1) air-borne TWT transmitter
机载行波管发射机
1.
The structure of power supply used in air-borne TWT transmitter is introduced in this paper.
介绍了机载行波管发射机电源系统的主要构建方式,针对机载行波管发射机电源系统实现的两大难点,即如何降低行波管管体高压电源电压纹波和提高电源系统效率、增加电源系统功率密度,提出了解决问题、改善性能的主要方法,着重介绍了几种高效率的零电压开关、零电流开关高频变换器的电路拓扑。
2) TWT transmitter
行波管发射机
1.
This method can be generally applied in high voltage switching power supply for TWT transmitters.
对高压开关电源变压器的设计进行了改进,降低了变压器的损耗和漏感,解决了变压器绝缘耐压问题,并有效减小了变压器与外界的热阻,可广泛用于行波管发射机高压开关电源。
2.
This paper introduces the application of CPLD in monitoring and controlling system of TWT transmitter.
介绍了CPLD在行波管发射机监控系统中的应用。
3.
The auxiliary characteristics due to rigorous demand on small size and high power density of airborne fire-control TWT transmitters,are bringing more and more problems to radar transmitter systems,such as electromagnetic compatibility(EMC),reliability,maintainability and security.
小体积、高功率密度的机载火控雷达行波管发射机使得发射机电磁兼容性、可靠性、维修性、安全性等副特性问题日益凸出。
3) travelling wave tube(TWT) transmitter
行波管(TWT)发射机
4) air-borne TWT
机载行波管
1.
This paper introduces the basic rules for air-borne TWT transmitter design,emphasizes the importance and priorities of TWT use and conditions adjusting,suggests how to comprehend transmitter parameters,insists on simplifying-design and crossing-design,advances main steps for airborne TWT transmitter design,classifies and analyses most parameters of transmitter.
论述了机载行波管发射机设计中需要遵循的5个基本原则,强调了行波管使用以及环境适应的重要性及优先地位,提出了对发射机指标理解的认识,以及最简设计与交叉设计的建议;介绍了机载行波管发射机设计过程中的几个主要步骤,对发射机主要性能参数进行了简单的分类与分析,并给出了一个行波管发射机设计的示例。
6) floating carrier transmitter
浮动载波发射机
补充资料：机载气象雷达(见机载航行雷达)
机载气象雷达(见机载航行雷达)
airborne weather radar
liZai qiXIQng Ieida机载气象雷达(ai rbom。weather radar)见机载航行雷达。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条