探花 眼镜 MS004303-微波网络（部分全英文）
发布日期：2025-03-21 08:37 点击次数：118
推敲生课程开设苦求表探花 眼镜
开课院（系、所）：信息学院，无线电工程系
课程苦求开设类型：新开□重开√改名□（请在□内打勾，下同）
课程
称号
汉文
微波网络
英文
Microwave Network
待分拨课程编号
MS004303
课程适用学位级别
博士
硕士
√
总学时
48
课内学时
48
学分
3
实施法子
用机小时
课程类别
□各人基础□专科基础√专科必修□专科选修
开课院(系)
信息学院，无线电工程系
开课学期
秋季
观看形态
A.√笔试（√开卷□闭卷） B. □面试
C.□笔试与面试勾搭 D.□其他
课程认真东谈主
磨真金不怕火
姓名
朱晓维
职称
教养
xwzhu@seu.edu.cn
网页地址
讲课谈话
双语教学
课件地址
适用学科范围
二级
所属一级学科称号
电子科学与时刻
实验(案例)个数
无
先修课程
电磁场与电磁波、微波时刻基础、线性代数
教学用书
教材称号
教材编者
出书社
出书年月
版次
主要教材
微波宽带匹配网络
自编
主要参考书
[1]Theory and design of broadband matching network
Wai-kai Chen
Pergamon Press.
1976
1
[2]Computer-aided design of microwave circuits
K.C.Gupta， et al
Artech House， Inc.，
1981
1
[3]A simplified real frequency technique applied to broadband multistage microwave amplifiers
B.S.Yarman and H.J.Carlin，
IEEE Trans. Vol. MTT-30，
1982.12
一、课程先容（含教学野心、教学要求等）（300字以内）
要求掌执不同类型网络的界说、特色，以及描述其特色的网络参数，如Z参数、Y参数、ABCD参数等，要点掌执散射矩阵的界说和特色，如无源、无耗、互易等，过火与S参数的互相关系；掌执微波网络特色的濒临次第，主要有butterworth反应、Chebyshev反应和椭圆函数反应；掌执宽带匹配的表面，S平面上零顶点解析的条款，两头口网络后端反射扫数的基本胁制条款，无源负载下匹配网络的遐想经过，双匹配的阻抗兼容性表面；零星类型的有源阻抗，有源负载条款下的非互易反射式放大器遐想、传输型放大器遐想次第；实频率时刻及愚弄，包括单匹配问题和双匹配问题。
二、教学大纲（含章节目次）：（可附页）
评释：本课程罗致自编教材，教材依据1976年Wai-kai Chen出书的“Theory and design of broadband matching network”， Pergamon Press编写。
课程由五章实质组成：
第一章：网络表面基础
第二章：网络特色的濒临
第三章：无源负载宽带匹配表面
第四章：有源负载宽带匹配表面
第五章：实频率时刻及愚弄
-----------------------------------------------------------------------------------------
1．前言，先容课程实质（2学时）
2．第一章网络表面基础（17学时）
l网络函数相关定理和界说
l网络的分类和界说
l网络的矩阵特色
a)阻抗矩阵，
b)导纳矩阵，
c)夹杂矩阵
l散射矩阵特色
3．第二章网络特色的濒临（4学时）
l最平坦反应
l等波纹反应
l椭圆反应
4．第三章无源负载宽带匹配表面（15学时）
l尤拉宽带匹配表面
l后端反射扫数的基本胁制条款
l匹配网络的遐想
l双匹配问题——阻抗兼容性表面
5．第四章有源负载宽带匹配表面（10学时）
l零星类型有源阻抗
l非互易负阻放大器遐想
l传输功率放大器遐想
6．第五章实频率时刻及愚弄（4学时）
l等效双端口网络的增益方程
l单匹配问题和双匹配问题
全课实质温习追思（2学时）
三、教学周历
周次
教学实质
教学形态
1
相关线性代数和网络函数的几许界说和表面
讲课
2
网络的类型和界说
讲课
3
网络的矩阵特色
讲课
4
散射矩阵
讲课
5
butterworth反应
讲课
6
Chebyshev反应
讲课
7
椭圆函数反应
讲课
8
宽带匹配的表面
讲课
9
增益带宽的舍弃
讲课
10
平衡器的遐想经过
讲课
11
双匹配问题——阻抗相容表面
讲课
12
反射式负阻放大器遐想I
讲课
13
反射式负阻放大器遐想II
讲课
14
传输型功率放大器遐想
讲课
15
实频率时刻
讲课
16
微波网络CAD
讲课
17
温习
18
本质
四、主讲磨真金不怕火简介：
朱晓维男，生于1963年6月22日。东南大学毫米波国度要点实验室教养，获东南大学无线电工程系《电磁场与微波时刻专科》硕士和博士学位。
