电磁微波传输与天线实验室
Electromagnetic Microwave Transmission and Antenna Laboratory
电磁场与微波技术是无线电领域的支撑技术之一，多种功能的有源、无源系统需要借助电磁波的传播，移动通信、卫星通信、广播、电视、综合数据链路、无线局域网等多种无线通信系统以及导航、远程身份识别、电子对抗等多种应用场合，均需要通过电磁波在空间辐射与传播，实现信息和能量的传递。天线作为无线通信系统的重要组成部分，实现导行波与空间波的相互转换，在无线通信系统的前端完成电磁波的发射和接收，是无线通信系统的关键技术之一。
本实验室负责电磁场与电磁波理论研究、仿真算法研究，电磁场与电磁波测试，传输线匹配技术研究与测试，微波模块、电路与系统的设计，微波电路与模块的测试调试，天线的设计与测试等。
本实验室属电子信息工程专业实验室，主要用于电子信息工程、电子科学与技术和通信工程等专业的课程实验任务，承担电磁场与电磁波、微波技术与天线方向的相关实训、实践任务，并作为本科生研究生的大创大赛实践基地，教师部分课题研究基地等。
主要测试设备和仪器有：射频微波与天线综合实训系统、微波通信实验系统、电磁场与电磁波测试平台、频谱分析仪、网络分析仪、天线实验测量仪等，测试设备主要来自于是德科技、罗德施瓦茨、中电41所等。
本实验室开设课程和专业方向有：电磁场与电磁波，微波技术与天线，无线系统与电波传播、射频测试测量技术、电磁兼容、无线电路系统设计等。
This laboratory is responsible for the research of electromagnetic field and electromagnetic wave theory, simulation algorithm, electromagnetic field and electromagnetic wave test, transmission line matching technology research and test, microwave module, circuit and system design, microwave circuit and module test and debugging, antenna design and test, etc.
This laboratory is a specialty laboratory of Electronic Information Engineering, which is mainly used for the course experiment tasks of Electronic Information Engineering, Electronic Science and Technology, Communication Engineering, etc. and undertakes the related practical training and tasks of electromagnetic field and electromagnetic wave, microwave technology and antenna, and serves as the practice base of the innovation and competition for the undergraduate and graduate student, also the research base for some subjects of teachers, etc.
The main test equipments and instruments include radio frequency microwave and antenna comprehensive training system, microwave communication experiment system, electromagnetic field and electromagnetic wave test platform, spectrum analyzer, network analyzer, antenna experiment and measurement instrument, etc. The test equipments mainly come from Keysight, Rohde & Schwarz, Ceyear, etc.
Courses and specialized direction offered in this laboratory include electromagnetic field and wave, microwave technology and antenna, wireless system and wave propagation, radio frequency test and measurement technology, electromagnetic compatibility, wireless circuit and system design, etc.
电磁场电磁波与天线综合实验系统
遥感技术
厚度和频率对电磁波反射损耗的影响
电磁场分布仿真
