High impedance circuit for injection locked magnetrons

Details High impedance circuit for injection locked magnetrons High impedance circuit for injection locked magnetrons

1993-06-25

1995-02-21

Mis, David

Oscillators

With magnetically controlled space discharge device

315 3951, 315 3969, 315 3973, H03B 910, H01J 2322, H01J 2550

Patent

active

RE0348635

ABSTRACT:
A high impedance circuit has radially disposed first vanes and radially disposed second vanes interdigitating between the first vanes. The first vanes and the second vanes are each interconnected by a first toroidal strap and a second toroidal strap, respectively. The first strap and the second strap are disposed co-axially on opposite sides of the vane structure. The vanes and straps are dimensioned so that the circuit has a single cavity impedance commensurate with a predetermined interaction impedance for the oscillator which is sufficient to sustain oscillation for a preselected injection locking band-width of the oscillator.

REFERENCES:
patent: 2992362 (1961-07-01), Boyd
patent: 3305693 (1967-02-01), Hull
patent: 3450932 (1969-01-01), Farney
patent: 4056756 (1977-11-01), Derby
patent: 4720659 (1988-01-01), Aiga et al.
Adler, Robert; "A Study of Locking Phenomena In Oscillators"; Proc. IRE; Jun. 1946; pp. 351-357.
Huntoon & Weiss; "Synchronization Of Oscillators"; Proc. IRE; Dec. 1947; pp. 1415-1423.
David, E. E.; "RF Phase Control In Pulsed Magnetrons"; Proc. IRE; Jun. 1952; pp. 669-685.
Nelson, R. B. "Methods of Tuning Multiple-Cavity Magnetrons" Proceedings Of The I.R.E.; Jan., 1948; pp. 53-56.

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