主要推敲标的，无线通讯系统的射频时刻，微波/毫米波系统与电路。频年来认真承担了多项国度863决议的课题推敲，其中主要的科研职责有：主理并完成了国度“863”决议中国第三代迁徙通讯系统推敲（C3G）子课题“WCDMA MT模拟前端研制设置”、 “宽带多频多模射频时刻”等，均通过国度科技部主理的验收，得到了Ab的得益；还过问其他“863”课题的推敲职责，如“新式天线分集时刻推敲”、 “射频前端时刻推敲”等技俩，及国度当然科学基金委变嫌团体技俩。刻下科研职责的要点在无线通讯系统射频时刻和微波毫米波电路与网络方面，包括射频子系统、微波电路、功率放大器线性化时刻等推敲实质。
主撰和合撰学术论文50多篇，发表在国表里中枢学术刊物《电子学报》、《通讯学报》、《微波学报》、《Microwave Journal》会通议上，其中大部分被SCI，EI和ISTP收录；获国度教委科技超越一等奖一项、江苏省科技超越二等奖一项；发明专利五项。
素养两门推敲生课程《微波网络》和《微波非线性网络》。
五、任课磨真金不怕火信息（包括主讲磨真金不怕火）：
Application Form For Opening Graduate Courses
School (Department/Institute)：School of Information Science and Engineering
Course Type: New Open □ Reopen√ Rename □（Please tick in □， the same below）
Course Name
Chinese
微波网络
English
Microwave Network
Course Number
MS004303
Type of Degree
Ph. D
Master
√
Total Credit Hours
48
In Class Credit Hours
48
Credit
3
Practice
Computer-using Hours
Course Type
□Public Fundamental □Major Fundamental √Major Compulsory □Major Elective
School (Department)
School of Information Science and Engineering
Term
Autumn
Examination
A.√Paper（√Open-book □Closed-book） B.□Oral
C.□Paper-oral Combination D.□ Others
Chief
Lecturer
Name
Xiao Wei Zhu
Professional Title
Professor
xwzhu@seu.edu.cn
Website
Teaching Language used in Course
Chinese-English
Teaching Material Website
Applicable Range of Discipline
second-class discipline，
Name of First-Class Discipline
Electronic science and Technology
Number of Experiment
Preliminary Courses
Electromagnetic field and wave， Microwave Technology， Matrix algebra
Teaching Books
Textbook Title
Author
Publisher
Year of Publication
Edition Number
Main Textbook
Microwave broadband matching network
Self-edit
Main Reference Books
[1]Theory and design of broadband matching network
Wai-kai Chen
Pergamon Press.
1976
1
[2]Computer-aided design of microwave circuits
K.C.Gupta， et al
Artech House， Inc.，
1981
1
[3]A simplified real frequency technique applied to broadband multistage microwave amplifiers
B.S.Yarman and H.J.Carlin，
IEEE Trans. Vol. MTT-30，
1982.12
I.Course Introduction (including teaching goals and requirements) within 300 words:
lThe network definition and characteristic in different types， as well as network parameters including Z-Parameter， Y-Parameter and Hybrid parameter， etc.
