BSI sCMOS camera delivering the highest sensitivity for low light applications.
Overview
The Dhyana 95 V2 sCMOS is engineered to deliver exceptional sensitivity, achieving results comparable to EMCCD cameras while surpassing its competitors in both specifications and cost. Building on the legacy of the Dhyana 95, the first back-illuminated sCMOS camera, this new model introduces enhanced functionality and improved background quality, thanks to our proprietary Tucsen Calibration Technology.
95% Quantum Efficiency for High Sensitivity
Elevate your ability to capture faint signals and reduce noise in your images. With top-tier sensitivity, the Dhyana 95 V2 sCMOS allows you to detect the weakest signals when it matters most. Its large 11μm pixels capture nearly three times the light of standard 6.5μm pixels, combined with near-perfect quantum efficiency for optimal photon detection. Additionally, low-noise electronics ensure a high signal-to-noise ratio, even under low-signal conditions.
Enhanced Background Quality
Our exclusive Tucsen Calibration Technology minimizes patterns that may appear in the bias or when imaging very low signal levels. This fine-tuning is reflected in our published DSNU (Dark Signal Non-Uniformity) and PRNU (Photon Response Non-Uniformity) values. You can observe the impact of this technology in our clean bias background images.
Expansive Field of View
The Dhyana 95 V2 sCMOS features a large 32mm sensor diagonal, providing outstanding imaging efficiency and allowing you to capture more in a single snapshot. Its high pixel count and sizeable sensor enhance data throughput and recognition precision while offering additional context for your imaging subjects. For microscope-objective-based imaging, the camera captures everything your optical system can deliver, enabling you to view your entire sample in one shot.
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