Exosens' Documentation

Specifications Stripline MCP Specifications Stripline Microchannel Plates allow the capture of sequential images of charged particle events at very high speeds, making them an extremely useful diagnostic component for documenting nuclear events during energy research and process development.

47.8 Ko

Specifications Optical Receivers Specifications Optical Receiver Module :High speed, high sensitivity optical detector

302.94 Ko

Specifications Monolithic Reflectron Resistive Glass Specifications A reflectron lens made with Resistive Glass provides a solid assembly replacement for stacked ring assembly while still providing the ability to alter ion flow. By generating a highly uniform electric field, Resistive Glass tubes are engineered to guide positive or negative charged particles.

156.64 Ko

Specifications Miniature Channeltron® Electron Multiplier Specs Sheet Leak detectors Portable mass spectrometers Dedicated sensors Environmental sensors Industrial sensors

62.7 Ko

Specifications MAGNUM™ 5900 series Specifications Applications Mass spectrometer replacements High pressure High dynamic range Compact, plug-in applications

174.38 Ko

Specifications Ion Beam Profiler Specification Featuring: Low Light CMOS High-Speed Camera Large, Customizable Microchannel Plate Simple Acquisition of Analog or Digital Images Immediate Feedback of Ion Loss and Optimization

367.64 Ko

Specifications High Voltage Power Supply PF1055 Quad output, High Voltage Rack Mount Power Supply designed for use with PHOTONIS bipolar time-of-flight detectors

110.89 Ko

Specifications High Voltage Power Supply PF1054 Bench-top High Voltage Power Supply with two separate outputs for laboratory applications

92.49 Ko

Specifications High Voltage Power Supply PF1053 Bench-top High Voltage Power Supply for Laboratory Applications

232.34 Ko

Specifications Glass Capillary Arrays Specification Photonis manufactures our Glass Capillary Arrays to consist of millions of precision glass tubes fused together to produce a uniform and mechanically rigid device in square, rectangular and round shapes. With their strong, self‐ supporting structure, Glass Capillary Arrays have excellent thermal and chemical stability and sieve‐like filtration abilities to be used in a wide variety of applicati...

158.88 Ko

Reference Streak Tube Reference List PHOTONIS Streak Tube Reference List

127.44 Ko

Poster Resistive Glass Drift Tubes with Air Stable Surface and Multiple Voltage Statges Resistive Glass provides key benefits for ion mobility drift tubes, such as highly uniform electric fields with minimal radial inhomogeneities, simple one-piece construction and containment for counter-flow gas. The combination of uniform electric field and the turbulence-free counter-flow gas produces resolving powers of over 100. However, for some applications, the resistivity drift of Resist...

859.97 Ko

Poster Optimizing the Microchannel Plate Detector Assembly to Improve Time of Flight Mass Resolution This paper discusses new methodologies to improve the flatness of the MCPs used in Time of Flight Detectors. Minimizing the variation in MCP flatness is shown to decrease the time jitter with experimental data in a prototype detector.

2.78 Mo

Poster Isolating the Effects of Microchannel Plate Parameters on the Ultimate Resolution in Time-of-Flight Detectors This paper examines the effects of pore sizes and bias angles of the Microchannel Plates used in Time of Flight Detectors. Experiments were done to determine how the parameters of the MCP could be manipulated to minimize time jitter to ultimately improve the detection resolution of a Time of Flight detector. Efforts to control flatness of the MCP are also discussed.

1.13 Mo

Poster Capillary Inlet Tubes for Enhanced Ion Transport Development of Resistive Glass Multi-Capillary Inlet Tubes for Enhanced Ion TransportResistive Glass has proven to be successful at increasing the ion transmission in atmospheric pressure ionization sources. This paper discusses the manufacture of a multi-channel inlet tube and its effects on ion throughput.

5.61 Mo

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