Oscillators – With magnetically controlled space discharge device
Patent
1989-10-27
1991-01-29
Grimm, Siegfried H.
Oscillators
With magnetically controlled space discharge device
315 535, 315 393, 331 82, H03B 908, H01J 2544
Patent
active
049889567
ABSTRACT:
In a peniotron, a hollow electron beam is generated from a cathode gun assembly and a DC magnetic field is applied to the electron beam from solenoid coils. Thus, each electron of the electron beam is gyrated into a resonant cavity and into propagating waveguide sections which are maintained in auto-resonant conditions so that the electrons interact with an electromagnetic waves of TE mode not only in the resonant cavity section but also in a waveguide section. Accordingly, the electromagnetic wave is oscillated in the resonant waveguide section and amplified in the propagating waveguide section in such a manner that the level of the electromagnetic wave in the resonant cavity section is far less than the output power from said propagating waveguide.
REFERENCES:
patent: 4395655 (1983-07-01), Warthman
Yokoo et al., "Auto-Resonant Peniotron for High Power Millimeter Wave Generation with an Extremely High Efficiency", SPIE, Conference Digest, Thirteenth International Conference on Infrared and Millimeter Waves, Dec. 5-9, 1988, Honolulu, Hawaii, pp. iii, xiii, 137, 138.
J. Baird, L. Barnett et al., "Harmonic Auto-Resonant Peniotron (HARP) Interactions", IEEE IEDM, Dec., 1987, 87-913 to 916.
Shoichi Ono, Kunio Tsutki and Takao Kageyama, "Proposing the Gyro-Peniotron, with . . . ", IEEE IEDM, Dec., 1983, 456-459.
Okamoto Tadashi
Ono Shoichi
Yokoo Kuniyoshi
Grimm Siegfried H.
Kabushiki Kaisha Toshiba
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