Filter Synthesis
- LC Circuit Design using Impedance and Addmitance Function
- Circuit Design using Transfer Function: 1-Ladder Circuits
- Circuit Design using Transfer Function: 2- Lattice Circuits
- Circuit Design using Transfer Function: 3-Darlington Circuits
- Approximation: Magnitude and Phase
- Classic Filters: 1- Butterworth Filters
- Classic Filters: 2- Chebychef Filters
- Classic Filters: 3- Inverse Chebychef Filters
- Classic Filters: 4- Elliptic Filters
- Bessel Filters
- Normalization and Denormalization
- Passive Circuits Design using Transfer Matrix
- Active Filters Design: Direct and Indirect Methods
- Active Filters Synthesis using 1 Port and 2 Port RC Circuits
- 1Port RC Circuit: Kuh Method
- 2Port RC Circuit: Yanagisawa, Lovering, Mathews-Siefert and Mitra Methods
- Active Filters Synthesis: State Variable Method
- Circuit and Mathematical Concepts
- Hurwitz Polynomials and Positive Real Functions
- Driving Point Function of RC and RL Circuits
- RC and RL Circuit Design using Impedance and Addmitance Function
- Driving Point Function of LC Circuits