1) microwave solid state signal source
微波固态信号源
2) microwave solid source
微波固态源
3) microwave signal source
微波信号源
1.
The application of HP E5501B in the microwave signal source phase noise measurement, i.
介绍NIM(中国计量科学研究院)相位噪声测量系统的组成,讨论HPE5501B在微波信号源相位噪声测量中的应用,即将HPE5501B的测量频段由1。
4) Microwave Solid-State Frequency Source
微波固态频率源
5) solid state microwave
固态微波
1.
In addition, the developmet of solid state microwave devices and circuits in China is suggested.
描述了固态微波器件与电路五个发展阶段,并重点就当前发展的InP HEMT、窄禁带材料HEMT和HBT、宽禁带材料MESFET和HEMT、RF CMOS、InP HBT、SiGe HBT、RF MEMS等七个领域的发展特点、2006年最新进展,以及未来发展趋势进行了介绍。
6) microwave signal
微波信号
1.
Discussion of electric power plant′s electromagnetic influence to microwave signal;
电厂电磁干扰对微波信号的影响
2.
According to ITU proposal,microwave link is used to Ka band,the scheme of transparence transmitting microwave signal over laser link was designed,including direct modulation transmission and microwave frequency conversion transmission.
采用ITU(国际电信联盟)推荐的Ka波段为星间微波链路的通信频段,设计了采用激光链路透明传输微波信号的系统方案,包括直接微波信号传输和微波信号变频传输的两种方案。
3.
In this paper, definition, composition, and key technic in design and implementation of the microwave signal transmission technology via optical fiber are mainly introduced, and its advantages and military issues can be solved is analysed in detail, Some features of radar signals under 18GHz and key technical indexes、function and structure of characteristic products are presented in the end.
介绍了新兴的微波信号光纤传输技术的定义、主要构成、实现方式以及应用的关键技术,并详细分析了它的发展优势及其应用领域,最后给出了实用中的各个频段微波信号的特点及相应各频段光端机的关键技术指标、功能结构。
补充资料：双生长室固态源分子束外延设备
双生长室固态源分子束外延设备
双生长室固态源分子束外延设备
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