Cameras with the newest Scientific CMOS (sCMOS) sensors from Gpixel (GSENSE400, GSENSE2020, GSENSE5130, GSENSE6060) including their Backside illuminated versions come in two combinations.
First is a fusion of the highly sensitive sensors with USB 3.0 interface and Thermoelectric Cooling using Peltier - ideal for decreasing the already low noise.
Second is utilizing the fast PCIe interface to take advantage of the full potential of high speed and Global shutter feature while keeping remarkable Dynamic range and large Full Well Capacity.
Thus, the cameras are designed with consideration for both the Scientific applications requiring long exposures, as well as, industrial systems focus on supreme image quality and minimal motion blur.
3D STEP - MJ models
3D STEP - CB models
3D STEP - MX377 models
Mechanical drawing - MJ models, MJ042MR-GP-P6, MJ042MR-GP-P11, MJ150MR-GP
Mechanical drawing - CB models
Mechanical drawing - MX377 models, Water Cooled, Air Fan Cooled
sCMOS camera models - Specification tables
Cooled CCD cameras - support page
Chiller fo Water cooling - Example
ADC - Bit readout explained
PIV - Particle Image Velocimetry
CCD, CMOS or sCMOS
Gpixel GSENSE6060 Grades
Spinning disk confocal imaging, Genomics, High Speed Multicolor and Light Sheet Fluorescence, FRET, FRAP, FISH, TIRF, Cell Biology, Biochip reading, PALM, STORM, dSTORM, GSDIM, SPIM and Widefield Microscopy, Astronomy, Solar polarimetry, Protein/Lipid Trafficking, Voltage Sensitive Dyes, Quantum Dots and Optics, OCT, FCS, Mineralogy, Membrane Dynamics, Ion signaling and Transport Physiology, gene expression analysis, Photovoltaic inspection, gSTED, Digital pathology, Bose-Einstein Condensation, neutron tomography, CARS, Ophthalmology, Electrophysiology, BEC dynamics, Biophysics, Phosphorescence, Corona detection, Biometrics, Photoluminescence Spectroscopy, Endoscopy and Biomedical, Nanoparticle, Intrinsic, Ratiometric, Calcium, Pulsar imaging, Space debris and NEO tracking
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