Simulation calculation for Ka-band second-harmonic Gyro-TWT Using a helical corrugation waveguide

W. Lei, Zhou Xu, Ming Li, Xingfan Yang
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Abstract

The eigenwave dispersion of 8 mm 3-folded helical corrugation waveguide is simulated using CSL software. The electron beam 80 kV and main magnetic field 0.67 L are given by the eigenwave dispersion for Ka-band Gyro-LWL using helical waveguide. The beam-wave interaction procedure is simulated using a PIC code, in which LE11 and LE21 coupling mode transform and a right-rotating large-orbit electron bunch are obtained. The maximal output power is about 42.5 kW and the maximal gain is about 29.3 dB in 35 GHz. The 3 dB bandwidth is about 8.7% from 33 GHz to 35.8 GHz.
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采用螺旋波纹波导的ka波段二次谐波陀螺行波管的仿真计算
利用CSL软件模拟了8mm三折螺旋波纹波导的本征波色散。采用螺旋波导的ka波段陀螺lwl的本征波色散给出了80kv的电子束和0.67 L的主磁场。利用PIC代码模拟了LE11和LE21耦合模式变换和右旋大轨道电子束的波束相互作用过程。在35 GHz时,最大输出功率约为42.5 kW,最大增益约为29.3 dB。从33 GHz到35.8 GHz, 3db带宽约为8.7%。
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