MHD2000-C MicroscopeThe basic characteristics of a camera are as follows:

The camera is equipped withSonyExmorCMOSA high-performance image sensor has been specially designed with an efficient cooling module to address the inherent thermal noise of the sensor, allowing the camera sensor to operate at a temperature lower than the ambient temperature-42 degreesIn response to the phenomenon of low-temperature fogging, an anti fogging structure has been designed to ensure that the sensor surface does not fog under low temperature conditions. This unique technology greatly reduces image noise and ensures the acquisition of image quality;

The temperature of the camera sensor can be controlled through software to ensure the highest possible photoelectric conversion quantum efficiency with minimal video or image noise(SonyExmorCMOSWhen high-performance image sensors are used at particularly low temperatures, their quantum efficiency will also be greatly reduced, so temperature controllability is quite important）.

Exquisite anti fogging structure ensures that the sensor surface will not fog under ultra-low temperature conditions;

High performance dual level professional designTE cooling structure, flexible structure, fast heat dissipation speed. Temperature can be controlled arbitrarily, with a maximum temperature drop of up to 50 degrees Celsius;

useSony Exmor CMOS back illuminated sensor with C-interface CMOS USB 3.0 camera;

Adopting column parallelismA/D conversion technology achieves ultra-low noise and low power consumption;

Hardware resolution spans acrossVarious sizes ranging from 2.3M to 20M;

real time8/12 bit switching, any ROI size

Zinc aluminum alloy precisionCNC casing

USB 3.0 interface ensures high transmission speed;

Ultra-Fine^TMColor engine ensures accurate reproduction of colors;

provideWindows/Linux/OSX multi platform SDK;

Support nativeC/C++, C#/VB.Net, Directshow, Twain API;

Camera application:

lMHD2000-C cameraUsing high-performance imaging chips with large target areas, designUSB 3.0 data transfer interface,Deep cooling function，The high sensitivity characteristic is applied to microscopic photography in the following fields.

lDark field, differential interference(DIC) Microscope;

lLive cell imaging, cellular or tissue pathology testing, cytology;

lDefect analysis, semiconductor testing, precision measurement;

lLow light fluorescence imaging,GFP perhapsRFPAnalysis, fluorescence in situ hybridization(FISH)；

lFluorescence resonance energy transfer microscope, total internal reflection fluorescence microscope, real-time confocal microscope, failure analysis.

Camera Technical Parameters Table: