Computer-based symbolic circuit analysis and simulation
R. Webster, Khai D. T. Ngo
Abstract
R. Webster, Khai D. T. Ngo
Abstract
A methodology is presented for symbolic generation of state-space equations. To implement the methodology, a circuit preprocessor, SSA-MAPL, has been developed to generate the symbolic modified modal equations. The symbolic state-space matrices are then derived using the symbolic algebra system Maple. These matrices are applied to efficiently analyze and simulate linear or switched-mode circuits. >
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A methodology is presented for symbolic generation of state-space equations. To implement the methodology, a circuit preprocessor, SSA-MAPL, has been developed to generate the symbolic modified modal equations. The symbolic state-space matrices are then derived using the symbolic algebra system Maple. These matrices are applied to efficiently analyze and simulate linear or switched-mode circuits. >
Key concepts: Symbolic trajectory evaluation, Symbolic data analysis, Symbolic computation, Maple, Computer science, The Symbolic, Preprocessor, State space