Network Functions For Passive and Active Filter Implementations, First And Second Order Filtering Stages,, Intro to Approximation Methods, Butterwroth and Chebychev Filters, Passive Filters, Op-amp Rc Filters, Inductor Simulations, Cmos Based Ic Filters - Gm-c, Current Mode Filters, Switch-cap Filters, Distributed Filters For High Frequency Operation. Learning Outcomes# Upon Completing The Course, The Stuent Will Be Able To# 1. Understand The General Considerations In Analog Design As Well As in Filter Design Specifically. 2. Analyze Pasive Networks (rc, Rlcc Rlc) and Implement Them From Impedance/admitance Functions. 3. Analyze and Understand Basic Active Filters Topologies of 1-st and 2-nd Order (bilinear and Biquad) And Use Approximation Functions to Synthesize and Design Passive, Active And Distributed Filters. 4. Design Cmos-based High-frequency Filters And Use a Cmos Planar Indutor For Passive Filters Design and Design And Implement Active Circuits For Efficient Filters Implementation. 5. Analyze The Sensitivity Impact On Analog Filters Design Parameters.

Faculty: Electrical and Computer Engineering
|Undergraduate Studies |Graduate Studies

Pre-required courses

44130 - Signals and Systems or 44131 - Signals and Systems


Parallel course

44137 - Electronic Circuits


Semestrial Information