Improved processing methods for the manufacturing of hgcdte infrared detectors on epitaxial material is addressed in this proposal. the goal of phase i of the program is to develop processing techniques adequate for the production of 64 x 64 element facal plane arrays. the device is designed to show… More

Missile seekers must detect targets in dual bands (3-5 um and 8-12 um). they now use hybrid assembly of two separate arrays, which increases the power, consumption, the weight, and the cost. we will develop monolitihic dual band 128x128 staring arrays on hgcdte material. the innovation is the… More

WE PROPOSE TO DEVELOP A TOTALLY INTEGRATED MONOLITHIC GaAs/HgCdTe FPAs ON GaAs SUBSTRATED. THE INNOVATIVE FEATURES ARE: 1. THE DETECTOR IS FABRICATED DIRECTLY ON THE GaAs MULTIPLEXER SUBSTRATE, WITH THE MONOLITHIC METAL INTERCONNECT INSTEAD OF STANDARD INDIUM BUMPS ALLOWING ARRAY SIZES UP TO… More

We propose to develop a Three Color HgCdTe Focal Plane Array with Built-In Image Fusion. The innovative features are: The detection of SWIR (.7-1.5um), MWIR (3-5um) and LWIR (8-13um) signals takes place in the same pixel. (Co-Located Pixel) Advanced CMOS readout circuitry is incorporated in the… More

Advanced Device Technology, Inc. In collaboration with Dartmouth Medical College proposes to develop a portable device to measure parcial pressure of oxygen (PO2) in skin and skeletal muscle using Electron Paramagnetic Resonance (EPR) Oximetry. We will adopt this recently emerging technology to the… More

We propose to develop Co-located Triple Band Quantum Well Infrared Photodetectors (QWIP) Arrays. The innovative features are: Co-located Triple Band Structure The detection of short waveband (0.7-2.micro.m) midwaveband (3-5.micro.m) and long waveband (8-13.micro.m) signals takes in the same pixel… More

Advanced Device Technology Inc., in collaboration with University of Arizona, proposes to develop Hyper-Spectral Triple Band Imager and Analysis System using QWIP Focal Plane Arrays. The innovative features of the instrument are:1) High Density QWIP Focal Plane on Low Cost GaAs Substrate. The focal… More

"We propose to develop Co-Located Dual Band (VLWIR1/VLWIR2) Focal Plane Arrays on Strained Layer Superlattices (SLS) Material. We propose innovative Al(x)Ga(1-x)As/InAs SLS layers to produce detectors for very long wavelength (22 um). The key features are:1) SLS Material Growth by Migration Enhanced… More

Advanced Device Technology, Inc.(ADT) and the University of Iowa, Optical Science and Technology Center are pleased to respond to SBIR solicitation NO5-032 entitled " 1024 x 1024 Snapshot Two-Color Infrared Focal Plane Array for Air-to-Ground Applications". We propose to develop large format… More

We propose to develop "High Performance, Large Format Mid-Wave Focal Plane Arrays on Type II Strained Layer Superlattice (SLS) Material". The Innovative Features of the project are: Detector Arrays on Type II SLS Material. High Performance Detector Arrays are designed on Type II SLS material. The… More

We propose to develop "Type II Focal Plane Arrays on Strained Layer Superlattices (SLS) Material The Innovative Features of the project are: Detector Arrays on Type II Strained Layer Superlattice (SLS) Material. High Performance Detector Arrays are designed on SLS material. The main advantages of… More