EET 300 Lecture Notes - Lecture 7: Inductor, Short Circuit, Voltage Source
14 Dec 2018
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Document Summary
In this chapter we will examine the fundamental transient behavior for networks involving resistors, capacitors, and inductors in 1st order networks. This analysis is follow-on to the introduction to the relationships between inductors and capacitors with voltage and current relationships which were established in chapter 3. capacitors in ductors. 0 i tdt c dv t c dt t t v t d i t i o. These networks will be analyzed while considering two extremes: The instant a switch is closed (t = 0+) (initial values) The steady state value (a long time has passed) (t = ) (final values) 1st let"s look at a network without any initial values. v ( c. Voltage across capacitor at the instant after the switch closes. Current thru an inductor at the instant after the switch closes v (t)dt. In bo th cases, there has been no area accumulation so they b oth ar e equal to zero v ( c.
