CPI gyrotron amplifiers are the only commercially available W-band amplifiers with high peak and average output powers. The VGB-8194, a five-cavity amplifier, can be operated at peak output powers up to 100 kW and average output powers up to 10 kW. The full-width-half-maximum bandwidth is 700 MHz and the saturated gain is 35 dB. A CVD diamond window, developed for use on high-power gyrotron oscillators, has been adapted for the amplifier. The VGB-8194 is available with a refrigerator-cooled 4 Telsa superconducting magnet which does not require liquid cryogens. diamond window collector 4T Superconducting Magnet 53.1 inches (1.35 meters) circuit electron gun Typical Operating Parameters Features • High Power • Broad Bandwidth • High Gain • Axial Output • CVD Diamond Output Window • Cryogen-Free Superconducting Magnet Peak Output Power 100 kW Avg. Output Power 10 kW Center Frequency 93.5-94.5 GHz Bandwidth (-3 dB) 700 MHz Gain 35 dB Beam Voltage 65 kV Mod-Anode Voltage 17 kV Beam Current 6A Output Mode TE01 For additional information on gyrotrons, other CPI products, or a copy of our catalog-on-disk, please contact: CPI Microwave Power Products, 811 Hansen Way, Palo Alto, CA 94303-0750 Telephone: 650-846-3172, Fax: 650-856-0705, Email: [email protected] Page 1 of 2 Rev: 2007-03-26 Measured Data for VGB-8194 Serial Number 002 Center Frequency 94.2 GHz, Cathode Voltage 55 kV, Beam Current 5-6 A 12 100 Measured Data 80 8 Theoretical Prediction 60 6 -3 dB BW 700 MHz 40 4 Duty Factor = 10% Pulse Width =101.3 µ s PRF=1000 Hz 20 0 93.6 93.8 10 94 94.2 94.4 94.6 2 Average Output Power (kW) Peak Output Power (kW) 120 0 94.8 Frequency (GHz) Efficiency (%), Gain (dB) 40 Measured Gain 35 30 Measured Efficiency 25 20 15 10 Duty Factor = 10% Pulse Width =101.3 µs PRF=1000 Hz 5 0 0 10 20 30 40 50 60 Peak Power at Gyrotron Flange (W) For additional information on gyrotrons, other CPI products, or a copy of our catalog-on-disk, please contact: CPI Microwave Power Products, 811 Hansen Way, Palo Alto, CA 94303-0750 Telephone: 650-846-3172, Fax: 650-856-0705, Email: [email protected] Page 2 of 2 Rev: 2007-03-26