MSX1 microscope camera Introduction
MSX1 microscopic digital camera, using high-performance imaging chip, built-in MS series hardware ISP image processing chip, specially optimized for microscope shooting scene, accurately restore the fine structure and true color of the sample, and greatly accelerate the camera running speed through hardware acceleration. It is an ideal tool for application fields such as pathological diagnosis, metallographic analysis and stereoscopic observation.
Feature
10 million high resolution microscope camera
Built-in hardware ISP image processing chip
Excellent detail processing and color reproduction
Efficient data processing, up to 36fps at full resolution Technical Parameters
Product model: MSX1
Effective pixels: 10 million
Chip size: 1/1.7 inches
Cell size: 1.85 um*1.85 um
Resolution: 3816*2832
Maximum frame rate: 36FPS
Exposure time: 8us ~ 30s
Effective gain: 1~16X
Response spectrum: 380nm ~ 650nm
Working mode: Progressive scan / continuous output
Trigger mode: Soft trigger
Exposure mode: Electronic rolling shutter
A / D conversion: 12Bit
Exposure function: manual exposure / auto exposure / area exposure
White balance: Auto white balance / One-button white balance / Area white balance
Image format: TIF, BMP, JPG, RAW
Image cache: 64MB
Software Interface: DirectShow / TWAIN
Operating System: Windows XP 32Bit; Windows 7/8/10 32/64Bit
Data interface: USB3.0 5Gbps B-type interface
Power supply: USB 5V power supply
Working environment: Working temperature: 0 ~ 40 ° C; Working humidity: 10% ~ 90% RH (non-condensing)
Size: Ø76mm × 62mm
Introduction
MSX1 microscopic digital camera, using high-performance imaging chip, built-in MS series hardware ISP image processing chip, specially optimized for microscope shooting scene, accurately restore the fine structure and true color of the sample, and greatly accelerate the camera running speed through hardware acceleration. It is an ideal tool for application fields such as pathological diagnosis, metallographic analysis and stereoscopic observation.