Understanding Wireless Engineering through Principles
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Description
Book Introduction
The core of 5G mobile communications,
Learn the principles of wireless engineering with clear explanations and rich illustrations.
『Understanding Wireless Engineering through Principles』 is aimed at students in electronics/information and communication/radio related departments and covers the operating principles and concepts of wireless communication systems through abundant illustrations.
First, the basic concepts of radio waves and electromagnetism, which are prerequisite subjects for wireless engineering, are introduced, and then transmission line theory, the operating principles and design parameters of RF components that make up wireless transmission and reception systems, antennas and radar, and wireless communication systems are covered.
Additionally, for students preparing for local/national civil service examinations and certifications, past exam questions related to each chapter's topic have been included to aid learning.
Because it contains essential concepts in wireless engineering, it can be used as a textbook not only for students but also for beginners in practical engineering.
*This book was developed as a textbook for university lectures, so it does not provide solutions to practice problems.
However, some answers can be downloaded from [Appendix/Example Source].
Learn the principles of wireless engineering with clear explanations and rich illustrations.
『Understanding Wireless Engineering through Principles』 is aimed at students in electronics/information and communication/radio related departments and covers the operating principles and concepts of wireless communication systems through abundant illustrations.
First, the basic concepts of radio waves and electromagnetism, which are prerequisite subjects for wireless engineering, are introduced, and then transmission line theory, the operating principles and design parameters of RF components that make up wireless transmission and reception systems, antennas and radar, and wireless communication systems are covered.
Additionally, for students preparing for local/national civil service examinations and certifications, past exam questions related to each chapter's topic have been included to aid learning.
Because it contains essential concepts in wireless engineering, it can be used as a textbook not only for students but also for beginners in practical engineering.
*This book was developed as a textbook for university lectures, so it does not provide solutions to practice problems.
However, some answers can be downloaded from [Appendix/Example Source].
- You can preview some of the book's contents.
