Pulse generator on the basis of a double transformer module

The technical solutions are proposed for the pulse generator based on a transformer-like inductive storage of energy (TIS). This work describes construction and components of a single turn TIS, as well as some basic operation principles of a semi-conductor switch used in combination with the TIS. The fact that there is no need in opening of the primary winding permitting one to consider a construction capable to generate high power pulses in the repetitive pulse mode is among the advantages of the proposed technical solution. The next important aspect that should be noted here is the coefficient of power gain, which is ~10⁴ and more. The poloidal current of the energy storage is among the unsolved problems. This current requires additional components that need to be introduced into the pulse generator construction with the goal of maximum possible compensation of the poloidal current. One of possible ways to solve the above problem is to use an inductively-coupled duel transformer storage. The solution allows one to solve the following two problems simultaneously: compensation of the poloidal current and increase of the load current.