Power MOSFETS: theory and applicationsDetails the theory of power MOSFETs and their applications. Explains the basis of MOSFET characteristics, and the features that determine MOSFET behavior. Examines the interaction of the MOSFET device with other elements in the circuit, and how device characteristics influence circuit design. Describes several circuits at length to highlight the practical details of power MOSFET use. |
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applications avalanche avalanche breakdown bias bipolar transistor body-drain diode breakdown voltage capacitance cascode cell channel characteristics charge clamped components conduction Conf cycle depletion layer diffusion diode recovery dissipation doping drain current drain voltage drain-source voltage drive circuit DS(on effect energy epilayer epitaxial epitaxial layer Equation equivalent circuit failure gate drive gate oxide gate voltage gate-source heatsink HEXFET high-voltage IEEE Trans igbt increase integrated circuits International Rectifier inversion layer inverter junction temperature linear load current maximum modulation motor n-channel normal obtained operating output p-type package parallel parameters parasitic poly-Si potential Power Convers Power Electron power mosfet power supplies Powercon Proc pulse reduced resistor resonant result rise saturation Section semiconductor shown in Figure silicon source inductance substrate surface switching frequency switching speed synchronous rectifier thermal resistance threshold voltage transconductance turn-off turn-on typical voltage rating waveform zener