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The Design of a 16GHz TE>inf<01>/inf

Guo-Jun Lai, Pu‐Kun Liu, Yun-Feng Jia, Rui-Jian Yin

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Abstract

Gyro-TWT is becoming the most attractive source in the millimeter wave range for the capability of high power and broad bandwidth, and is applied in radar and communication systems broadly. Correspondingly, the research of gyro-TWT has made significant progress both experimentally and theoretically in recent years. In this paper, the design of a 16 GHz Gyro-TWT for detecting radar is presented. The amplifier operates in the low-loss TE01mode with a 75kV, 5 A electron beam, simulations show a saturate gain of 45 dB with a peak output power of 150kW and the bandwidth of 1.8GHz

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What this paper is about

Gyro-TWT is becoming the most attractive source in the millimeter wave range for the capability of high power and broad bandwidth, and is applied in radar and communication systems broadly. Correspondingly, the research of gyro-TWT has made significant progress both experimentally and theoretically in recent years. In this paper, the design of a 16 GHz Gyro-TWT for detecting radar is presented. The amplifier operates in the low-loss TE01mode with a 75kV, 5 A electron beam, simulations show a saturate gain of 45 dB with a peak output power of 150kW and the bandwidth of 1.8GHz

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Available abstract

Gyro-TWT is becoming the most attractive source in the millimeter wave range for the capability of high power and broad bandwidth, and is applied in radar and communication systems broadly. Correspondingly, the research of gyro-TWT has made significant progress both experimentally and theoretically in recent years. In this paper, the design of a 16 GHz Gyro-TWT for detecting radar is presented. The amplifier operates in the low-loss TE01mode with a 75kV, 5 A electron beam, simulations show a saturate gain of 45 dB with a peak output power of 150kW and the bandwidth of 1.8GHz

Key concepts: Gyrotron, Bandwidth (computing), Amplifier, Extremely high frequency, Traveling wave, Radar, Physics, Electrical engineering

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