Advanced Analysis of Electric Circuits
Seiten
2011
Wissenschaftsverlag Thüringen
978-3-936404-51-7 (ISBN)
Wissenschaftsverlag Thüringen
978-3-936404-51-7 (ISBN)
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By ist content,approaching manner and treatment level, the book is addressing to undergraduate students, master degree and PhD students, as well as to engineers confronted with complex problems related to electric circuit modeling an analysis. It is invitation to go beyond the routine, an incitation of those who want to commit themselve to the research in the domain of electric circuit theory.
The selective and concise presentation of some genuine significant results, with theoretical and practical impact, is sustained by exemplifications which facilitate details understanding. The exposed analysis methods, their associated algorithms and dedicated programs are focused on efficiency, compromise between the solution accuracy and analysis costs, harmonization between theoretical modeling and concrete implementation.
The selective and concise presentation of some genuine significant results, with theoretical and practical impact, is sustained by exemplifications which facilitate details understanding. The exposed analysis methods, their associated algorithms and dedicated programs are focused on efficiency, compromise between the solution accuracy and analysis costs, harmonization between theoretical modeling and concrete implementation.
| Verlagsort | Langewiesen |
|---|---|
| Sprache | englisch |
| Maße | 170 x 240 mm |
| Gewicht | 470 g |
| Einbandart | gebunden |
| Themenwelt | Technik ► Elektrotechnik / Energietechnik |
| Schlagworte | Analysis by discretized models, modelling of linear circuits, Euler discretized models, modeling of nonlinear circuits • Analysis by noda method, DC analysis, analysis of variable behavior, general nodel method • Analysis by signal flow graphs, two - ports, matrix flow graphs, feedback loop method, optimal topologic method, acyclic graph method. • Analysis by signal flow graphs, two - ports, matrix flow graphs, feedback loop method, optimal topologic method, acyclic graph method. • branch equation, circuits equation, substitution models, diakoptic • Double time scale method, method principle, partial differential equations discretization, numerical solution • .Estimations in resistive circuits, one-port resistance, location of iteration starting point. • Implementation by modified nodal method. Simulation by waveform relaxation methods, partitioning, diakoptic, windowing and scheduling, segregation • Linear electric cricuits, fundamental equations, Kirchhoff`s laws, calculation of dc circuits, calculation of dynamic circuits • Mutual coupling modeling, models for harmonic regime, operational models compatible with nodal analysis, algorithm, program and example • Superposition method, equivalent generator method, note voltage method, mesh currents method. • Transactor circuits, transactor, gyrator, nullor • Transactor circuits, transactor, gyrator, nullor; branch equation, circuits equation, substitution models, diakoptic |
| ISBN-10 | 3-936404-51-8 / 3936404518 |
| ISBN-13 | 978-3-936404-51-7 / 9783936404517 |
| Zustand | Neuware |
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Wegweiser für Elektrofachkräfte
Buch | Hardcover (2024)
VDE VERLAG
CHF 67,20
