&lt;title&gt;Innovations in IR projector arrays&lt;/title&gt;

Cole, Barry E.; Higashi, B.; Ridley, Jeff A.; Holmen, J.; Newstrom, K.; Zins, Chaim; Nguyen, Khai V.; Weeres, Steven R.; Johnson, B. C.; Stockbridge, Robert G.; Murrer, Robert Lee; Olson, Eric M.; Bergin, Thomas P.; Kircher, James R.; Flynn, David S.

doi:10.1117/12.391704

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Applications For Inas/gasb Superlattices1

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2005

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Cited by 12 publications

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“…For comparison, the maximum emissive temperature from a resistor array is approximately 650K. 7 Hence, for IR scene generation, the LED device can simulate a much higher target temperature than can thin-film resistor devices. Figure 4 shows an image taken with an IR camera of the light emissions from a 2×4 portion of an 8×7 LED array with 100µm mesa structures.…”

mentioning

confidence: 99%

Midwave IR LED array for high-temperature target simulation

Das¹

2006

SPIE Newsroom

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mentioning

confidence: 99%

Midwave IR LED array for high-temperature target simulation

Das¹

2006

SPIE Newsroom

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“…Infrared scene projection aims to simulate accurate real-world phenomena for the sensor being tested. Previous efforts at developing thermal pixel arrays involved the use of resistive array devices [36][37][38][39], although they are limited in frame rate due to large rise and fall times, as well as lower maximum apparent temperatures. InAs/GaSb…”

Section: Applications For Inas/gasb Superlatticesmentioning

confidence: 99%