1·MMIC amplifiers are very important in microwave communication and related fields.
MMIC放大器在微波通信等领域有着重要的应用。
2·In this paper, the architecture of automatic control system for microwave Communication is studied.
本文研究微波通信自动化控制系统的结构。
3·The rapid developments of microwave communication systems require dielectric materials with high performances.
随着微波通讯的飞速发展，对低损耗微波介质陶瓷的要求也越来越高。
4·The MW-1500 is a digital microwave communication system for radio line of sight (LOS) information transmission.
1500是一种数字式微波通信系统用于视距(LOS)无线电信息传送。
5·The MW-1500 is a digital microwave communication system for radio line of sight (LOS) information transmission.
MW - 1500是用于无线电通信视线(LOS)信息传送的一种数字式微波通信系统。
6·The principle and application of the digital microwave communication synthetic test instrument are introduced in this paper.
本文简要介绍了数字微波通信综合测试仪的原理和应用。
7·The paper introduced the application of TSAWM 1 microwave communication equipment in the electric dispatch automation system.
作者在文中详细介绍了该系统微波通信设备在电力调度自动化系统中的应用。
8·Based on the microwave communication, this paper presents the principles and the design of a K-band low noise receiver front-end.
本文以微波通信为研究背景，给出了一种K波段低噪声接收系统前端的原理和设计方法。
9·Microwave communication tower, the common structure for radio communication, requires complicated design, calculation and plotting.
微波通信铁塔是微波通信系统中最常用的构筑物，其设计、计算及绘图较复杂。
10·In microwave communication, the conventional theodolite method for antenna azimuth calibration is of large error and poor efficiency.
在微波通信中，天线方位角的校准通常采用经纬仪法，存在误差大、效率低的缺点。