## Industrial High Frequency Electric Power |

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### Contents

A Summary of the Basic Circuittheory | 1 |

H F resistance Electrical inductance The calculation of self | 41 |

The coupled impedance Degree of coupling for maximum energy | 50 |

11 other sections not shown

### Common terms and phrases

alternating current amperes amplitude application approximately armature arrangement average capacitance cathode charge circuit Class B amplifier coil component condenser constant contactor copper coupling Courtesy Curie point curve cycle cylinder depth diameter dielectric heating drive-voltage effective efficiency electrical electrodes energy equation farads feeder field-strength filament flux furnace given grid grid-current grid-voltage H.F. power hardening high frequencies high-frequency homopolar impedance increase inductance induction heating induction-heating inductor input insulation KC/S length load load-power loaded coil loss machine magnetic maximum MC/S melting metal meter normal obtained ohms operation oscillator output parallel peak plate plate-current plate-voltage power developed power factor primary pulse ratio reactance rectifier reduced resistance resonance rotor secondary shown in Fig sinusoidal stator steel supply voltage surface surface-hardening switch tank tank-circuit tank-coil temperature thermal transformer Triode tubing tuned valve voltage volts water-cooled watts waveform work-coil work-head zero