Fundamentals of Electrical Circuit Analysis

This book includes the basics of electricity followed by resistive series, parallel circuits and delta-wye conversion with the fundamental electrical laws. Node-voltage, loop-current and Network Theorems are included in detail to determine the circuit parameters such as total resistance, source current, voltage drop, and power absorbed. This book includes the basics of electricity followed by resistive series, parallel circuits and delta-wye conversion with the fundamental electrical laws. Node-voltage, loop-current and Network Theorems are included in detail to determine the circuit parameters such as total resistance, source current, voltage drop, and power absorbed. Most of the worked-out examples are verified by Multisim and PSpice simulations. A new software Automation Studio is also used to simulate examples. Operational amplifiers, first-order and second-order circuits will be discussed in detail. In addition to that the Laplace transform to solve circuit parameters will be included in this textbook. A quite good number of practice and exercise problems will be included. This book includes the basics of electricity followed by resistive series, parallel circuits and delta-wye conversion with the fundamental electrical laws. Node-voltage, loop-current and Network Theorems are included in detail to determine the circuit parameters such as total resistance, source current, voltage drop, and power absorbed. Most of the worked-out examples are verified by Multisim and PSpice simulations. A new software Automation Studio is also used to simulate examples. Operational amplifiers, first-order and second-order circuits will be discussed in detail. In addition to that the Laplace transform to solve circuit parameters will be included in this textbook. A quite good number of practice and exercise problems will be included.