Documentation

Hi-CE MCPs were tested using MCP-PMTs from Photonis. These Hi-CE MCPs were able to collect 90% of photoelectrons from the source, whereas traditional MCPs typically collect only about 50%. Hi-CE MCPs are particularly useful in applications where sub-ns time resolution is not required. Implementing Hi-CE MCPs from Photonis can improve detection efficiency by almost a factor of two.

Photonis custom manufactures Hybrid Photo Diodes to detect the largest amount of photons while eliminating any extra noise. Hybrid Photo Diodes combine vacuum-based image intensification techniques with a silicon diode. Ideal for single photon counting applications, with Photonis’ Hybrid Photo Diode solutions you will be the first to examine new phenomena.

Image intensifi ers are used to amplify across a wide range of wavelengths, making them visible for researchers to observe behavior and phenomena. Photonis off ers the largest selection of both standard and custom detectors in the market, with unmatched gating and photocathode options, including the highest quantum effi ciency available.

Photonis’ Imaging Photon Counter provides a unique set of capabilities to support fast imaging techniques under light-starved conditions. The Imaging Photon Counter combines innovative MCP detector technologies and specially-designed fast electronics. With no read noise and a wide-fi eld of view, the Imaging Photon Counter supports TCSPC applications in extreme low light.

For more than 40 years, Photonis has led the industry in electron multiplication products with our Microchannel Plate technology. Today, our Long-Life™ Microchannel Plates are setting the industry standard for performance and lifetime.

Our unrivaled expertise in designing and manufacturing MCPs ensures our customers receive the most sensitive and reliable amplification devices available. Photonis specializes in providing MCPs in custom formats so that you will be the first to discover new phenomena.

As the global leader in high-speed photon detection, Photonis has been designing custom MCP-PMTs for years. Photonis MCP-PMTs are ideal for high speed, single photon counting applications. With our highly sensitive MCP-PMT photon detectors, you will be able to perform faster and more accurate testing.

The Photonis MCP-PMTs enable detection from single photon to few Ghz in photon burst mode and few 100 MHz in continuous illumination thanks to the high linearity properties. Along with the extremely low dark rate it results in 8 orders of magnitude dynamic range.

A compact and lightweight alternative to conventional X-Ray optics, the Micro Pore Optic allows a broad range of imaging options for UV, EUV and X-Rays. Photonis designed the Micro Pore Optic detector to be used in X-Ray imaging applications. Its perfectly square, fl at channels are optimized to allow X-Ray and UV photons to be focused or collimated due to the total external reflection at a grazing angle of less incidence. Micro Pore Optics are installed on a number of international space missions. The unique squarepore plate is efficient and can be confi gured in radially packed or square packed channels. They are provided with Iridium coatings to enhance reflection and films to provide a heat shield. Micro Pore Optic detectors provide a more robust alternative to the standard X-Ray and UV imaging products available today.