The Investigation of Semiconducting Analogs of Klystrons and of Orotrons with the Distributed Interaction

Abstract

The self-consistent problem on interaction of charge carriers within the semiconductor with the field of slow-wave structures located in resonators has been solved. The physical processes have been studied and the optimal interaction conditions in the semiconducting analoques of klystron with distributed interaction and orotron have been determined. It is shown, that application of Smith-Purcell radiation for establishment of feedback opens new possibilities for construction of effective microvave devices of this type.