小型化Ka波段行波管快启电子枪研究
Research on Fast Warming-up Electron Gun for Miniaturized Ka-band Traveling Wave Tubes
李伟 1王光强 1张依雨 1王娟 1郑玲丽 1苏小刚1
作者信息
- 1. 北京真空电子技术研究所,北京 100015
- 折叠
摘要
针对弹载环境中毫米波行波管快速启动要求,利用ANSYS软件模拟电子枪阴极施加热丝功率对阴极温度产生的影响,并通过电子枪温度试验,定量测定热丝功率和阴极温度的对应关系,验证温度对阴极发射的影响.在模拟和试验基础上,开展电子枪小型化结构设计,成功研制出小型化毫米波弹载行波管用电子枪,使其满足弹载环境15 s快启功能.
Abstract
Aiming at the quick start of Ka-band missile-borne traveling wave tubes(TWTs),the in-fluence of filament power on cathode temperature is simulated by using ANSYS software.Through the temperature experiment of electron gun,the relationship between the filament power and cathode tem-perature is quantitatively measured to verify the effect of temperature on cathode emission.On the basis of simulation and experiment,miniaturized structure design of electron gun is carried out.An electron gun for miniaturized Ka-band missile-borne TWT is successfully developed to achieve quick start in 1 5 seconds.
关键词
行波管快速启动/电子枪/弹载行波管/小型化Key words
Fast warming-up/Electron gun/Missile-borne TWT/Miniaturization引用本文复制引用
出版年
2024
国家科技期刊平台
NSTL
万方数据