CapacitorsA state-of-the-art guide to capacitors and their applications This practical resource provides a comprehensive overview of capacitor technology and its evolution to keep pace with the emerging electrical and electronics industry. Computers, mobile devices, power supplies, automobiles, and other systems are consuming unprecedented quantities of capacitors. This book discusses capacitor physics, raw materials, and the latest manufacturing processes and describes how to select appropriate products for specific applications. Testing methods to ensure optimum capacitor performance are also included in this cutting-edge reference. Capacitors covers:
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Contents
1 Introduction to Capacitors | 1 |
2 Properties of Dielectrics | 23 |
3 Polypropylene and Polyester Film | 39 |
Copyright | |
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anode applications bank switching battery capacitance value capacitor bank cathode ceramic capacitors charge components connected DC link DC voltage density devices dielectric constant dielectric strength discharge dissipation factor dv/dt electric field electrode electrolytic capacitors electronic circuits element energy storage equipment failure farads film capacitors film/foil filter foil frequency glass capacitors harmonic currents heat high voltage higher ignition impedance impregnated increase inductance inductor insulation KVAR layer limited load loss factor manufacturing material maximum metallized capacitors metallized film mica capacitors motor Niobium operation output oxide permittivity plates polyester polypropylene power capacitors power factor correction power supplies power system pulse rated voltage reactive power reactor reliability resistance resistor resonance self-healing shown in Fig snubber soldering sprayed stability STATCOM surface surge switching tantalum capacitors temperature terminals thickness thyristor tolerance transformer transient type of capacitor typically ultracapacitors vacuum Varicap voltage rating waveform winding