A study of the rapidly growing field of semiconductor devices, this text takes readers from the real basics of semiconductor physics to new and important developments, such as amorphous silicon, compound semiconductor technologies and novel heterostructure transistors. The author implements the theories and models discussed into microcomputer programs; discusses atomic states, chemical bonds and energy bands, as well as more advanced topics such as the Boltzmann transport equation; and offers coverage on semiconductor ...
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A study of the rapidly growing field of semiconductor devices, this text takes readers from the real basics of semiconductor physics to new and important developments, such as amorphous silicon, compound semiconductor technologies and novel heterostructure transistors. The author implements the theories and models discussed into microcomputer programs; discusses atomic states, chemical bonds and energy bands, as well as more advanced topics such as the Boltzmann transport equation; and offers coverage on semiconductor junctions and the silicon field-effect transistor. Examined are photonic devices, such as solar cells, light-emitting diodes and semiconductor devices, and new device concepts, including energy band engineering, Hot Electron Transistors and superlattice devices are analyzed. Microwave diodes- seen as the most powerful solid-state sources of microwave energy- are also studied.
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