lScattering matrix characterization and definition of network， such as passive， lossless and reciprocal， and its relationship with S-parameter
lApproximation method of network characteristics， including Butterworth response， Chebyshev response， Elliptic response
lTheory of broadband matching， the condition of zeros and poles factorization on S-plane
lBasic constraints on backend reflection coefficient， design of equalizer for passive load network， compatibility theory of impedance for double matching problem
lSpecial class of active impedance， design of nonreciprocal negative resistance amplifier， design of transmission-power amplifier
lReal frequency techniques and applications for single matching problem， simplified real frequency technique for double matching problem
II.Teaching Syllabus (including the content of chapters and sections. A sheet can be attached):
Chapter1. Foundation of network Theory
lDefinitions and theorems about network function and matrix algebra
lClassification and definitions of networks
lMatrix characterizations of networks
lScattering matrix
Chapter2. Approximation of network characteristics
lThe Butterworth response
lThe Chebyshev response
lThe Elliptic function
Chapter3. Theory of broadband matching: The passive load
lYoula’s theory of broadband matching
lBasic constraints on backend reflection coefficient
lDesign of equalizer
lDouble matching problem—compatibility theory of impedance
Chapter4. Theory of broadband matching: The active load
lSpecial class of active impedance
lDesign of nonreciprocal negative resistance amplifier
lDesign of transmission-power amplifier
Chapter5. Real frequency techniques and its applications
lGain equation of equalized two-port network
lReal frequency technique-Single matching problem
lDouble matching problem-simplified real frequency technique
III.Teaching Schedule:
Week
Course Content
Teaching Method
1
Definitions and theorems about network function and matrix algebra
向日葵视频在线观看lecture
2
Classification and definitions of networks
lecture
3
Matrix characterizations of networks
lecture
4
Scattering matrix
lecture
5
The Butterworth response
lecture
6
The Chebyshev response
lecture
7
The Elliptic response
lecture
8
Theory of broadband matching
lecture
9
Limit on gain and bandwidth
lecture
10
Design step of equalizer
lecture
11
Double matching problem—compatibility theory of impedance
lecture
12
Design of nonreciprocal negative resistance amplifier I
lecture
13
Design of nonreciprocal negative resistance amplifier II
lecture
14
Design of transmission-power amplifier
lecture
15
Real frequency techniques and applications
lecture
16
Microwave network CAD
lecture
17
Course review
18
Examination
Note: 1.Above one， two， and three items are used as teaching Syllabus in Chinese and announced on the Chinese website of Graduate School. The four and five items are preserved in GraduateSchool.
2. Course terms: Spring， Autumn ， and Spring-Autumn term.
3. The teaching languages for courses: Chinese， English or Chinese-English.
4.Applicable range of discipline: public， first-class discipline， second-class discipline， and third-class discipline.
5. Practice includes: experiment， investigation， research report， etc.
6. Teaching methods: lecture， seminar， practice， etc.
7. Examination for degree courses must be in paper.
8. Teaching material websites are those which have already been announced.
9. Brief introduction of chief lecturer should include: personal information (date of birth， gender， degree achieved， professional title)， research direction， teaching and research achievements. (within 100-500 words)
IV.Brief Introduction of Chief lecturer:
Xiao Wei Zhuwas born in Nanjing， Jiangsu Province， P. R. China， in 1963. He received the M.S. and Ph.D degrees from SoutheastUniversity， Nanjing， China， all in radio engineering. From 1984 to 1991， he is currently a professor of the School of Information Science and Engineering， SoutheastUniversity.
His research interests include RF subsystem and module for wireless communication systems， such as B3G， WiMAX， UWB and so on. He is also interested in linear power amplifier， novel components development. He had accomplished many projects on RF subsystem as well as key techniques for mobile communication systems from 863 National High Technology Program， which including “RF front-end research and development for W-CDMA MT”， “Wide band RF module for multi-band and multi-mode”， “Power amplifier linearization technique for base station” and so on.
He has published over 50 technique papers in Journal and international conference， in which some papers have been embodied in SCI and EI systems. He is owner of several patents. He was the recipient of the National Education Committee First Awards on S&T Advance and Jiangsu Province Second Awards on S&T Achievement. He was also invited to visit The Chinese University of Hong Kong and University College Dublin， Ireland. He is member of IEEE and member National microwave integrated circuit and mobile communication committee
V.Lecturer Information (include chief lecturer)