University of California at Berkeley
Dept of Electrical Engineering & Computer Sciences
EECS 217
Microwave Circuits
Instructor:
Ali M. Niknejad
Guest Lecturer: Dr. Luiz Franca-Neto
Description: Techniques of analog circuit technology in the
high-frequency regime above 1 GHz. Transmission lines and distributed
circuit elements; S-parameter design of high-frequency active
circuits; computer-aided analysis and design. Emphasis on design of
planar high-frequency integrated circuits employing CMOS and SiGe
technology. Circuit building blocks for broadband wired and wireless
communication will be emphasized including oscillators, low-noise
amplifiers, and power amplifiers.
Course Information:
Syllabus: PDF html
Software:
Lectures:
- Lecture 1: Introduction to Microwave Circuits
- Lecture 2: Poynting's Thm/Impedance and Conductors
- Lecture 3: Distributed Circuits
- Lecture 4: Distributed Resonators
- Lecture 5: The Smith Chart
- Lecture 5 Handout [1][2]
- Lecture 6: Microwave Networks
- Lecture 7: Properties of N-Ports
- Lecture 8: Matching Netowrks (Review)
- Lecture 9: Distributed/Lumped Impedance Matching (Pozar p. 222-250)
- Lecture 10: Distributed Impedance Matching (Pozar p. 250-263) (updated 2/27)
- Lecture 11: Properties of 3/4 Ports (see end of lecture 10 for transformer material) (Pozar 309-315)
- Lecture 12: Power Dividers/Couplers (Pozar 315-323,333-336)
- Lecture 13: Coupled Line Couplers, 180 Hybrid (Pozar 337-364)
- Lecture 14: Microwave Filters (Pozar)
- Lecture 15: Microwave Filters (Pozar)
- Lecture 16: Properties of Two-Ports (modified on 4/4)
- Lecture 17: Passivity and Stability of Two-Ports
- Lecture 18: Two-Port Power Gain
- Lecture 19: Mason's U Function/Examples (updated 4/11)
- Lecture 20: Noise in Two-Ports (for a review of noise, see EECS 142 lectures 10-12)
- Lecture 21: FET Noise and Equivalent Circuits [14]
- Lecture 22: Si Microwave Amplifier Survey [4]-[10]
- Lecture 23: Balanced/Distributed Amplifiers [11]
- Lecture 24: Broadband Amps/Shunt Feedback
[12][13]