Add to ORKGProblems encountered in the development of an indium antimonide charge coupled device for infrared imaging and real time signal processing on the focal plane are summarized. A new generation chip is described which contains, 2, 4, and 20-element imagers, a 4-element TDI array, a monolithic gated charge integrator, and test devices. A system study of a future LANDSAT sensor system configured around an InSb TDi array is considered
The status of development and characterization tests of integrated infrared detector array technolog...
Abstract: Near infrared focal plane technology has developed rapidly during the past decade. The arr...
Three 2 x 64 element charge injection device infrared detector arrays were tested at low and moderat...
The following results were accomplished in the development of charge coupled infrared imaging device...
The design and fabrication of the 8585 InSb charge coupled infrared imaging device (CCIRID) chip are...
A 20 element monolithic InSb charge coupled device (CCD) detector array was measured under low backg...
An overview of integrated infrared (IR) array technology is presented. Although the array pixel form...
It is of great importance to day to obtain thermal IR sensitive CCD or CID matrix arrays. This paper...
The Santa Barbara Research Center has completed a study leading to the development of advanced Indiu...
An evaluation of a charge-coupled device (CCD) image sensors for use in spacecraft-borne imaging sys...
The Airborne Visible/Infrared Imaging Spectrometer (AVIRIS) instrument uses four separate focal plan...
The engineering development of the 9-channel detector array is documented. The development of the ar...
The first and second generations of infrared detectors–developed from the 1950s to the 1990s–were do...
We developed 320x256 Complimentary Barrier Infrared (CBIRD) focal plane array (FPA) for long wave in...
We present the monolithic fabrication of an active photo-pixel made in InSb on a GaAs substrate that...
The status of development and characterization tests of integrated infrared detector array technolog...
Abstract: Near infrared focal plane technology has developed rapidly during the past decade. The arr...
Three 2 x 64 element charge injection device infrared detector arrays were tested at low and moderat...
The following results were accomplished in the development of charge coupled infrared imaging device...
The design and fabrication of the 8585 InSb charge coupled infrared imaging device (CCIRID) chip are...
A 20 element monolithic InSb charge coupled device (CCD) detector array was measured under low backg...
An overview of integrated infrared (IR) array technology is presented. Although the array pixel form...
It is of great importance to day to obtain thermal IR sensitive CCD or CID matrix arrays. This paper...
The Santa Barbara Research Center has completed a study leading to the development of advanced Indiu...
An evaluation of a charge-coupled device (CCD) image sensors for use in spacecraft-borne imaging sys...
The Airborne Visible/Infrared Imaging Spectrometer (AVIRIS) instrument uses four separate focal plan...
The engineering development of the 9-channel detector array is documented. The development of the ar...
The first and second generations of infrared detectors–developed from the 1950s to the 1990s–were do...
We developed 320x256 Complimentary Barrier Infrared (CBIRD) focal plane array (FPA) for long wave in...
We present the monolithic fabrication of an active photo-pixel made in InSb on a GaAs substrate that...
The status of development and characterization tests of integrated infrared detector array technolog...
Abstract: Near infrared focal plane technology has developed rapidly during the past decade. The arr...
Three 2 x 64 element charge injection device infrared detector arrays were tested at low and moderat...