Electron Multiplying Charge Coupled Devices EMCCD RSS Feed - Electron Multiplying Charge Coupled Devices EMCCD

Electron Multiplying Charge Coupled Devices or EMCCDs are image detectors capable of detecting single photon events while maintaining quantum efficiency. They typically feature high sensitivity and high speed especially when compared to more traditional CCDs. They find application in low light scenarios and are used in fields such as life sciences, astronomy, spectroscopy and x-ray.
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Equipment
Both the Andor NewtonEM EMCCD and Newton conventional CCD detector systems have been optimized for high performance spectroscopic applications. All Newton detector systems employ low noise electronics, cooling to -100°C, up to 95% peak Quantum Efficiency (QE), multi-MHz readout, USB 2.0 connectivity and versatile readout modes.
Princeton Instruments, a pioneer in low-light-level imaging technology, has been at the forefront of EMCCD technology for the better part of this decade. The Princeton Instruments ProEM camera is the culmination of years of working with leading researchers and skillfully implementing our own ultra-low-noise electronics, deep cooling, and EMCCD expertise.
The Photometrics Evolve EMCCDs are the ultimate deep-cooled, back-thinned EMCCD cameras. Years of engineering expertise have enabled Photometrics to perfect every element of the Evolve EMCCDs. The Evolve EMCCDs offers life science researchers the world’s first advanced feature set designed specifically for EMCCD cameras and for low-light-level bio-imaging applications.
Facilitated by a fundamental redesign, the NEW iXon Ultra platform takes the popular back-illuminated 512 x 512 frame transfer sensor and overclocks readout to 17 MHz, pushing speed performance to an outstanding 56 fps (full frame), whilst maintaining quantitative stability throughout.
QImaging is proud to introduce the Rolera EM-C2, the latest addition to its line-up of high-speed, high-sensitivity cameras. This camera is specifically designed to detect extremely low light levels at super-high frame rates with unparalleled spatial resolution. It enables life science researchers to take high-resolution, low-light video rate images capturing events never seen before.