Abstract: A circuit arrangement for supplying a high-power functional component with high-voltage pulses, having two input terminals for applying an input voltage, two output terminals for connection to a high-voltage terminal contacts of the high-power functional component, a plurality of charge storage modules, which each contain a capacitive element, and which are connected in series via at least one first switching device to the input terminals and via at least one second switching device to the output terminals, and a control device for activating the individual charge storage modules and the first and second switching devices.

Abstract: A high-voltage switching device (1) is described with a charge storage arrangement (3) with a multiplicity of charge storage modules (M1, M2, M3, M4, . . . , MN) connected in series, wherein in each case a certain number of the charge storage modules (M1, M2, M3, M4, . . . , MN) are arranged in a common assembly housing (21, 30, 50) so as to form a charge storage module assembly (B), and wherein the assembly housings (21, 30, 50) are mounted in a supporting frame in an insulated manner.

Abstract: A circuit arrangement for supplying a high-power functional component with high-voltage pulses, having two input terminals for applying an input voltage, two output terminals for connection to a high-voltage terminal contacts of the high-power functional component, a plurality of charge storage modules, which each contain a capacitive element, and which are connected in series via at least one first switching device to the input terminals and via at least one second switching device to the output terminals, and a control device for activating the individual charge storage modules and the first and second switching devices.