Despite its low price, it features a back-illuminated sensor with a high quantum efficiency of up to 95% and a pixel size of 11um, offering a wide field of view of 2 inches.
【95% Quantum Efficiency, Higher SNR than EMCCD】 Equipped with a back-illuminated sensor, it has sensitivity across a wide wavelength range from ultraviolet to visible and near-infrared, achieving a peak quantum efficiency of up to 95% at 560nm. It has SNR performance equivalent to that of EMCCD cameras. 【Background Calibration with Accurate Calibration】 The Dhyana95 V2 allows for background calibration for quantitative analysis applications. DSNU/PRNU improve issues such as edge glow, dead pixels, and pixel non-uniformity, reaching optimal levels of 0.2e– and 0.3%, respectively. 【100Ke– Full Well Capacity, High Dynamic Range】 With large 11um pixels, the Dhyana95 V2 can achieve a full well capacity of up to 100,000e–. The advanced high dynamic (HDR) mode enables real-time simultaneous imaging of dark and bright areas, allowing for high-quality image measurements, making it ideal for applications such as life sciences. 【Large Field of View for 2″ Area】 It has a wider field of view compared to conventional 1" and 1/3" CCDs.
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basic information
- 2-inch wide detection area - Pixel count: 2048 (H) x 2048 (V) - Pixel size: 11 um x 11 um - Maximum 95% @ 560nm, high quantum efficiency - DSNU/PRNU: 0.2e–/0.3% - <1.7e–@RMS, ultra-low readout noise - 100Ke– full well capacity - Wide spectral response range from ultraviolet to near-infrared - UV sensitivity model available as an option - Rolling shutter - Exposure time: 21 μs to 10 s - Binning support: 1x1, 2x2, 4x4 - CameraLink, USB3.0 compatible (optional) - Air cooling (-15℃) / Water cooling (-25℃) @ ambient temperature 20℃ - SDK support - Low cost, compact
Price range
P5
Delivery Time
Applications/Examples of results
- Super-resolution microscope - TIRF (Total Internal Reflection Fluorescence) microscope image - SIM (Structured Illumination Microscope) image - Real-time confocal microscope - Single molecule detection - Astronomical observation
Detailed information
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It has sensitivity across a wide wavelength range of ultraviolet, visible, and near-infrared, achieving a peak quantum efficiency of up to 95% at 560 nm.
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It has SNR performance equivalent to that of an EMCCD camera.
Company information
MSH Systems Co., Ltd. introduces and provides cutting-edge scientific technologies and their products from both domestic and international sources to universities, research institutions, and corporate clients in Japan as quickly as possible, contributing to the realization of a richer future society. With 30 years of sales and service experience in the science and technology fields, along with strong trust relationships and responsible execution with our clients, we will act with all our efforts to become a good partner for everyone. Our ultimate goal is to ensure the satisfaction of not only our customers and manufacturers but also everyone involved with us.
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