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Description of Semiconductor Crystals Fabrication
Defects in the Crystal
Energy of Electrons in Atomic Systems and Free Charges
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alloy junction alloy junction transistors atoms/m3 avalanche voltage base current capacitance capacitor carriers q Chapter characteristics charge q collector-base junction conducting conduction band consider constant corresponds crystal curves cutoff decreases defined devices diagram diffused transistors diffusion charge digital integrated circuits diode dissipation doped electric field emitter emitter-base junction epitaxial equation example flipflop forbidden band frequency germanium heat impurity atoms impurity concentration impurity distribution increases input integrated circuits inverse ionized junction transistors lattice logic circuits material maximum measurement mesa transistor minority carrier concentration minority carrier lifetime minority carriers monocrystal N-impurities N-side N-type negative carriers normal obtained operation output P-material planar transistors plane PN junction PNP transistor positive carriers potential pulse radiator recombination regime resistor semiconductor shown in Fig silicon surface temperature terminals thermal equilibrium transition capacitance transition charge transition region valence band variation velocity voltage drop wafer zone