Stray Capacitance of a Magneto Cumulative Generator Including N Turns, Single-Layer, and Solid Round Conductor with Insulating Coating

This paper presents a new method to calculate stray capacitance of coil turns of magneto flux cumulative generator (MGG). The proposed method depends on the coil geometrical properties. The presented analysis in this paper is based on the calculation of capacitance between two adjacent turns and capacitance between the coil turns and central cylindrical liner of the generator for single-layer coil with N series turns having integrated round cross-section. Moreover, the effects of insulating coating of winding, winding pitch, distance of coil turns to the central cylindrical liner on the stray capacitance and the sensitivity analysis of effective parameters in the creation of stray capacitance between coil turns and also between coil turns and central cylindrical liner are considered in this paper. Simulation results show that the proposed method is very useful for the designing geometrical structure of the MCG coil.

Cylindrical liner, magneto cumulative generator, multi-filaments, multi-layers, parameter sensitivity, stray capacitance.