MC50-S Micro Digital Camera Introduction
MC50-S digital camera adopts global shutter chip and USB3.0 data transmission interface, which has the advantages of high definition and sensitivity, true color reproduction and fast data transmission. It is extremely suitable for use in low light environment or microscopic technology, and it is equally excellent in areas with high color requirements, such as fluorescence imaging and pathological analysis. Features
Excellent clarity and precise color reproduction;
Suitable for imaging in low light conditions;
Using a small but popular 3.45 μm pixel size, the pixel size is balanced with low dark noise to maintain superior imaging performance;
Support USB3.0, built-in 64MB cache, make image transmission more stable and stable. Technical Parameters
Product model: MC50-S
Effective pixels: 5 million
Chip size: 2/3 inch
Cell size: 3.45μm × 3.45μm
Resolution and frame rate: 2448 × 2048 / 37.5FPS
1920 × 1080 / 56FPS
1224 × 1024 (BIN2) / 37.5FPS
1224 × 1024 (SUM2) / 37.5FPS
1224 × 1024 (SKIP) / 37.5FPS
Arbitrary resolution ROI
Scanning method: Progressive scan/continuous output
Shutter type: Global shutter
Exposure time: 46μs ‒ 10s
Effective gain: 1x ‒ 16x
Spectral response: 380 ‒ 650nm
A/D conversion: 12bit
Image cache: 64Mb
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
Software Interface: DirectShow / TWAIN
Operating System: Windows XP 32bit; Windows 7/8/10 32/64bit
Data interface: USB3.0 B type interface, 5Gbps
Camera Interface: Standard C Interface
Power supply: USB 5V power supply
Working environment: Working temperature: 0 ‒ 50 °C; Working humidity: 10% ‒ 90% RH (no condensation)
Appearance size: 108.5 × 106.5 × 62.5 mm
Introduction
MC50-S digital camera adopts global shutter chip and USB3.0 data transmission interface, which has the advantages of high definition and sensitivity, true color reproduction and fast data transmission. It is extremely suitable for use in low light environment or microscopic technology, and it is equally excellent in areas with high color requirements, such as fluorescence imaging and pathological analysis.
