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Preface; 1 ; Introduction to MATLAB Programming; 1.1 MATLAB Introduction; 1.2 Getting started: Step 1; 1.3 Getting started: Step 2; 1.4 Getting started: Step 3; 1.5 Getting started: Step 4; 1.6 Summary; Key terms; Exercises; 2 ; Fundamentals of MATLAB programming; 2.1 Variables; 2.2 Arrays; 2.3 Matrices; 2.4 MATLAB operators; 2.4.1 Arithmetic operators; 2.4.2 Relational operators; 2.4.3 Logical operators; 2.4.4 Operators precedence’s; 2.5 MATLAB graphics; 2.5.1 Plots; 2.5.2 Sub plots; 2.5.3 Other types of plots; 2.5.3.1 Multiple plots in a graph; 2.5.3.2 Logarithmic plots a graph; 2.5.3.3 Various types of two dimensional plots; 2.5.3.4 Plotting complex numbersensional plots; 2.5.3.5 Three dimensional plots; 2.6 Branching & looping functions; 2.6.1 Branching functions; 2.6.1.1 If Function; 2.6.1.2 Switch Function; 2.6.1.3 Try/catch function; 2.6.1.4 The error function; 2.6.2 Looping functions; 2.6.2.1 For function; 2.6.2.2 While function; 2.6.2.3 Break & continue functions; 2.7 Miscellaneous functions; 2.7.1 String functions; 2.7.2 Input/output functions; 2.7.2.1 Input functions; 2.7.2.2 Output functions; 2.8 Programming a three phase source; 2.9 Additional programs; 2.10 Summary; Key terms; Exercises; 3 ; Fundamentals of SIMULINK; 3.1 Introduction;; 3.2 Application block sets; 3.3 Application toolboxes; 3.3.1 Power system toolbox; 3.3.2 Control system toolbox; 3.3.3 The signal processing toolbox; 3.3.4 The symbolic Math toolbox; 3.4 Constructing a SIMULINK model; 3.5 Taking variables from MATLAB; 3.6 Running & analyzing a SIMULINK model; 3.7 Discrete time systems; 3.8 Summary; Key terms; Exercises; 4 ; Basic Electrical Engineering applications; 4.1 Elementary Definitions; 4.2 Plotting of sine, cosine, triangular, waveforms; 4.3 Estimation of Average, RMS & peak values; 4.4 Ohm’s law verification; 4.5 Dependent & Independent voltage & current sources; 4.6 RLC series parallel circuits Simulation; 4.7 Resonance phenomenon Simulation; 4.8 Simulations of Network theorems; 4.8.1 Superposition Theorem; 4.8.2 Reciprocity Theorem; 4.8.3 Thevenin’s Theorem; 4.8.4 Norton’s Theorem; 4.8.5 Maximum power transfer Theorem for AC & DC networks; 4.9 Measurement of power; 4.10 Three phase star/delta sources Simulation; 4.11 Three phase star/delta load Simulation; 4.12 Transformers: Single & Three phase; 4.13 Simulation Projects; 4.13 Summary; Key Terms; Exercises; 5 ; Simulation of Rectifiers; 5.1 Basic Terms & Definitions; 5.2 Power Electronic Switches; 5.3 Uncontrolled rectifiers; 5.4 Controlled Rectifiers; 5.5 Half wave rectifiers; 5.6 Full wave rectifiers; 5.7 Analysis of rectifiers for various loads; 5.10 Simulation projects; 5.11 Summary; Key Terms; Exercises; 6 ; Simulation of Inverters; 6.1 Introduction; 6.2 Basic Terms & Definitions; 6.3 Single phase half wave; 6.4 Single phase full wave; 6.5 Single phase full wave; 6.6 DC to AC converters for various loads; 6.7 Three-phase 120 ?& 180 ? conduction inverters; 6.8 Analysis of Dual Converters; 6.9 Simulation projects; 6.10 Summary; Key terms; Exercises; 7 ; Simulation of Choppers & Cycloconverters; 7.1 Introduction;; 7.2 Elementary definitions; 7.3 Analysis of Buck converter; 7.4 Analysis of Boost converter; 7.5 Analysis of Buck-Boost converter; 7.6 Analysis of Four quadrant chopper; 7.7 Analysis of step up cycloconverter; 7.8 Analysis of step down cycloconverter; 7.9 Summary; Key terms; Exercises; 8 ; Applications to Power System; 8.1 Introduction; 8.2 Simulation of a three phase power system; 8.3 Analysis of transmission system under different faults; 8.3.1 Voltage Unbalance; 8.3.2 Voltage Sag/Swell; 8.3.3 Load Unbalance; 8.3.4 Short circuit/Open circuit; 8.3.5 Harmonics; 8.4 Load flow studies; 8.5 Power System stability; 8.6 Load frequency control; 8.7 Simulation projects; 8.8 Summary; Key terms; Exercises; 9 ; 9.2 Applications in Electrical Machines; 9.2.1 Simulation of Induction Motor; 9.2.2 Simulation of Synchronous Motor; 9.2.3 Simulation of DC series Motor; 9.2.4 Simulation of DC shunt Motor; 9.3 Motor Drives; 9.4 Applications in Control System Engineering; 9.4.1 Analysis of First order system; 9.4.2 Analysis of Second order system; 9.4.3 Analysis of Feedback system; 9.4.4 Bode plot analysis; 9.4.5 State Variable model; 9.4.6 Performance of feedback control system; 9.5 Summary; Key terms; Exercises; 10 ; Other applications; 10.1 Applications in Communication Systems; 10.1.1 Simulation of AM Waveform; 10.1.2 Simulation of FM waveform; 10.1.3 Simulation of PM waveform; 10.1.4 Simulation of Digital transmitting waveforms; 10.2 Applications in Computer engineering; 10.2.1 Introduction; 10.2.2 Animations; 10.2.3 Special functions; 10.2.4 Recursions; 10.2.5 Computer Arts; 10.3 Applications in Mechanical Engineering; 10.3.1 Introduction; 10.3.2 Modelling of Mechanical Systems; 10.3.3 Mass spring system; 10.3.4 Other Applications; 10.4 Various Simulation projects; 10.5 Summary; Key terms; Exercises; 11 ; Recent Developments; 11.1 Introduction; 11.2 Introduction to Matrix Converter; 11.3 Basics of Matrix Converter; 11.3.1 Bi-directional switches; 11.3.2 Commutation problem; 10.3.2.1 Four step current commutation; 11.3.3 Modulation Techniques; 11.3.3.1 Venturini Method; 11.3.3.2 Space vector modulation; 11.3.3.3Min-mid-max modulation; 11.4 Programming and simulations of matrix converters; 11.5 Introduction to PWM rectifiers; 11.5.1 Control techniques; 11.5.2 Simulation of PWM rectifier; 11.6 Summary; Key terms; Exercises; References; Bibliography; Index

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