1980•Journal of Applied PhysicsRequires access

Transient solution for megajoule energy release in a lumped-parameter series RLC circuit

G.A. Barnes, R. E. Dannenberg

Abstract

A method is developed for optimizing the energy release from a megajoule capacitive discharge in a series RLC circuit with an RL load. Both the resistance and inductance of the load are represented by effective values that characterize their behavior during the discharge. Using Kirchhoff’s laws, equations utilizing the load impedance and the external circuit impedance are derived for determining the instantaneous load voltage and energy characteristics. A program (ERES) computes and displays the load characteristics and the circuit current. Use of the ERES program allows a designer to perturbate values of the circuit elements in order to produce the desired time distribution for the load energy input.

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Key concepts: RLC circuit, Inductance, Electrical impedance, Equivalent circuit, Transient (computer programming), Electronic circuit, Voltage, Control theory (sociology)