Microstructure and Optoelectronics Characterizations of GaxSb1-x/GaAs
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Developments of narrow gap semiconductor physics have been closely related to the development of the science and technology of infrared optical electronics in which narrow gap semiconductors have played a vital role in detectors and emitters, and other high speed devices. Antimony-based technology is very promising for low voltage millimeter-wave (mm-wave) integrated circuits (ICs), as well as very highspeed, low-power digital ICs. Among the many potential applications are digitally beam-steered phased array receivers, particularly those deployed in space; 80-160 Gbit/s optical communication s...
Developments of narrow gap semiconductor physics have been closely related to the development of the science and technology of infrared optical electronics in which narrow gap semiconductors have played a vital role in detectors and emitters, and other high speed devices. Antimony-based technology is very promising for low voltage millimeter-wave (mm-wave) integrated circuits (ICs), as well as very highspeed, low-power digital ICs. Among the many potential applications are digitally beam-steered phased array receivers, particularly those deployed in space; 80-160 Gbit/s optical communication systems; unmanned reconnaissance vehicles; and mobile, battery-powered systems.
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