Preview
index
CHAPTER 01 Overview
1.1 History of Wireless Communications
1.2 Frequency and wavelength
1.3 Characteristics of radio waves
1.4 Why should I learn microwave engineering?
1.5 Microwave and RF Frequency Applications
Past exam questions
CHAPTER 02 Fundamentals of Electromagnetism
2.1 Mathematics for Understanding Electromagnetism
2.2 Electric and magnetic fields
2.3 Maxwell's equations
2.4 Characteristics of the medium
The concept of 2.5 dB
Practice problems
Past exam questions
CHAPTER 03 Transmission Lines
3.1 What is a transmission line?
3.2 Transmission line equations
3.3 Transmission line parameters
3.4 Transmission line characteristics
3.5 Power characteristics in transmission lines
3.6 Types and design of transmission lines
Practice problems
Past exam questions
CHAPTER 04 Smith Chart and Scatter Matrix
4.1 Smith Chart
4.2 Impedance matching circuit design
4.3 Matrices required for circuit analysis
4.4 Electromagnetic Compatibility
Practice problems
Past exam questions
CHAPTER 05 Microwave Passive Components
5.1 RLC elements at RF/microwave frequencies
5.2 RLC implemented with microstrip lines
5.3 Power distributor
5.4 Coupler
5.5 Microwave Filter
5.6 Other passive components
Practice problems
CHAPTER 06 Microwave Active Components
6.1 Diodes and Transistors
6.2 Amplifiers and Oscillators
6.3 Detector and mixer
6.4 Switches and phase shifters
Practice problems
Past exam questions
CHAPTER 07 Wireless Communication System Transmitter and Receiver
7.1 Transmitter and receiver structure
7.2 Receiver Performance Parameters
7.3 Transmitter Performance Parameters
Practice problems
Past exam questions
CHAPTER 8 ANTENNAS AND RADIO
8.1 Definition of antenna
8.2 Antenna parameters
8.3 Antenna Types
8.4 Free-space loss equation
8.5 Antenna Measurement
8.6 Link Equation and Link Budget
Practice problems
Past exam questions
CHAPTER 9 RADAR
9.1 Radar Overview
9.2 Radar System Parameters
9.3 Radar Equations
9.4 Pulse-wave radar and continuous-wave radar
9.5 Frequency-modulated continuous wave radar
9.6 Direction Finding and Tracking
9.7 Moving Target Detection Radar and Synthetic Aperture Radar
Practice problems
Past exam questions
CHAPTER 10 MODULE AND DEMODULATION
10.1 Overview of Modulation
10.2 Analog Modulation
10.3 Digital Modulation
10.4 Sampling
10.5 Multi-connection
Practice problems
Past exam questions
CHAPTER 11 WIRELESS COMMUNICATION SYSTEMS
11.1 Broadcast
11.2 Wireless Link
11.3 Wireless LAN and Mobile Communications
11.4 Radio Navigation and GPS
11.5 Remote Sensing
11.6 Radio Astronomy
11.7 Industrial Applications
11.8 Electronic Warfare
Past exam questions
Appendix A Key Formulas
Appendix B: Concepts and Features of Phasers
Appendix C: The Concepts of Umode and Gimode
Appendix D Microstrip Coupled Line Bandpass Filter Design
Appendix E Microstrip Patch Antenna Design
1.1 History of Wireless Communications
1.2 Frequency and wavelength
1.3 Characteristics of radio waves
1.4 Why should I learn microwave engineering?
1.5 Microwave and RF Frequency Applications
Past exam questions
CHAPTER 02 Fundamentals of Electromagnetism
2.1 Mathematics for Understanding Electromagnetism
2.2 Electric and magnetic fields
2.3 Maxwell's equations
2.4 Characteristics of the medium
The concept of 2.5 dB
Practice problems
Past exam questions
CHAPTER 03 Transmission Lines
3.1 What is a transmission line?
3.2 Transmission line equations
3.3 Transmission line parameters
3.4 Transmission line characteristics
3.5 Power characteristics in transmission lines
3.6 Types and design of transmission lines
Practice problems
Past exam questions
CHAPTER 04 Smith Chart and Scatter Matrix
4.1 Smith Chart
4.2 Impedance matching circuit design
4.3 Matrices required for circuit analysis
4.4 Electromagnetic Compatibility
Practice problems
Past exam questions
CHAPTER 05 Microwave Passive Components
5.1 RLC elements at RF/microwave frequencies
5.2 RLC implemented with microstrip lines
5.3 Power distributor
5.4 Coupler
5.5 Microwave Filter
5.6 Other passive components
Practice problems
CHAPTER 06 Microwave Active Components
6.1 Diodes and Transistors
6.2 Amplifiers and Oscillators
6.3 Detector and mixer
6.4 Switches and phase shifters
Practice problems
Past exam questions
CHAPTER 07 Wireless Communication System Transmitter and Receiver
7.1 Transmitter and receiver structure
7.2 Receiver Performance Parameters
7.3 Transmitter Performance Parameters
Practice problems
Past exam questions
CHAPTER 8 ANTENNAS AND RADIO
8.1 Definition of antenna
8.2 Antenna parameters
8.3 Antenna Types
8.4 Free-space loss equation
8.5 Antenna Measurement
8.6 Link Equation and Link Budget
Practice problems
Past exam questions
CHAPTER 9 RADAR
9.1 Radar Overview
9.2 Radar System Parameters
9.3 Radar Equations
9.4 Pulse-wave radar and continuous-wave radar
9.5 Frequency-modulated continuous wave radar
9.6 Direction Finding and Tracking
9.7 Moving Target Detection Radar and Synthetic Aperture Radar
Practice problems
Past exam questions
CHAPTER 10 MODULE AND DEMODULATION
10.1 Overview of Modulation
10.2 Analog Modulation
10.3 Digital Modulation
10.4 Sampling
10.5 Multi-connection
Practice problems
Past exam questions
CHAPTER 11 WIRELESS COMMUNICATION SYSTEMS
11.1 Broadcast
11.2 Wireless Link
11.3 Wireless LAN and Mobile Communications
11.4 Radio Navigation and GPS
11.5 Remote Sensing
11.6 Radio Astronomy
11.7 Industrial Applications
11.8 Electronic Warfare
Past exam questions
Appendix A Key Formulas
Appendix B: Concepts and Features of Phasers
Appendix C: The Concepts of Umode and Gimode
Appendix D Microstrip Coupled Line Bandpass Filter Design
Appendix E Microstrip Patch Antenna Design
Detailed image
GOODS SPECIFICS
- Publication date: January 22, 2022
- Page count, weight, size: 624 pages | 188*257mm
- ISBN13: 9791156645795
- ISBN10: 1156645794
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