Experiments In Engineering Network Analysis (eBook, ePUB)
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In this book, we have given the practical implementation and verification of the concepts used in very important stream of Electronics/Electrical Engineering mostly known by name Engineering Circuit analysis. The book has been divided into three major sections: (1) evaluation of circuits based on renowned circuit laws and theorem, (2) practical implementation of the concept related to Network functions. (3) Method of practical analysis of circuits in time domain and frequency domain. We have written the experimental procedure for the verification of many commonly used theorems, namely Thevenin...
In this book, we have given the practical implementation and verification of the concepts used in very important stream of Electronics/Electrical Engineering mostly known by name Engineering Circuit analysis. The book has been divided into three major sections: (1) evaluation of circuits based on renowned circuit laws and theorem, (2) practical implementation of the concept related to Network functions. (3) Method of practical analysis of circuits in time domain and frequency domain. We have written the experimental procedure for the verification of many commonly used theorems, namely Thevenin's Theorem, Nortan's Theorem, Superposition Theorem, Maximum Power Transfer theorem and the Reciprocity theorems. For practical evaluation of these theorems we used very commonly used equipment easily available in electronics engineering laboratory. All the experiments are performed for low power DC supply. For introducing the concept related to the Network functions we designed the circuit and calculated various two-port parameters namely z- parameter, y- parameter, ABCD/ chain, hybrid/Inverse Hybrid and conductance parameters for our designed circuits. We also designed the experiment for verifying the Network functions when connected in cascade, series and parallel. These experiments are also implemented for DC low power supply. For the analysis of circuits in time domain, we designed the experiments for first order and second order circuit and observation can be made for their transient and steady state behavior. For frequency domain analysis we designed the experiment based on Fourier series analysis.
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