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Specifications of Circuit Analysis-II

Book Details

  • 978-93-83733-01-9
  • English
  • 2014
  • Paper Back
  • -

Contents

  • 1. Impedance and Admittance Functions
    Objectives, The Concept of Complex Frequency, Transform Impedance and Admittance, Resistance, Inductance, Capacitance, Series and Parallel Combinations of Elements, Solved Examples, Unsolved Questions.
     
    2. Network Functions
    Objectives, Introduction, Terminals and Terminal Pairs, Driving Point Functions, Transfer Function, Poles and Zeros, Significance of Poles and Zeros, Restrictions on the Location of Poles and Zeros in the s-plane for Driving Point Functions, Restrictions on the Location of Poles and Zeros in the s-plane for Transfer Functions, Time Domain Behaviour From Pole-Zero Plot, Procedure for Finding Network Functions for General Two Terminal Pair Networks, Solved Examples, Unsolved Questions.
     
    3. Network Synthesis
    Objectives, Introduction, Hurwitz Polynomials, Positive Real Functions, Reactive Networks, Separation Property for Reactive Networks, The Four Reactance Function Forms, Specification of Reactance Functions, Foster form of Reactance Networks, Cauer Form of Reactance Networks, Synthesis of RL Networks in Foster Forms, Synthesis of RL Networks in Cauer Forms, Synthesis of RC Networks in Foster Forms, Synthesis of RC Networks in Cauer Forms, Solved Examples, Unsolved Questions.
     
    4. Two Port General Networks
    Objectives, Introduction, Impedance or Z-Parameters, Equivalent Circuit using Z-Parameters, Condition for Reciprocity, Condition for Symmetry, Admittance or Y-Parameters, Equivalent Circuit using Y-Parameters, Condition for Reciprocity, Condition for Symmetry, Hybrid or h-Parameters, Equivalent Circuit using h-Parameters, Condition for Reciprocity, Condition for Symmetry, Transmission or ABCD-Parameters, Equivalent Circuit using ABCD-Parameters, Condition for Reciprocity, Condition for Symmetry, Inter Relationships of Various Parameters, Expressions of Z-Parameters Interms of Y-Parameters and Vice-Versa, Expressions of Z-Parameters Interms of ABCD-Parameters and Vice-Versa, Expressions of Z-Parameters interms of h-Parameters and Vice-Versa, Expressions of Y-Parameters interms of ABCD-Parameters and Vice-Versa, Expression of Y-Parameters Interms of h-Parameters and Vice-Versa, Expressions of h-Parameters Interms of ABCD-Parameters and Vice-Versa, Transformer Equivalence, Interconnection of Two Port Networks, Cascade Connection, Series-Series Connection, Parallel-Parallel Connection, Series-Parallel Connections, The Ladder Network, Image Impedances and Image Transfer Function, Application to LC-Network, Attenuation and Phase Shift in Symmetrical T and ?-Networks, Symmetrical T-Network, Symmetrical ?-Network, Solved Examples, Unsolved Questions.
     
    5. Two Port Reactive Network (Filters)
    Objectives, Introduction, Classification of Filters, Constant K-Filters, Constant K-Low Pass Filter, Constant K-High Pass Filter, m-Derived Filters, m-Derived Low Pass Filter, m-Derived High Pass Filter, Image Impedance of m-Derived Half Sections and Problem of Termination, Composite Filters, Band Pass Filters, Band Elimination Filters, Lattice Filters, Bartlett’s Bisection Theorem, Introduction to Active Filters, Solved Examples, Unsolved Questions.
     
    P. Paper