The output voltage of spiral generators, which are used for high voltage pulse generation, is derived analytically from a coupled wave analysis that includes the switch impedance, loading of the output terminals, and the influence of the finite conductivity of the spiral-wound conductors. It is demonstrated that the spiral generator behaves like a damped LC resonance element which is charged by a fraction of the switch current. Graphs of the output voltage as function of dimensionless parameters and scaling relationships for spiral generators are given.
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Rühl et al. (1980) studied this question.
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