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Signals, Systems and Transforms - Second Edition

Parameter

  • 688 Seiten
  • 25 Lesestunden

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This comprehensive textbook emphasizes the difference between models and the physical signals and systems they represent. Beginning with continuous-time topics and progressing to discrete-time materials, yet flexible for courses that treat them in parallel, Signals, Systems, and Transforms: introduces signals and systems and describes several physical continuous-time and discrete-time systems; covers the Fourier series, the Fourier transform for continuous-time signals and systems, the Laplace transform, and state variables for continuous-time systems; develops the z-transform with the discrete-time Fourier transform and the discrete Fourier transform, and gives state variables for discrete-time systems. In addition, the authors integrate the software tool MATLAB as much as possible in examples and homework problems.

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Signals, Systems and Transforms - Second Edition, Charles L. Phillips, John M. Parr

Sprache
Erscheinungsdatum
1999
Einband
(Hardcover)
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Titel
Signals, Systems and Transforms - Second Edition
Sprache
Englisch
Erscheinungsdatum
1999
Einband
Hardcover
Seitenzahl
688
ISBN10
0130953229
ISBN13
9780130953223
Reihe
Schlagwörter
Maschinenbau
Beschreibung
This comprehensive textbook emphasizes the difference between models and the physical signals and systems they represent. Beginning with continuous-time topics and progressing to discrete-time materials, yet flexible for courses that treat them in parallel, Signals, Systems, and Transforms: introduces signals and systems and describes several physical continuous-time and discrete-time systems; covers the Fourier series, the Fourier transform for continuous-time signals and systems, the Laplace transform, and state variables for continuous-time systems; develops the z-transform with the discrete-time Fourier transform and the discrete Fourier transform, and gives state variables for discrete-time systems. In addition, the authors integrate the software tool MATLAB as much as possible in examples and homework problems.