HELP WITH IMAGING DETECTORS
To learn more, or ask questions about imaging detectors and diagnostics, please call +1 585.278.1168 or email
Photek image intensifiers amplify low light levels for applications such as astronomy, high speed imaging, photon counting and fluorescence lifetime measurement. Our image intensifiers provide the highest performance in resolution, speed of response, and reliability. Image Intensifiers can be supplied with integral high-voltage power supplies and ultra-high speed gate units to meet the needs of your specific application.
Photek is the world’s leading manufacturer of micro-channel plate (MCP) photomultiplier tubes for analysis of ultra-fast optical phenomena in a range of applications including, LiDAR, nuclear physics and time-correlated photon counting. We provide 10, 25 and 40 mm photomultipliers for use in the UV, visible and NIR spectrum. Our photomultipliers are the fastest in the world with pulse rise times to 60 ps and pulse FWHM to 100 ps. These photomultipliers can also provide gated speeds to 2 ns.
Photek photodiodes are used for detecting ultra-fast optical events. Photodiodes generate an electrical output when illuminated by light and have no internal gain but can work over a large dynamic range. Our Photodiodes have a rise time of less than 100ps and are available with either a 10 mm, 25 mm or 40 mm photocathode. These photodiodes can be used for examining sub-nanosecond optical pulses, optical triggering, and nuclear research applications.
Photek Vacuum Imaging Detectors (VIDs) are open-face detectors without a photocathode. VIDs are designed to be mounted into or onto a vacuum chamber to detect charged particles, UV photons and neutrons. Our Vacuum Imaging Detectors are available with either a phosphor screen, solid anode or resistive sea which provides re-configurable anode options. The phosphor screen can also include a time-of-flight module with timing response to 5 ns. These VIDs are typically used in electron microscopy, nuclear physics research, mass spectrometry, molecular disassociation, space telescopes, and VUV imaging.
Velocity Map Imaging (VMI) is a powerful experimental technique used in laser physics and physical chemistry research to investigate gas phase ionization, fragmentation dynamics, photoelectron spectroscopy and much more. VMI provides details on velocity, angular distribution and mass of charged particles, offering more complete information than many standard ion imaging and spectrometry techniques.
Velocity map imaging is becoming an even more popular technique in research laboratories worldwide, due to advances in charged-particle detection and laser technology. Photek has collaborated with internationally-renowned physical chemists and laser physicists, to develop a range of VMI instrumentation and accessories to provide advanced velocity map imaging capabilities.
Of course, any comprehensive, integrated photo-sensitive detection system needs various electronics to support it and meet the requirements of your specific application. Sydor Technologies also features the associated electronics for photo-sensitive detection systems, including:
Help with Photo Sensitive Detectors & Photo Sensitive Detection Systems
To learn more, or ask questions about photo sensitive detectors, please call +1 585.278.1168 or email