Silicon: Gallium infrared detector assemblies were designed, fabricated, and tested using techniques representative of those employed for hybrid arrays to determine the suitability of this candidate technology for infrared astronomical detector array applications. Both the single channel assembly and the assembly using a 32 channel CMOS multiplexer are considered. The detector material was certified to have a boron background of less than 10 to the 13th power atoms/sq cm counter doped with phosphorus. The gallium concentration is 2 x 10 to the 16th power atoms/cu cm
This conference poster reviews the Indium hybridization of the large format TES bolometer arrays. We...
Three 2 x 64 element charge injection device infrared detector arrays were tested at low and moderat...
Gallium-doped germanium far infrared detectors were evaluated at low temperatures and low background...
Two modules of gallium-doped germanium (Ge:Ga) infrared detectors with integrated multiplexing reado...
The detectors were fabricated from a Ge:Ga wafer from Eagle-Pitcher with a room temperature resistiv...
Seven gallium doped germanium (Ge:Ga) photoconductive infrared detectors were fabricated and mounted...
The status of development and characterization tests of integrated infrared detector array technolog...
The advance of new detector technologies combined with enhanced fabrication methods has resulted in ...
This grant supports the development of a variety of advanced far infrared detection techniques that ...
The environment above earth's atmosphere offers significant advantages in sensitivity and wavelength...
A direct readout infrared detector array, a candidate for the Space Infrared Telescope Facility (SIR...
Two hybrid infrared (IR) detector arrays of antimony-doped silicon (Si:Sb) were produced and tested ...
An effort to optimize gallium-doped germanium photoconductors (Ge:Ga) for use in space for sensitive...
The current state-of-the-art of infrared detector arrays employing charge coupled devices (CCD) or c...
A test facility was set up to evaluate back-illuminated impurity band detectors constructed for an i...
This conference poster reviews the Indium hybridization of the large format TES bolometer arrays. We...
Three 2 x 64 element charge injection device infrared detector arrays were tested at low and moderat...
Gallium-doped germanium far infrared detectors were evaluated at low temperatures and low background...
Two modules of gallium-doped germanium (Ge:Ga) infrared detectors with integrated multiplexing reado...
The detectors were fabricated from a Ge:Ga wafer from Eagle-Pitcher with a room temperature resistiv...
Seven gallium doped germanium (Ge:Ga) photoconductive infrared detectors were fabricated and mounted...
The status of development and characterization tests of integrated infrared detector array technolog...
The advance of new detector technologies combined with enhanced fabrication methods has resulted in ...
This grant supports the development of a variety of advanced far infrared detection techniques that ...
The environment above earth's atmosphere offers significant advantages in sensitivity and wavelength...
A direct readout infrared detector array, a candidate for the Space Infrared Telescope Facility (SIR...
Two hybrid infrared (IR) detector arrays of antimony-doped silicon (Si:Sb) were produced and tested ...
An effort to optimize gallium-doped germanium photoconductors (Ge:Ga) for use in space for sensitive...
The current state-of-the-art of infrared detector arrays employing charge coupled devices (CCD) or c...
A test facility was set up to evaluate back-illuminated impurity band detectors constructed for an i...
This conference poster reviews the Indium hybridization of the large format TES bolometer arrays. We...
Three 2 x 64 element charge injection device infrared detector arrays were tested at low and moderat...
Gallium-doped germanium far infrared detectors were evaluated at low temperatures and low background...