The lectures are also available through webcast. )
8/30
Lecture 1: Introduction to Communication Circuits (pdf)

Review: G&M Ch. 7-9; Lee Ch. 1, Razavi Ch.1

9/1
Lecture 2: Review of MOS and BJT Technology for High-Speed Application (pdf) (notes) G&M Ch. 1-2
9/6
Lecture 3: High-Speed Amplifiers/Tuned Amplifiers (pdf) (notes) Resonance (book chapter pp.1-23)
9/8
Lecture 4: Two-Port Power Gain (pdf) (notes)  
9/13
Lecture 5: Two-Port Power Gain and Stability (notes)  
9/15
Lecture 6: Matching Networks (notes) Book chapter pp.23-41, Lee Ch. 3
9/20
Lectur 7: Introduction to Distortion Analysis (pdf) (notes) Razavi 2.1
9/22
Lecture 8: Distortion Metrics ( pdf ) (notes)  
9/27
Lecture 9: Intercept Point, Gain Compression and Blocking (pdf) (notes)  
9/29
Lecture 10: Effect of Feedback on Distortion (pdf) (notes)  
10/4
Lecture 11: Electrical Noise (pdf) (notes) Razavi 2.3, Lee Ch. 11
10/6
Lecture 12: Noise in Communication Systems (pdf) (notes) Razavi 2.3, 2.4
10/11
Lecture 13: Noise Calculations (pdf) (notes)  
10/13
Lecture 14: MOSFET LNA Design (pdf) (notes) Lee 12.1 - 12.5 , Razavi 6.1
10/18
Midterm Review (F'04 Midterm Solution) (notes)  
10/20
Midterm (126 Barrows)  
10/25
Lecture 15: Introduction to Mixers (pdf) (notes) Razavi 5.2 , Lee 13.1-13.2
10/27
Lecture 16: I/Q Mixers; BJT Mixers (pdf) (notes) Lee 13.3
11/1
Lecture 17: BJT/MOS Mixers/Mixer Noise (notes) (pdf) Razavi 6.2 , Lee 13.4
11/3
Lecture 18: Balanced Mixers/PNoise and PSS/Transformers (pdf) (notes) Lee 13.6
11/8
Lecture 19: Guest Lecture on Low Power Transceivers (pdf)  
11/10
Lecture 20: Passive Mixers (pdf)(notes) Lee 13.5
11/15
Lecture 21: LC Oscillators (pdf)(notes) Lee 17.4
11/17
Lecture 22: Oscillator Steady-State Analysis (pdf (notes)Lee 17.5
11/22
Lecture 23: Negative Resistance Osc, Differential Osc, and VCOs (pdf) (notes) Razavi 7.2, 7.3
11/24
Thanksgiving Holiday  
11/29
Lecture 24: Oscillator phase noise (pdf) (notes) Razavi 7.4, Lee 18
12/1
Lecture 25: XTAL Osc/Synthesizers (notes) Razavi 8.1, 8.3
12/6
Lecture 26: Power Amplifiers (pdf) Razavi 8.2, Razavi 9.1-2 , Lee 15.1-15.3
12/8
Lecture 27: Power Amplifiers(pdf) Razavi 9.3, Lee 15.4-15.11