Conditions for Limiting the Output Voltage of Double-circuit Semiconductor Discharge Installations with Positive Voltage Feedback

The analysis of interrelated repetitive charge-discharge processes in the circuits of the reservoir capacitor of electric-discharge installations with positive voltage feedback is carried out. The regularities of increasing the charge voltage of capacitor during multiple cycles of its charge from the shaper of direct voltage and subsequent discharge of the capacitor through the load are determined. It has been substantiated that the output voltage of electric-discharge installations with positive feedback is limited in magnitude (due to energy losses in their circuits). The limiting voltages of the charge and discharge of the capacitor, the required number of cycles and the time to achieve limiting output voltage of the installation with the required accuracy are determined.