›
›

Bài giảng Mạch điện tử thông tin - Chapter 1: Introduction to Communication Systems - Đỗ Hồng Tuấn

Download
MẠCH ĐIỆN TỬ THÔNG TIN  
(Communication Electronics)  
Assoc. Prof. Dr.-Ing. Do-Hong Tuan  
Department of Telecommunications Engineering  
HoChiMinh City University of Technology  
E-mail: [email protected].vn  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
1
Outline (1)  
Chapter 1: Introduction to Communication Systems  
Elements of Communication Systems.  
Radio Frequency Metrics.  
Parallel-Tuned Circuit, Series-Tuned Circuit.  
Impedance Matching.  
Chapter 2: Radio Frequency (RF) Power Amplifiers  
Class C Amplifier.  
Class D Amplifier  
Chapter 3: Low Noise Amplifier (LNA)  
Chapter 4: Frequency Conversion Circuits (Mixers)  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
2
Outline (2)  
Chapter 5: Oscillators and Frequency Synthesizers  
RF Oscilators, Voltage-Controlled Oscillators (VCO)  
Phase-Locked Loops (PLLs) and Applications  
Chapter 6: Analog Modulation Circuits  
Amplitude Modulation  
Frequency Modulation  
Phase Modulation  
Chapter 7: Digital Modulation Circuits  
M-ary PSK  
M-ary QAM  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
3
References  
[1] J. Rogers, C. Plett, Radio Frequency Integrated Circuit Design, Artech  
House, 2003  
[2] M. Albulet, RF Power Amplifier, Noble Publishing, 2001  
[3] F. Ellinger, RF Integrated Circuits and Technologies, Springer Verlag,  
2008  
[4] Hoàng Đình Chiến, Mạch Điện Tử Thông Tin, Nhà xuất bản ĐH Quốc  
gia TP. HCM, 2010  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
4
Grading  
30% for midterm examination.  
20% for quiz.  
50% for final examination.  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
5
Chapter 1:  
Introduction to  
Communication Systems  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
Classification of RF Applications  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
7
Wireless Communication Standards (1)  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
8
Wireless Communication Standards (2)  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
9
Wireless Communication Standards (3)  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
10  
Wireless Communication Standards (4)  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
11  
Wireless Communication Systems (1)  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
12  
Frequency Band in Communication Systems (1)  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
13  
Frequency Band in Communication Systems (2)  
Microwave frequency allocations according to IEEE  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
14  
Digital Communication System (1)  
Terms DSP (digital signal processor) are used in a broad sense; therefore  
DSPs include digital signal processor (DSP), field programmable gate  
arrays (FPGA), reconfigurable computing (RC), etc.  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
15  
Digital Communication System (2)  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
16  
RF Transceiver Architecture (1)  
A transceiver consists of a transmitter and a receiver.  
Example of super-heterodyne transceiver:  
(SPDT: Single Pole Double Throw)  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
17  
RF Transceiver Architecture (2)  
A simplified architecture of the super-heterodyne receiver with  
single down-conversion:  
BP: Band pass, LNA: Low Noise Amplifier,  
VCO: Voltage Controlled Oscillator,  
ADC: Analogue Digital Converter,  
DSP: Digital Signal Processor  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
18  
RF Transceiver Architecture (3)  
Simplified architecture of super-heterodyne receiver with double  
down-conversion:  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
19  
RF Transceiver Architecture (4)  
Image rejection receiver: smart techniques for the rejection of the  
image frequency without requiring sophisticated filters. Such  
techniques are especially useful for applications where the desired RF  
and the undesired image signal are so close in frequency that  
conventional filtering is not possible.  
Weaver image rejection technique  
Hartley image rejection technique  
Dept. of Telecomm. Eng.  
Faculty of EEE  
CSD2020  
DHT, HCMUT  
20  
Tải về để xem bản đầy đủ
pdf 45 trang myanh 29400 Free
Download
Bạn đang xem 20 trang mẫu của tài liệu "Bài giảng Mạch điện tử thông tin - Chapter 1: Introduction to Communication Systems - Đỗ Hồng Tuấn", để tải tài liệu gốc về máy hãy click vào nút Download ở trên

File đính kèm:

  • pdfbai_giang_mach_dien_tu_thong_tin_chapter_1_introduction_to_c.pdf