The aim of lesson: It is aimed to understand the RF providing structures in accelerators, to understand the production, distribution and efficiency of power, and to understand the working principles of low-level RF structures in practice.
Course Content: Radio Frequency for accelerators, theory of electromagnetic fields, basic concepts of RF engineering, S parameter, Smith chart, power combiners, RF amplification methods and techniques, low level RF, signal reception techniques.

Week Subject – Content Teaching Method and Technique Used
1 Introduction Lecture, Question and Answer
2 Radio Frequency for Accelerators Lecture, Question and Answer
3 Theory of Electromagnetic Fields Lecture, Question and Answer
4 RF Engineering Basic Concepts Lecture, Question and Answer
5 S Parameter Lecture, Question and Answer
6 Smith Chart Lecture, Question and Answer
7 Power Transmission / Midterm Exam Lecture, Question and Answer
8 Power Combiners Lecture, Question and Answer
9 RF Power Generation Lecture, Question and Answer
10 RF Amplification Methods and Techniques Lecture, Question and Answer
11 Fundamentals of RF Electronics Lecture, Question and Answer
12 Low Level RF Lecture, Question and Answer
13 RF Measurements Lecture, Question and Answer
14 Signal Receiving Techniques Lecture, Question and Answer
15 Final Exam