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13.46 PSPICE MULTISIM The op amp in the circuit shown in Fig. P13.460 is ideal. There is no energy stored in the circuit at t

solve for part a & b only

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Answer #1

teen www. R2 nu +4 4 RI + vg From vinnual ground concept V+ = V- V-= Ovalt + O Apply RCL at investing node- o geh? VCA) CR, -Vo(s) = _Ug (6) X 35x10-4 f168102 CLES 2X1024) Vg (1) = LiT, { 2000ot ult) } 1² 320,000 tult) an! 3*+1 2. Vol2 lo $? (1 + X1sta ferat Putting s= -lot ~28109 = A x0.+ 8 xo +ex (-10° -10 45000170 - 2 x 109. - C xlox - 5000. с 20 5000 250 Putting s=5.0

answered by: ANURANJAN SARSAM
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Answer #2

Solution:

For solving this Op-Amp network, we will take help of Laplace Analysis and virtual ground concept.

For obtaining time domain equation of output, we will perform stepwise partial fraction expansion of output equation then take inverse Laplace Transform.

1590870112506_Longimage05-31-202001.48.1

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