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EE 616 Computer Aided Analysis of Electronic Networks Lecture 12

EE 616 Computer Aided Analysis of Electronic Networks Lecture 12

EE 616 Computer Aided Analysis of Electronic Networks Lecture 12. Instructor: Dr. J. A. Starzyk, Professor School of EECS Ohio University Athens, OH, 45701. Note: materials in this lecture are from the notes of EE219A UC-berkeley http://www- cad.eecs.berkeley.edu/~nardi/EE219A/contents.html.

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EE 616 Computer Aided Analysis of Electronic Networks Lecture 12

EE 616 Computer Aided Analysis of Electronic Networks Lecture 12

EE 616 Computer Aided Analysis of Electronic Networks Lecture 12. Instructor: Dr. J. A. Starzyk, Professor School of EECS Ohio University Athens, OH, 45701. Note: materials in this lecture are from the notes of EE219A UC-berkeley http://www- cad.eecs.berkeley.edu/~nardi/EE219A/contents.html.

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610 views • 50 slides
Large Timestep Issues

Large Timestep Issues

Large Timestep Issues. Lecture 12 Alessandra Nardi. Thanks to Prof. Sangiovanni, Prof. Newton, Prof. White, Deepak Ramaswamy, Michal Rewienski, and Karen Veroy. Last lecture review. Transient Analysis of dynamical circuits i.e., circuits containing C and/or L Examples

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565 views • 42 slides
Methods for Ordinary Differential Equations

Methods for Ordinary Differential Equations

Methods for Ordinary Differential Equations. Lecture 10 Alessandra Nardi. Thanks to Prof. Jacob White, Deepak Ramaswamy Jaime Peraire, Michal Rewienski, and Karen Veroy. Outline. Transient Analysis of dynamical circuits i.e., circuits containing C and/or L Examples

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543 views • 38 slides
Methods for Ordinary Differential Equations

Methods for Ordinary Differential Equations

Methods for Ordinary Differential Equations. Lecture 10 Alessandra Nardi. Thanks to Prof. Jacob White, Deepak Ramaswamy Jaime Peraire, Michal Rewienski, and Karen Veroy. Outline. Transient Analysis of dynamical circuits i.e., circuits containing C and/or L Examples

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552 views • 38 slides
Chapter 26

Chapter 26

Chapter 26. Stiffness and Multistep Methods Chapter 26. Two areas are covered: Stiff ODEs will be described - ODEs that have both fast and slow components to their solution. Implicit solution technique and multistep methods will be described. Stiffness.

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