Linear Circuit Theory

Informationen zum Autor Vlach, Jiri|| This comprehensive textbook covers all subjects on linear circuit theory, with the emphasis on learning the subject without an excessive amount of information. This unique approach stresses knowledge rather than computer use to start and differs from other books by introducing matrix algebra early in the book. The book's 290 problems are meant to be solved using matrix algebra, which provides the reader with a strong foundation on which to build. Zusammenfassung This comprehensive textbook covers all subjects on linear circuit theory! with the emphasis on learning the subject without an excessive amount of information. This unique approach stresses knowledge rather than computer use to start and differs from other books by introducing matrix algebra early in the book. The book's 290 problems are meant to be solved using matrix algebra! which provides the reader with a strong foundation on which to build. Inhaltsverzeichnis Basic Concepts. Nodal and Mesh Analysis. Matrix Methods. Dependent Sources. Network Transformations. Capacitors and Inductors. Networks with Capacitors and Inductors. Frequency Domain. Laplace Transformation. Time Domain. Network Functions. Active Networks. Two-Ports. Transformers. Modeling and Numerical Methods. Sensitivities. Modified Nodal Formulation. Fourier Series and Transformation. Appendix: Scaling of Linear Networks.

Auteur
Vlach, Jiri||

Texte du rabat

This comprehensive textbook covers all subjects on linear circuit theory, with the emphasis on learning the subject without an excessive amount of information. This unique approach stresses knowledge rather than computer use to start and differs from other books by introducing matrix algebra early in the book. The book's 290 problems are meant to be solved using matrix algebra, which provides the reader with a strong foundation on which to build.

Contenu

Basic Concepts. Nodal and Mesh Analysis. Matrix Methods. Dependent Sources. Network Transformations. Capacitors and Inductors. Networks with Capacitors and Inductors. Frequency Domain. Laplace Transformation. Time Domain. Network Functions. Active Networks. Two-Ports. Transformers. Modeling and Numerical Methods. Sensitivities. Modified Nodal Formulation. Fourier Series and Transformation. Appendix: Scaling of Linear Networks.