Observation of charge-separating defects in HgCdTe using remote contact electron beam induced current

Physics

Scientific paper

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Charge Transfer, Electron Beams, Infrared Detectors, Mercury Cadmium Tellurides, Band Structure Of Solids, Crystal Defects, Electric Contacts

Scientific paper

A spatially resolved electron-beam technique, remote-contact electron-beam-induced current, has been developed to detect and map charge-separating defects in HgCdTe with two remote sample contacts. This technique, characterized by spatial resolution of about 1 micron, and high sensitivity (signal/noise) to fields produced by inclusions, damage, dislocations, strain, p-n junctions, and possibly compositional (band-gap) and doping variations, shows promise for analyzing materials, passivation coatings, and diode arrays without making contacts to the individual devices.

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