Slide 1 THE LAPLACE TRANSFORM IN CIRCUIT ANALYSIS Slide 2 A Resistor in the s Domain R + v i v=Ri (Ohm’s Law). V(s)=RI(s R + V I Slide 3 An Inductor in the s Domain + v…
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THE LAPLACE TRANSFORM IN CIRCUIT ANALYSIS A Resistor in the s Domain v=Ri (Ohm’s Law). V(s)=RI(s An Inductor in the s Domain + v L i Initial current of I0 V(s)=L[sI(s)-i(0-)]=sLI(s)-LI0…
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THE LAPLACE TRANSFORM THE LAPLACE TRANSFORM IN CIRCUIT ANALYSIS IN CIRCUIT ANALYSIS A Resistor in the s Domain A Resistor in the s Domain R + v i v=Ri (Ohm’s Law). V(s)=RI(s…
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Project paper Project paper View with images and charts Electrical and Electronic Engineering Chapter 1 1.1 Overview Over the years as the portable electronics industry progressed,…