微波通信

微波通信铁塔CAD软件开发与应用

Development and Application of CAD Software for Microwave Communication Tower

嵌入式SNMPAgent在微波通信网管的实现

The Implementation of Embedded SNMP Agent in the Network Management of Microwave Communication

就高空平台通信与卫星和地面微波通信在C频段的共存问题试作探讨。

The studies on HAPS system sharing C-band with satellite and terrestrial systems are also discussed .

基于BP算法的微波通信中继段性能分析

Performance Analysis of Microwave Hop Based on BP Algorithm

SDH微波通信工程设计中干扰容限的运用

The Application of Interference Tolerance to SDH Microwave Communication Project Design

基于CPM系列PLC的微波通信设计

Microwave Communication Design of PLC Based on CPM Series

SDH数字微波通信的关键技术及其应用

The Key Technologies and Application of SDH Digital Microwave Communication

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。

Based on the microwave communication , this paper presents the principles and the design of a K-band low noise receiver front-end .

文章详细叙述了采用PIN二极管用于微波通信的开关的设计与实现。

This paper illustrates the use of PIN diode in the design and realization of radio frequency switch .

HARRIS微波通信设备监控系统通信规约的破译

Clean up the communication protocol of monitoring system in the microwave equipment of Harris

点对多点数字微波通信系统间的机助电磁兼容（EMC）分析模型

The Model of Computer-Aided Electromagnetic Compatibility Analysis Among Point - to - Multipoint Digital Microwave Communication Systems

基于GPIB的微波通信均衡自动测试系统

Design of Automatic Test System for Equilibrium of Microwave Communication on GPIB

SDH微波通信系统

SDH Microwave Communication System

多路E1扩频数字微波通信系统的研究与实现

The Study and Realization of Spread Spectrum Digital Microwave Communication System for Multi-route E1

作者介绍了在江苏电力SDH微波通信干线工程的电源监控系统中，I7188的嵌入式应用实例。

This paper describes I 7188 's embedded application in the power monitor system of a SDH communication project .

相位噪声对QAM数字微波通信系统误码率的影响

The Effects of Phase Noise on BER of QAM Digital Microwave Communication System

MMIC放大器在微波通信等领域有着重要的应用。

MMIC amplifiers are very important in microwave communication and related fields .

SDH主要应用在光纤传输网络，同时在微波通信领域、卫星通信领域也得到应用，成为通用技术体制。

It was applied mainly in optical fiber communication , microwave communication and satellite communications , and became the generic technology system .

数字微波通信在多径衰落下的自适应判决反馈均衡与VA判决的模拟

Computer Simulation of the Adaptive Decision Feedback Equalization and VA Decision on Multipath Transmission Channel in Digital Microwave Communication

在未来的信息社会中，空间光通信技术因其无可比拟的优势，将取代目前无线电（radiofrequency-RF）和微波通信在无线通信领域中的主导地位。

In future information society , space optical communication will replace radio frequency ( RF ) & microwave communication as dominant position in field of wireless communication because of it 's unparalleled advantage .

微波通信的迅速发展要求开发出具有较高介电常数εr、高Qf值与近零谐振频率温度系数τf的微波介质陶瓷。

The rapid development of microwave communication systems require the dielectric materials with high dielectric constant , high quality factor and near-zero temperature coefficient of resonant frequency .

为了满足更大速率的需求，又设计出了DQPSK微波通信系统前端。

For larger speed requirement , DQPSK microwave telecommunication front-end is also designed .

微波通信的高频化对微波材料和电子封装陶瓷提出了很高的要求：高的Q·f值和不同的介电常数ε。

The development of high - Q microwave dielectric ceramics with various ε has been required with the advanced wireless communication systems , which include mobile and satellite communication systems , have developed .

介绍了一个基于GPIB（generalpurposeinterfacebus）总线的自动测试系统，实现了由计算机控制的各测量仪器对微波通信设备室内单元（IDU）的均衡性能测试。

In this paper we introduced the design of automatic equilibrium test system based on GPIB ( General Purpose Interface Bus ) interface for microwave communication equipment IDU ( InDoor Unit ) .

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。

The MW-1500 is a digital microwave communication system for radio line of sight ( LOS ) information transmission .

在得出原有系统可负载的前提下，提出了以太网OAM在微波通信系统中的具体实施方案，并对该方案的具体功能子层进行了设计与实现。

On the premise that system can afford Ethernet OAM mechanism , this thesis put forward and realize an Ethernet OAM plan in microwave system .

RFMEMS开关作为射频/微波通信系统中实现信号路由转换的重要器件，在现代通信领域中越来越受到重视，已成为国际上的研究热点。

RF MEMS switches , the core device which can realize route-conversion in RF / microwave communication systems , become more and more attractive in the communication field nowadays , and have been a focus of the research in the world .

还评述了点对多点微波通信的几项关键技术：CDMA点对多点通信体制、格状编码调制（TCM）技术、网络管理技术、网络的可塑性设计等。

In addition , the paper still commentates some key technologies of PMP microwave communication , for example , CDMA system of PMP communication , TCM ( Trellis Coded Modulation ) technology , NMT ( Network Management Technology ) and plastic design of network etc.

FDM-FM方式对数字微波通信干扰的分析方法

The Analysis Method of Digital Microwave Communication Interference with FDM-FM Mode

高阶QAM可以有效地提高频谱利用率，在数字微波通信系统、有线电视网络、卫星通信等领域取得了广泛应用。

As high efficiency utilization of spectrum , high-order quadrature amplitude modulation ( QAM ) has been widely used in digital microwave communication systems , cable TV network , satellite communications and many other fields .