Disk-binary-type compact Marx generator

TLDR: In this article, a disk-binary-type compact Marx generator has been proposed for the utility model, where a load resistor is arranged in the gap between the first semicircular capacitor set and the second semicircularity capacitor set.

Abstract: The utility model discloses a disk-binary-type compact Marx generator A first semicircular capacitor set and a second semicircular capacitor set form a capacitor disk The capacitor disk is in circular ring shape A switch chamber is arranged at the middle of the circular ring, and the central point of the switch chamber is superposed with the central point of the capacitor disk Spark gap switches are arranged in the switch chamber Charging inductors include positive and negative charging inductors The positive and negative charging inductors are symmetrically distributed with respect to the diameter of the switch chamber A load resistor is arranged in the gap between the first semicircular capacitor set and the second semicircular capacitor set The charging inductors are electrically connected with the capacitor disk Two ends of each spark gap switch are respectively and electrically connected with the first semicircular capacitor set and the second semicircular capacitor set One end of the load resistor is electrically connected with an output end of the capacitor disk, and the other end of the load resistor is grounded The disk-binary-type compact Marx generator has the advantages that capacitance values can be flexibly and conveniently selected, and the structure is compact