CAJ | 학술논문

本文利用2.5维大信号分析程序和辅助分析程序，对一只7～18 GHz带宽，2～2.5 kW脉冲输出功率的螺旋线行波管进行计算机模拟，电子注感应电流基波分量在螺旋线慢波系统高频场中的相位分析和最佳工作点分析。在此基础上，探讨了色散曲线布局，衰减器配置，切断位置，再同步设计等倍频程螺旋线行波管的设计方法。
본문이용2.5유대신호분석정서화보조분석정서，대일지7～18 GHz대관，2～2.5 kW맥충수출공솔적라선선행파관진행계산궤모의，전자주감응전류기파분량재라선선만파계통고빈장중적상위분석화최가공작점분석。재차기출상，탐토료색산곡선포국，쇠감기배치，절단위치，재동보설계등배빈정라선선행파관적설계방법。
In this paper,computer simulation and phase analysis of the fundamental components of the induced current of the electron beam in RF filed of the helix slow-wave system and the optimum operation analysis for a 7-18 GHz band,2-2.5 kW pulsed output power helix traveling-wave tube (TWT) are described by means of the 2.5-D large-signal analysis code and other supplemental codes.Under this condition,the dispersion profile,the position of attenuator,server and resynchronization designs for the octave helix TWT are discussed.