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Try it yourself WileyPLUS EXAMPLE 9.7-1 Forced Response to an Exponential Input Find the forced response for the inductor current $i_f$ for the parallel RLC circuit shown in Figure 9.7-1 when $i_s = 8e^{-2t}$ A. Let $R = 6 \Omega$, $L = 7$ H, and C = 1/42 F. Solution $i_s u(t)$ $R$ $L$ $C$ Ground

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yourself
WileyPLUS
EXAMPLE 9.7-1 Forced Response to an Exponential Input
Find the forced response for the inductor current $i_f$ for the parallel RLC
circuit shown in Figure 9.7-1 when $i_s = 8e^{-2t}$ A. Let $R = 6 \Omega$, $L = 7$ H, and
C = 1/42 F.
Solution
$i_s u(t)$
$R$
$L$
$C$
Ground

Try it
yourself
WileyPLUS
EXAMPLE 9.7-1 Forced Response to an Exponential Input
Find the forced response for the inductor current if for the parallel RLC
circuit shown in Figure 9.7-1 when is = 8e^-2t A. Let R = 6 Ω, L = 7 H, and
C = 1/42 F.
Solution
is u(t)
R
L
C
Ground

Added by David H.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Manik Pulyani

01/31/2022

Step 1

7-1 can be represented by the following differential equation: L(di/dt) + Ri + (1/C)∫i dt = is where i is the current through the inductor, is is the source current, L is the inductance, R is the resistance, and C is the capacitance. Show more…

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[electrical circuit theory] Please using laplace transform, explain this problem. Find the forced response for the inductor current i_(f) for the parallel RLC circuit shown in Figure 9.7-1 when i_(s)=8e^(-2t)A. Let R=6Omega ,L=7H, and C=(1)/(42)F Solution Try it yourself WileyPLUS EXAMPLE9.7-1 Forced Response to an Exponential Input Find the forced response for the inductor current if for the parallel RLC circuit shown in Figure 9.7-1 when is = 8e-2t A. Let R = 6 L, L= 7 H, and C=1/42F. iu Solution Ground