![ [1] D. M. Pozar; Microwave Engineering, 3rd Ed.; John Wiley & Sons Inc.
[2] H.J.Reich, J.G.Skolnik, P.F.Ordung, H.L.Krauss; Microwave Principles; Affiliated
East, West Press Ltd.
[3] R. E. Collin; Foundations for Microwave Engineering, 2nd Ed; Wiley-IEEE Press
[4] Merill Skolnik; Introduction to Radar Systems, 3rd Edition;Tata McGraw Hill
[5] S. M. Liao; Microwave devices and Circuits, 3rd Ed.; Prentice Hall of India
[6]Ananjan Basu; An Introduction to Microwave Measurements; CRC Press
[7] Saber. M. Aly, Microwave Electronic Engineering, 2015.
9/30/2023 A. Prof. Ahmed Magdy 9](https://image.slidesharecdn.com/lecture0f-250224003955-0270219e/85/Lecture-0-f-pdfffffffffffffffffffffffffff-9-320.jpg)
Lecture 0 f.pdfffffffffffffffffffffffffff
- 1. 9/30/2023 A. Prof. Ahmed Magdy 1 Ahmed.m.1986@ieee.org +201227059094 Suez Canal University Department of Electrical Engineering Fifth Year Course: Microwave Engineering Lecturer: Dr. Ahmed Magdy Tutors: Eng. Abd El-Rahman
- 2. Instructor’s information. Student’s information and qualification. Course information. Class instructions. Course objectives. Introduction. CandidateTextbooks/References. 9/30/2023 A. Prof. Ahmed Magdy 2
- 3. Dr. Ahmed Magdy Mohamed ▪ Email: ahmed.m.1986@ieee.org ▪ Office hours: Sunday and Monday. ▪ Office: Classroom 15. ▪ MSISDN: 00201227059094 TeachingAssistants ▪ Eng- Abd El-Rahman 9/30/2023 A. Prof. Ahmed Magdy 3
- 4. 9/30/2023 A. Prof. Ahmed Magdy 4
- 5. Credit hours: 2h ▪ Lectures: 9:00 am to 11:00 am (2 h) at Monday. Classroom location: 15 classroom Workload distribution: ▪ 50% final exam (50 degree) ▪ 30% midterm exam and (30 degree) ▪ 20% year works (20 degree) (5 degree for attendance- 10 degree on activity and final project – 10 degree for section) Contact methods ▪ Select one student to represent all students. ▪ WhatsApp group for subject. ▪ Instructor information (mail-MS- office hour-lectures- sections). 9/30/2023 A. Prof. Ahmed Magdy 5
- 6. 9/30/2023 A. Prof. Ahmed Magdy 6
- 7. Upon successful completion of this course, you should understand and improve your abilities in the following topics: ▪ Explore Basics, ways and standards to have knowledge for propagation of waves. ▪ Understanding knowledge of microwave waveguides, passive & active devices, tubes and network analysis. ▪ Explore ways to analyze the two-port network ▪ How to simulate and design microwave electronics.. 9/30/2023 A. Prof. Ahmed Magdy 7
- 8. Chapter 1:Transmission Lines. Chapter 2:Waveguides. Chapter 3: Microwave resonator. Chapter 4: Directional coupler. Chapter 5: Microwave network analysis. Chapter 6: Impedance matching and tuning. Chapter 7: Microwave power tube. Chapter 8: Solid state microwave devices. 9/30/2023 A. Prof. Ahmed Magdy 8
- 9. [1] D. M. Pozar; Microwave Engineering, 3rd Ed.; John Wiley & Sons Inc. [2] H.J.Reich, J.G.Skolnik, P.F.Ordung, H.L.Krauss; Microwave Principles; Affiliated East, West Press Ltd. [3] R. E. Collin; Foundations for Microwave Engineering, 2nd Ed; Wiley-IEEE Press [4] Merill Skolnik; Introduction to Radar Systems, 3rd Edition;Tata McGraw Hill [5] S. M. Liao; Microwave devices and Circuits, 3rd Ed.; Prentice Hall of India [6]Ananjan Basu; An Introduction to Microwave Measurements; CRC Press [7] Saber. M. Aly, Microwave Electronic Engineering, 2015. 9/30/2023 A. Prof. Ahmed Magdy 9
- 10. 9/30/2023 A. Prof. Ahmed Magdy 10 Name activity
- 11. 9/30/2023 A. Prof. Ahmed Magdy 11