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Far-IR Photoconductor Array to Go into Space

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Scientists from the Communications Research Laboratory in Tokyo have developed what they believe may be the first direct hybrid two-dimensional far-IR detector array. As reported in the April 20 issue of Applied Optics, the Ge:Ga array will be installed on the Japanese IR satellite Astro-F, which is scheduled for launch in 2004 by the Institute of Space and Astronautical Science.

Ge:Ga photoconductor arrays that capture 2-D terahertz images are used in space observation. Because the photoconductor must be cooled below 3 K for low-noise characteristics, the researchers needed a monolithic Ge:Ga photoconductor array, cryogenic readout circuits and a means of connecting the two. They said that the only drawback detected was 5 percent crosstalk between pixels, although this is within acceptable levels.

Photonics Spectra
Jun 2003
CommunicationsCommunications Research Laboratorydirect hybrid two-dimensional far-IR detector arrayJapanese IR satellite Astro-FResearch & TechnologySensors & DetectorsTokyo

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