Power control with solid-state devices
TAB Professional and Reference Books, Jan 1, 1985 - Technology & Engineering - 372 pages
Good,No Highlights,No Markup,all pages are intact, Slight Shelfwear,may have the corners slightly dented, may have slight color changes/slightly damaged spine.
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Basic Principles of SolidState Control of Power 1
Theories Pertinent to SolidState Power Devices
Some Practical Aspects of SolidState Devices
3 other sections not shown
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ac power amperes amplitude applications atoms audio basic battery bipolar transistors capability capacitor C2 carriers characteristics charge circuit of Fig circuit shown circuitry Class Class C amplifier collector components conduction control circuit Courtesy Motorola Semiconductor Courtesy RCA Corp cycle Darlington Darlington transistor depletion diac diode dissipation efficiency electrical emitter feature feedback filter frequency full-wave germanium heat sink inductive inductor input inverter kilohertz lamp linear load current modulation motor Motorola Semiconductor Products negative operation opto-isolator oscillator output stage output transistors phase-control pnp transistors power amplifier power devices power electronics power MOSFETs power supply power transistors push-pull rectifier region regulator relay resistance resistor Schottky diode secondary breakdown shown in Fig silicon sine wave solid-state power speed technique temperature terminal thermal thyristor transformer triac trigger pulse triggering circuit turn turn-off voltage drop volts watts waveforms zener zener diode zero