Lectures
Solution: NAS MT-1 March 2020
Solutions of Problems on RC Circuits
Cauer Form of Circuit Realization
Foster’s Form 1 and 2 of Network Synthesis with examples
Network Synthesis Part-1 Lecture Notes
Positive Real Function (prf)
Routh Hurwitz Polynomial
Magnitude and Phase angle of the coefficients in the network function
Stability of a system based on Pole-zero
Concepts of Network functions (driving point and transfer function)
Open Circuit and Short Circuit impedance and Image Impedance
Interconnection of Networks
Inter-relationship between the two-port Parameters
Reciprocity of Parameters
Transmission Parameters
Introduction to Network parameters
hybrid (h) Parameter
Open (Z)and Short (Y)Circuit Parameters
Solution: NAS MT-1 March 2020
L-13 Solution of RLC Circuit
Resonance, Bandwidth, Q Factor and Half Power Frequency
L-12 RC Circuits Solution in Time domain and Frequency Domain
L-11 RL Circuit
L-10 Inductor Behaviour
L-9 Inverse Laplace Transform
Network Analysis and Synthesis
L-8 Laplace of Periodic Functions
L-7 Initial and Final Value Theorem
L-6 Laplace Transformation
L-5 Odd and Even Functions
L-4 Systems and its classification
L-3 Shifting Theorem and representation of Signals
Lecture-2 Straight Line and Parabolic Functions
Lecture-1 Introduction to Signals and Properties
Network Analysis
Solution: NAS MT-1 March 2020
Solutions of Problems on RC Circuits
Cauer Form of Circuit Realization
Foster’s Form 1 and 2 of Network Synthesis with examples
Network Synthesis Part-1 Lecture Notes
Positive Real Function (prf)
Routh Hurwitz Polynomial
Magnitude and Phase angle of the coefficients in the network function
Stability of a system based on Pole-zero
Concepts of Network functions (driving point and transfer function)
Open Circuit and Short Circuit impedance and Image Impedance
Interconnection of Networks
Inter-relationship between the two-port Parameters
Reciprocity of Parameters
Transmission Parameters
Introduction to Network parameters
hybrid (h) Parameter
Open (Z)and Short (Y)Circuit Parameters
Solution: NAS MT-1 March 2020
L-13 Solution of RLC Circuit
Resonance, Bandwidth, Q Factor and Half Power Frequency
L-12 RC Circuits Solution in Time domain and Frequency Domain
L-11 RL Circuit
L-10 Inductor Behaviour
L-9 Inverse Laplace Transform
Network Analysis and Synthesis
L-8 Laplace of Periodic Functions
L-7 Initial and Final Value Theorem
L-6 Laplace Transformation
L-5 Odd and Even Functions
L-4 Systems and its classification
L-3 Shifting Theorem and representation of Signals
Lecture-2 Straight Line and Parabolic Functions
Lecture-1 Introduction to Signals and Properties
Open (Z)and Short (Y)Circuit Parameters
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Open and Short Circuit Parameters
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