Frequency non-magnetic doubler-klystron with transverse modulation

Abstract

The article presents nonlinear theory and calculating efficiency of the new type electronic device - frequency non-magnetic doubler-klystron with a transverse modulation and a strip relativistic electron beam. In contrast to the known design of a frequency doubler-klystron with using transverse modulation authors apply an electrostatic lens for electronic grouping. The latter allows the use of cryogenic superconducting electrodynamic systems, which is very important for high-power devices of the terahertz range. Moreover, there isn't necessary for additional energy consumption in the present construction due to the electromagnetic lens absence.

Keywords

• frequency non-magnetic doubler-klystron
• superconducting electrodynamic systems
• electrostatic lens