ee 616 computer aided analysis of electronic networks lecture 14

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1 EE 616 Computer Aided Analysis of Electronic Networks Lecture 14 Instructor: Dr. J. A. Starzyk, Professor School of EECS Ohio University Athens, OH, 45701

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EE 616 Computer Aided Analysis of Electronic Networks Lecture 14. Instructor: Dr. J. A. Starzyk, Professor School of EECS Ohio University Athens, OH, 45701. Outline. Numerical Laplace Transform inversion Padé approximation Properties of the inversion method Applications - PowerPoint PPT Presentation

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Page 1: EE 616 Computer Aided Analysis of Electronic Networks Lecture 14

1

EE 616 Computer Aided Analysis of Electronic Networks

Lecture 14

Instructor: Dr. J. A. Starzyk, ProfessorSchool of EECSOhio UniversityAthens, OH, 45701

Page 2: EE 616 Computer Aided Analysis of Electronic Networks Lecture 14

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Outline

• Numerical Laplace Transform inversion•Padé approximation

• Properties of the inversion method

• Applications

• Stepping algorithm

•Stability

Page 3: EE 616 Computer Aided Analysis of Electronic Networks Lecture 14

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Numerical Laplace Transform inversion

Page 4: EE 616 Computer Aided Analysis of Electronic Networks Lecture 14

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Pade Approximation

Page 5: EE 616 Computer Aided Analysis of Electronic Networks Lecture 14

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Pade Approximation

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Pade Approximation

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Pade Approximation

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Pade Approximation

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Numerical Laplace Transform inversion

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Numerical Laplace Transform inversion

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Numerical Laplace Transform inversion

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Properties of the inversion method

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Applications

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Applications

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Applications

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Applications

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Applications

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Applications

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Applications

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Stepping algorithm

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Stepping algorithm

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Stepping algorithm

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Stepping algorithm

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Stepping algorithm

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Stability

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Stability

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Stability

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