Contents of Electrical Circuit Analysis and Design PDF

Parts and Legal guidelines 

• Introduction 
• Electrical present 
• Voltage, e m f and p d 
• Energy in d c circuits 
• Linear passive circuit parts 
• Resistance, conductance and Ohm’s legislation 
• Energy in a resistive circuit 
• Power consumed in a resistive circuit 
• Unbiased and dependent provide sources 
• The operational amplifier 
• Kirchhoff’s legal guidelines 
• The double-suffix voltage notation 
• Sensible (non-ideal) sources 
• Transformation of sensible sources 
• Resistance of aseries circuit 
• Voltage division in series-connected resistors 
• Resistance and conductance of a parallel circuit 
• Present division in a parallel circuit 
• Unworked issues

Circuit Analysis 

• Introduction 
• Definitions and terminology 
• Mesh evaluation
• Normal mIes for writing mesh equations 
• Resolution of three simultaneous equations 
• Labored examples utilizing mesh evaluation 
• Nodal evaluation 
• Normal mIes for writing nodal equations 
• Labored examples utilizing nodal evaluation 
• Community topology 
• Loop evaluation 
• Duality 
• nworked issues

Circuit Theorems 

• Introduction 
• Linearity 
• Precept of superposition 
• Thevenin’s theorem 
• Norton’s theorem 
• Relationship between Thevenin’s and Norton’s circuits 
• Reciprocity theorem 
• The utmost energy switch theorem 
• The parallel-generator (Millman’s) theorem 
• Rosen’s theorem or the overall star-mesh transformation 
• The star-delta, tee-wye or tee-pi transformation 
• The delta-star, wye-tee or pi-tee transformation 
• Abstract of star-delta and delta-star transformations 
• Unworked issues

Power Storage Parts 

• Introduction 
• Capacitors 
• Power saved in a capacitor 
• Capacitors in parallel 
• Capacitors in sequence 
• Potential division in series-connected capacitors 
• Inductance 
• Power saved in an inductor 
• Inductors in se ries 
• Inductors in parallel 
• Duality between inductors and capacitors 
• Relationship between inductance, reluctance and the variety of activates a coil 
• Mutual inductance 
• Route of the mutually induced e m f – the dot notation 
• Coefficient of coupling 
• Mutually coupled coils in se ries and in parallel 
• Unworked issues

The Sinewave, Phasors and Energy 

• Introduction 
• Imply or common worth of an alternating amount 
• The efficient worth or r m s worth of a periodic wave 
• Section angle 
• Phasors and phasor diagrams 
• Illustration of a sinusoidal amount as a posh worth 
• Impedance of parts 
• Resistance 
• Pure inductance 
• Pure capacitance 
• CIVIL – an a c mnemonic 
• The susceptance of parts 
• The admittance of parts 
• The impedance of parts in se ries 
• The admittance and impedance of parts in parallel 
• Impedance and admittance of series-parallel circuits 
• Energy and energy issue 
• Energy, VA and V Ar absorbed by perfect parts 
• v-i waveforms 
• Energy consumed in an a c circuit 
• Complicated energy 
• Unworked issues

Sinusoidal Regular-state Analysis 

• Introduction 
• Nodal, mesh and loop evaluation 
• Precept of superposition 
• Thevenin’s theorem and Norton’s theorem 
• Millman’s theorem 
• Rosen’s, star-delta and delta-star theorems 
• Most energy switch theorem 
• a c circuits with dependent sources
• Unworked issues

Polyphase Circuits 

• Introduction 
• Three-phase era 
• Star-connection or Y -connection 
• Section sequence 
• Balanced and unbalanced methods 
• Section and line voltages in a star-connected system 
• Delta-connected or mesh-connected three-phase supply 
• Three-phase, 4~wire, star-star system 
• Balanced provide, balanced load 
• Three-phase, four-wire, star-connected system with an unbalanced load 
• Three-phase, three-wire, star-star system 
• Delta-connected methods 
• Balanced delta-connected load with a balanced provide 
• Unbalanced delta-connected load with a balanced provide 
• Unbalanced delta-connected load with an unbalanced provide 
• Delta-connected provide and a star-connected load 
• Star-connected provide and delta-connected load 
• Abstract of balanced star- and delta-connected masses 
• Energy consumed in a three-phase system 
• Energy measurement in a three-phase system 
• The 2-wattmeter methodology of energy measurement 
• Introduction to symmetrical elements 
• Analysis of unbalanced circumstances 
• Energy consumed by symmetrical elements 
• Unworked issues

