlled by the PixeLINK software.
The PL-A662 is our most popular microscopy camera. Desgined to simplify real-time uncompressed video display and digital image acquisition, the PL-A662 provides uncompromising video and digital still-image quality in an easy to use package.
Designed to simplify real-time uncompressed video display and digital image acquisition, the PixeLINK Machine Vision PL-A662-KIT Color Digital Camera 03956-21, provides uncompromising video and digital still-image quality in an easy to use package.
PixeLINK™ PL-A661 and PL-A662 Cameras offer high-resolution megapixel capability with the convenience of FireWire (IEEE 1394) to capture low latency video streams and digital still images.
