Microchannel Plates and MCP Detectors
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Del Mar Photonics offer wide selection of microchannel plates and detectors, based on microchannel plates.
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APPLICATIONS
Mass spectrometry - Photoionization - Electron microscopy -
Surface physics - UV and VUV imaging - Astronomy - Space telescopes - Fusion
research - Synchrotron Radiation - Nuclear physics - Field ion microscopy - Low
temperature physics - Neutron Detectors - Neutron Radiography and Tomography -
Scanning Near field Microscopy - Accelerators - Plasma Physics - Cluster
research - Fluorescent detection - Trace analysis
Electronics
Electronics recommended for use with Del Mar Microchannel
Plate Detectors
Model | Product Name+ | Price | Buy Now |
MCP 25-10E | Microchannel Plate MCP 25-10E | $320.00 | |
MCP 33-10E | Microchannel Plate MCP 33-10E | $350.00 | |
MCP 34-10 | Microchannel Plate MCP 34-10 | $350.00 | |
MCP 43-63 | Microchannel Plate MCP 43x63 | $1,990.00 | |
MCP 46-12 | Microchannel Plate MCP 46-12 | $990.00 | |
MCP 56-15 | Microchannel Plate MCP 56-15 | $1,590.00 | |
MCP 70-90 | Microchannel Plate MCP 70x90 | $3,690.00 |
Displaying 1 to 7 (of 7 products) |
Model | Product Name+ | Price | Buy Now |
MCP 34/2 G | Microchannel plate detector MCP 34/2 G | $1,200.00 | |
MCP-MA 25/2 | Microchannel plate detector MCP-MA 25/2 | $1,490.00 | |
MCP-MA 25/2 SP37 | Microchannel plate detector MCP-MA 25/2 | $1,490.00 | |
MCP-MA 25/2 SP70 | Microchannel plate detector MCP-MA 25/2 | $1,490.00 | |
MCP-GPS 34/2 | Microchannel plate imaging detector MCP-GPS 34/2 | $2,600.00 | |
MCP-IFP 25/2 | Microchannel plate imaging detector MCP-IFP 25/2 | $2,190.00 | |
MCP-IFP 34/2 | Microchannel plate imaging detector MCP-IFP 34/2 | $2,800.00 |
Displaying 1 to 7 (of 7 products) |
1997 Meas. Sci. Technol. 8 351-354
J Oberheide, P Wilhelms and M Zimmer
Institut für Atom- und Molekülphysik, Universität
Hannover, Appelstraße 2, D-30167 Hannover, Germany
Abstract. Absolute single-particle detection efficiencies and pulse height distributions of a cascaded microchannel plate (MCP) detector are reported for the ions , , , and in the impact energy range 0 - 4.75 keV. The detection efficiencies have been obtained using the photoelectron - photoion coincidence (PEPICO) technique which allows the determination of detection efficiencies without knowledge of the absolute ionization rate. The mean gain is found to increase with increasing ion impact energy and decreasing ion mass. Depending on the ion mass, the absolute detection efficiencies saturate above 2.5 keV and reach about 63%.
Print publication: Issue 4 (April 1997)