• Syllabus
• Class introduction: Why analog filter?
• Class Note 1: Laplace and Fourier Transform
• Class Note 2: CT filter fundamentals
• Class Note 3: Active RC
• Class Note 4: Gm-C filter: Introduction
• Class Note 5: Gm-C filter: Circuits
• Class Note 6: Discrete time system
• Class Note 7: s- to z- transform
• Class Note 8: switched capacitor circuit 1
• Class Note 9: switched capacitor circuit 2
• Class Note 10: switched current circuit introduction
• Class Note 11: Frequency scaling and transform
• Class Note 12: Active RC Filter
• Class Note 13: Gm-C Filter
• Class Note 14: Current mode Filter
• Class Note 15: SC Filter I
• Class Note 16: SC Filter II
• Class Note 17: SI Filter
• Class Note 18: Sensitivity
• Class Note 19: Ladder Filter
• Class Note 20: Butterworth Filter
• Class Note 21: Chebyshev Filter
• Class Note 22: Bessel Filter
• Class Note 23: Back to Basics
• Class Note 24: Filter Examples

• Home work 1 and my solutions for hw1 and the instructor's solutions
• Home work 2 and my solutions for hw2 and the instructor's solutions
• Home work 3 and my solutions for hw3 and the instructor's solutions
• Home work 4 and my solutions for hw4 and the instructor's solutions
• Home work 5 and my solutions for hw5 and the instructor's solutions
• Home work 6 and solutions
• Home work 7 and solutions
• Exam1 solution
• Exam2 and the solution
• Final Exam
• Some slides from TAMU about OTA
• Some slides from TAMU about gm-C filters
• Some slides from TAMU about Switcged-capacitor filters: Part1
• Some slides from TAMU about Switcged-capacitor filters: Part2

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This page was last updated at Jan 27, 2004