INVESTIGATION OF LARGE-SIGNAL TRAVELINGWAVE TUBES.
Abstract
The two-dimensional analysis for large-signal phenomena in traveling-wave tubes and klystrons is employed to obtain solutions to hollow-beam TWA interactions and to biased-gap klystrons as well as distributed interaction klystrons. Computer results on the former are presented. A method to deal with the circuit equations in the nonlinear theory of multi-stream microwave devices is found. Also, the situation in which the electrons have an average drift velocity in addition to their thermal velocities is treated. A digital computer program for the solution of magnetron injection guns is developed and is nearly ready for use. Experimental data on a magnetron injection gun built some time ago and checked previously has been tested under more optimum conditions. Representative results are presented. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Jul 01, 1964
- Accession Number
- AD0603280
Entities
People
- G. T. Konrad
- Joseph E. Rowe
Organizations
- University of Michigan