ECE 2100 Lecture Notes - Lecture 7: Rlc Circuit, Dirac Delta Function, Step Function

• School: Cornell University
• Department: Electrical & Computer Engineering
• Course: ECE 2100
• Professor: Marcia Eames- Sheavly

Document Summary

Concepts: laplace transform:: de ntion, step function, impulse function, functional and. Operation transforms, inverse transforms, partial fractional expansions, transfer. Functions, poles and zeros, initial and final value theorems s domain, circuit. Elements in the s domain, convolution integral, s domain & frequency domain, Reading: shealy notes, text chapter 12 and 13. 2: waveforms and the step function . 8: waveforms expressed with time translation . 9: initial & final value theorems . 17: circuit elements in the s domain . 19: circuit analysis in the s domain . The laplace transform used in circuit analysis provides a mathematical connection between the time domain and frequency do- main. In the context of the circuit analysis techniques already explored, the transient forced response of rlc circuits was found only for static (dc) sources switched on at some speci ed time (usually at t = 0).