Phase Locking of a Second Harmonic Gyrotron Using a Quasi-Optical Circulator

Hoppe, D.J.; Perez, R.M.; Bhanji, A.M.; Guo, H.Z.; Rogers, J.; Tate, J.P.

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Phase Locking of a Second Harmonic Gyrotron Using a Quasi-Optical Circulator

Hoppe, D.J.; Perez, R.M.; Bhanji, A.M.; Guo, H.Z.; Rogers, J.; Tate, J.P.

URI: http://hdl.handle.net/2014/30846

Date: 1995-07

Citation: San Diego, CA

Abstract:

The benefits of high power millimeter wave radiation for use in communication and radar systems are well known. Recently a frequency near 35 GHz was allotted for use in deep space communications, including bands for spacecraft uplink and downlink. Described is the phase locking of a high power pulsed gyrotron oscillator through the use of a quasi-optical circulator (using a second harmonic gyrotron).

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