TSEI68 Analog Filters
TSEI68 Analog filters teaches the basics of the design and implementation of analog filters. The course includes approximation theory as well as passive and active filter structures and their implementations. It covers the same topics as TSTE14 Analog Filters, but at the level G2 instead of A.
Course topics
- Basic concepts and properties of analog filters
- Approximation theory
- Frequency transformations
- Doubly resistively terminated filters
- Passive filters with discrete circuit elements
- Passive filters with distributed circuit elements
- Active filters with discrete circuit elements
- Operational amplifiers
- Active second-order sections
- Sensitivity properties of filter realizations
- Coupled forms, immitance simulation, and topological simulation
- Filter design using Matlab
- Hardware implementation of passive and active filters
Instructors
- Course director and lecturer: Håkan Johansson
- Assistants: Deijany Rodriguez Linares
Course material
- L. Wanhammar: Analog Filters Using Matlab
-
L. Wanhammar: Tables and Formulas for Analog and Digital Filters
- Supplementary material: Solutions to the problems, material for the labs
Prerequisites
- Basic course in circuit theory.
Information for enrolled students
For detailed lecture, tutorial, and lab plans, see the study room in Lisam: