## Practical MATLAB Applications for EngineersPractical Matlab Applications for Engineers provides a tutorial for those with a basic understanding of MatlabŪ. It can be used to follow Misza Kalechman’s, Practical Matlab Basics for Engineers (cat no. 47744). This volume explores the concepts and Matlab tools used in the solution of advanced course work for engineering and technology students. It covers the material encountered in the typical engineering and technology programs at most colleges. It illustrates the direct connection between theory and real applications. Each chapter reviews basic concepts and then explores those concepts with a number of worked out examples. |

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### Contents

1 | |

Chapter 2 Direct Current and Transient Analysis | 101 |

Chapter 3 Alternating Current Analysis | 223 |

Chapter 4 Fourier and Laplace | 319 |

Chapter 5 DTFT DFTZT and FFT | 457 |

Chapter 6 Analog and Digital Filters | 561 |

667 | |

671 | |

Back cover | 697 |

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amps analog ANALYTICAL Solution axis Bode plots Butterworth capacitor Chebyshev circuit diagram circuit shown coefficients convolution Create the script current i(t defined denoted DFT fm digital filter disp DTFT electrical evaluated ezplot following plots Fourier freq frequency domain function f(t given grid Harmonic impulse response inductor input Laplace linear loop currents loop equations magnitude and phase MATLAB function numerical obtained ohms output pass-band phase plots phasor plots of H(w poles R E S U L T S rad/s rad/sec range resistor results are shown returns the following returns the plots RLC circuit samples script file sequence f(n shown in Figure signal sinusoidal spectrum subplot theorem transfer function transform vC(t verify versus vL(t volts vR(t window xlabel frequency xlabel time index ylabel Amplitude ylabel Magnitude ylabel phase zeros