29/03/2019
Custom MCPs for Analytical InstrumentsAll Photonis LongLifeTM MCPs are specially designed to provide longer lifetime with superior detection capability with pore sizes as small as 2μm. All Photonis MCPs can be ordered with an exclusive Extended Dynamic Range option that increases detection up to ten times versus traditional MCPs.
29/03/2019
Mass Spectrometer Detectors and Inlet Tubes Custom Mass Spectrometer Detectors and Inlet Tubes for use in Portable Security and Forensic ApplicationsAs analytical instruments become smaller and more portable, it is crucial to good analytical analysis to have compact, high-performing detectors that will operate in a variety of environmental conditions, most notably poor vacuum. This paper presents a wide range of available detectors that ...
29/03/2019
Characterization of the Uniformity and Stability of Resistive GlassTesting was performed on Resistive Glass to characterize resistance uniformity, resistance stability both at room temperature and over temperature change, voltage breakdown and chemical durability.
29/03/2019
Characterization of Common Electron Multipliers in Harsh EnvironmentsThis paper discusses the performance of channel electron multipliers designed for use in harsh environments.
29/03/2019
Achieving High Resolution in a Benchtop Resistive Glass Tube Ion Mobility SpectrometerAn Ion Mobility Spectrometer using Resistive Glass technology shows improved resolving power when tested across a number of samples.
29/03/2019
A Direct Comparison of Resistive Glass and Stacked-Ring ReflectronThis paper compares the performance of a multi-piece stacked ring reflectron and one constructed from Resistive Glass. The single-piece Resistive Glass is similar in performance but requires much less maintenance and assembly.
29/03/2019
How a MCP worksFor over thirty years, PHOTONIS (formerly Philips Photonics, Galileo and Burle) has consistently set the standard in electron multipliers and related products. Today, an extensive R&D program coupled with unsurpassed expertise in microchannel plate (MCP) technology continues to deliver a succession of product and process improvements that push aside previous technology limits...
28/03/2019
Innovative Technologies in Resistive Glass for Efficient Ion TransportPHOTONIS Resistive Glass specialty tubes and plates are designed to control the velocity of ions by generating a uniform electric field. PHOTONIS provides a number of products that use Resistive Glass to improve the efficiency of an analytical instrument.
28/03/2019
Optimizing Double-TunedTP-162 Application Guide Optimizing Double-Tuned Output Circuits For Tetrode Power Amplifiers Using the Y1400/9017 1kW UHF Cavity Amplifier as the Demo Circuit
28/03/2019
Handling & Operating ConsiderationsTP-117 Power Tube Application Note: Handling and Operating Considerations When Using Broadcast-Type Tetrodes
28/03/2019
Application Guide Power TubesTP-105 Application Guide for Power Tubes
28/03/2019
XR5 Image Intensifier TubeAs the evolution of the trusted XD-4 image intensifier, the XR5 image intensifier offers an improved performance. With higher figure-of-merit (FOM) values and better signal-to-noise ratio (SNR) the XR5 image intensifier tube delivers the users a better performance throughout the night.
28/03/2019
Time of Flight BrochurePhotonis is the leader in Time-of-Flight (TOF) detection technology for Mass Spectrometry, enabling you to achieve your goals through collaboration and innovation. Our approach is focused on being a trusted partner in your technology development.
28/03/2019
Stripline MCP BrochurePhotonis’ Stripline Microchannel Plates capture high speed sequential images through the use of an electrode strip manufactured on the surface of each piece.
28/03/2019
Satellite Communications BrochureSince 1942, Photonis has provided the world with reliable radio frequency (RF) power and Traveling Wave Tube (TWT) technologies to beliver broadcast, satellite and data solutions. No matter how you need to communicate, Photonis ensures you will be the fi rst to receive all critical communications.