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Full Description
This study guide is designed for both groups of instructors and students enrolled in advanced electrical circuit analysis courses. The textbook includes problems with detailed solutions to help students understand the subjects in depth. It features partially solved exercises that encourage practice while guiding students through the problem-solving process and providing hints for the required formulas. Additionally, it offers exercises with final answers to motivate students to practice independently, while also aiding instructors in creating tests or quizzes. The material covered in the book includes the state equations of electrical circuits; circuit analysis in Laplace domain; network function and its applications and theorems in Laplace domain; zero and nonzero natural frequencies of a circuit, zeros and poles of network function of a circuit, and damping status of an electrical circuit; linear time-invariant (LTI) networks and applications of Tellegen's Theorem for LTI networks; impedance, admittance, hybrid, and transmission matrices of a two-port network; and series, parallel, and cascade connections of two-port networks.
Contents
Problems: State Equations of Electrical Circuits.- Solutions to Problems: State Equations of Electrical Circuits.- Problems: Laplace Transform and Network Function.- Solutions to Problems: Laplace Transform and Network Function.- Problems: Natural Frequencies of Electrical Circuits.- Solutions to Problems: Natural Frequencies of Electrical Circuits.- Problems: Network Theorems (Tellegen's and Tellegen's Invariant Network Theorems).- Solutions to Problems: Network Theorems (Tellegen's and Tellegen's Invariant Network Theorems).- Problems: Two-Port Networks.- Solutions to Problems: Two-Port Networks.
