tailieunhanh - Lecture Radio Communication Circuits: Chapter 1 & 2 - Đỗ Hồng Tuấn

Lecture "Radio Communication Circuits: Chapter 1 & 2" presents the following contents: Introduction to Communication Systems (Elements of Communication Systems, Radio Frequency Metrics, Parallel-Tuned Circuit,.), Radio Frequency (RF) Power Amplifiers (Class C Amplifier, Class D Amplifier). Invite you to consult. | Radio Communication Circuits Communication Electronics . Do-Hong Tuan Department of Telecommunications Engineering HoChiMinh City University of Technology E-mail tuandohong@ Dept. of Telecomm. Eng. Faculty of EEE CSD2013 DHT HCMUT 1 Goal of the course To develop skills in component-level circuit construction as well as modular interconnection of subsystems needed to build physical communications systems. To use industry-relevant software communications systems simulation methods for the purpose of evaluating overall communication system performance. To understand the functionality of analog and digital communications modulation and demodulation by building testing and analyzing circuits. To study and implement essential subsystems such as carrier acquisition and recovery receiver front-end and super-heterodyne receiver architectures. Dept. of Telecomm. Eng. Faculty of EEE CSD2013 DHT HCMUT 2 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 3 CSD2013 DHT .

• Kĩ thuật Viễn thông
• Radio Communication Circuits
• Lecture Radio Communication Circuits
• Introduction to Communication Systems
• Elements of Communication Systems
• Radio Frequency Metrics
• Radio Frequency Power Amplifiers
• Analog Modulation Circuits
• Digital Modulation Circuits
• Amplitude Modulation
• Frequency Modulation
• Low Noise Amplifier
• Noise in Bipolar Transistors
• Frequency Conversion Circuits
• Nonlinear Device Characteristics
• Oscillators and Frequency Synthesizers
• Voltage Controlled Oscillators
• Phase Locked Loops
• General Filter Theory
• Passive components
• RF small signal circuitry
• RF power amplifiers
• RF transmission lines
• RF transformers