Abstract
In this paper we present a three cavity design of a gyroklystron at 95 GHz. We present the design of the magnetron injection gun (MIG), the magnetic field coils, and the three-cavity microwave circuit. The MIG produces a 500 kV, 30-70 A small-orbit annular beam with an average perpendicular-to-parallel velocity ratio of 1.5 and a parallel velocity spread below 5%. The MIG requires a control anode with a voltage of about 65 kV, a magnetic compression of about 30, and a cathode loading near 10 A/cm/sup 2/. The circuit magnetic field is about 28.7 kG. The microwave circuit has a first-harmonic TE/sub 011/ input cavity which is driven at 47.5 GHz, and second-harmonic TE/sub 021/ buncher and output cavities which are resonant at 95 GHz. A peak power of 7.56 MW is obtained with 51.6 dB gain and 33.6% efficiency. A complete description of the system is presented along with a systematic study of the sensitivity of the device to parametric variations.
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