Two-port Networks 

• Introduction 
• Enter impedance, output impedance, voltage achieve, present achieve and energy achieve 
• Admittance parameters or y-parameters 
• Impedance parameters or z-parameters 
• Hybrid parameters or h-parameters 
• Transmission parameters 
• Relationship between the y-, Z-, h- and t-parameters 
• Interconnection between two-port networks 
• Unworked issues

The Transformer 

• Introduction 
• The perfect transformer 
• Phasor diagram for an excellent transformer on no-load 
• Leakage flux in a transformer 
• Impedance matching with an excellent transformer 
• The perfect transformer as a two-port community 
• Thevenin’s equal circuit of an excellent transformer and voltage regulation 
• The linear transformer 
• T- and n-equivalent circuit of a linear transformer 
• Unworked issues

Transient Resolution of Electrical Circuits 

• Introduction 
• Classical answer of first-order methods 
• The time fixed i of a circuit 
• Circuits reducible to first-order format 
• Classical answer of second-order methods 
• The Laplace rework 
• Step, impulse and ramp capabilities 
• Laplace transforms of some helpful capabilities 
• Properties of the Laplace rework 
• Illustration of circuit parts within the s area 
• Introduction to evaluation of first-order methods utilizing the Laplace rework 
• Sinusoidal excitation of first-order methods 
• Resolution of second-order circuits utilizing Laplace transforms 
• s-Area switch capabilities 
• Transients in magnetically coupled circuits 
• Unworked issues

Complicated Frequency, the s-Aircraft and Bode Diagrams 

• Introduction 
• The exponential type of a posh quantity 
• Complicated frequency 
• The s-plane 
• Transformation of impedance into the s-domain 
• Frequency response as a operate
• Switch capabilities 
• Bode diagrams

Resonance 

• Introduction 
• The resonant situation 
• Collection resonance 
• Resonant frequency and frequency response 
• The standard issue, Q s, of the sequence circuit 
• The height voltage throughout R, Land C 
• Bandwidth and selectivity of aseries RLC circuit 
• Parallel resonance 
• Resonant frequency and frequency response of an excellent parallel circuit 
• The standard issue, Q p’ of an excellent parallel circuit 
• Bandwidth and selectivity of a parallel circuit 
• Resonance in a sensible parallel circuit 
• Scaling electrical circuits 
• Impedance or magnitude scaling 
• Frequency scaling 
• Mixed scaling 
• Common resonant circuits 
• Passive and lively filters 
• Passive band-pass filter 
• Passive band-stop filter 
• Energetic RC filters 
• Selective resonance 
• Tuned coupled circuits 
• Unworked issues

Harmonics and Fourier Analysis 

• Introduction 
• Harmonics 
• Trigonometric Fourier sequence 
• Waveform symmetry 
• Line spectra 
• Circuit response to a non-sinusoidal forcing operate 
• r m s worth of a posh wave and the ability equipped 
• Impact of harmonics in a c methods 
• Harmonic evaluation 
• Unworked issues

Pc Resolution of Electrical Circuits 

• Introduction 
• Circuit description 
• Aspect description 
• Programming examples

Complicated Numbers, Matrices, Determinants and Partial Fractions 

• Imaginary numbers 
• Complicated numbers 
• Illustration of advanced numbers 
• Conjugate of a posh quantity 
• Sum and distinction of advanced numbers 
• Multiplication of advanced numbers 
• Division of advanced numbers 
• Powers and roots of advanced numbers 
• Matrix illustration 
• Matrix addition and subtraction 
• Matrix multiplication 
• The determinant of a sq. matrix 
• Minors and cofactors 
• Evaluating a determinant 
• The rule of Sarrus 
• Cramer’s rule 
• Matrices and determinants containing advanced numbers 
• Partial fractions

Electrical Circuit Analysis and Design PDF

Author(s): Noel M. Morris (auth.)

Series: Macmillan New Electronics Series

Publisher: Macmillan Education UK, Year: 1993

ISBN: 978-0-333-55483-8, 978-1-349-22560-6

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