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A parallel resonant inverter delivers a load power of PL voltage of V, frequency is fo = 30kHz. Determine (a) the de supply input current I, (b) the quality 3kW at a peak sinusoidal load = 220 V and at resonance. The load resistance is R = 7.5 N. The resonant factor Qp if it is required to reduce the load power to 1500 W by frequency control so that u = 1.25, (c) the inductor L, and (d) the capacitor C.

A parallel resonant inverter delivers a load power of PL voltage of V, frequency is fo = 30kHz. Determine (a) the de supply input current I, (b) the quality 3kW at a peak sinusoidal load = 220 V and at resonance. The load resistance is R = 7.5 N. The resonant factor Qp if it is required to reduce the load power to 1500 W by frequency control so that u = 1.25, (c) the inductor L, and (d) the capacitor C.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A parallel resonant inverter delivers a load power of PL = 3kW at a peak sinusoidal load voltage of V, = 220 V and at resonance. The load resistance is R = 7.5 N. The resonant frequency is fo = 30kHz. Determine (a) the de supply input current I, (b) the quality factor Qp if it is required to reduce the load power to 1500 W by frequency control so that u = 1.25, (c) the inductor L, and (d) the capacitor C.
Transcribed Image Text:A parallel resonant inverter delivers a load power of PL = 3kW at a peak sinusoidal load voltage of V, = 220 V and at resonance. The load resistance is R = 7.5 N. The resonant frequency is fo = 30kHz. Determine (a) the de supply input current I, (b) the quality factor Qp if it is required to reduce the load power to 1500 W by frequency control so that u = 1.25, (c) the inductor L, and (d) the capacitor C.
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