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EE40_Fall08_Lecture15

# EE40_Fall08_Lecture15 - EE40 Lecture 15 Connie...

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Slide 1 EE40 Fall 08 Connie Chang-Hasnain EE40 Lecture 15 Connie Chang-Hasnain 10/3/08 Reading: Chap. 5 Topics: Second order circuit transient response

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Slide 2 EE40 Fall 08 Connie Chang-Hasnain Total Response Total response (complete solution) = forced response (particular solution) + transient response (complementary soln) Forced response x p (t) is the response imposed by the power source and the only remaining term after the transient passes (after a long time) We considered only two type of sources – DC source The forced response may be obtained with C as open and L as short circuit. – AC single frequency ω , i.e. sinusoidal The forced response must be sinusoidal with the same frequency ω • 1 st order circuit is solved in class and 2 nd order is best using complex impedance (next lecture) ( ) ( ) ( ) total p c x t x t x t = +
Slide 3 EE40 Fall 08 Connie Chang-Hasnain Total Response (2) Transient x c (t) is solved by writing down the circuit equation using KCL/KVL and set the source to 0

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EE40_Fall08_Lecture15 - EE40 Lecture 15 Connie...

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