Fundamentals of Electrical Circuit Analysis
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Beschreibung
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.
Easy and step-by-step presentation of each theory Includes worked out examples and exercises Contains large number of practice problems after discussing each theory Includes simulation software to calculate circuit parameters
Autor*in
Md. Abdus Salam
Themen in »Fundamentals of Electrical Circuit Analysis«
Active and Passive Elements Electrical Laws Voltage Division Rule Current Division Rule Delta-Wye Transformations Source Conversion Technique Noninverting Op Amp Thevenin Theorem Phasors and j-operator Kirchhoff’s Voltage Law Kirchhoff’s Current Law Basic Logic Gates Parallel Resonance Nodal and Mesh Analysis Integrators and Differentiators