t(0-)t(0+)and zero input response + zero state response means homogenous solution + particular solution solve with differential equations *NO LAPLACE OR PHASORS*
t(0+)and zero input response + zero state response means homogenous solution + particular solution solve with differential equations *NO LAPLACE OR PHASORS*
t(0+)
and
zero input response + zero state response means
homogenous solution + particular solution
solve with differential equations *NO LAPLACE OR PHASORS*
T 0 T 0 And Zero Input Response Zero State Response Means Homogenous Solution Particular Solution Solve With Diffe 1 (68.84 KiB) Viewed 40 times
3) For the circuit below find: a) Draw the equivalent circuit for t<0 and find ve(0)& i₁(0) (3 points) b) For t>0, draw the equivalent circuit and find the Thevenin equivalent circuit across the inductor & capacitor, i.e., Across a and b. (i.e., find the RTH) (5 points) c) What is the characteristic equation? (2 points) d) Draw the equivalent circuit for t= 0 and find vezi(0*) and d) Obtain the zero-input response for vc(t) (5 points) e) Obtain the complete response for ve(t) for t> 0 (5 points) 2 V t=0 10 Ω 31A X 502 WO- dvezi (0) dt (5 points) + 2 FC www ell 5 H
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