For the input waveforms of and op-amp circuits A and B are shown in Figure 2, R₁-20 k0, R₂-20 k0, R3-40 kn, and C=10 μF.

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answerhappygod
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For the input waveforms of and op-amp circuits A and B are shown in Figure 2, R₁-20 k0, R₂-20 k0, R3-40 kn, and C=10 μF.

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For the input waveforms of and op-amp circuits A and B are shown in Figure 2, R₁-20 k0, R₂-20 k0, R3-40 kn, and C=10 μF. R₁ VO-WW Vol Figure 2 Assuming ideal behaviour: a) Determine the output voltage in V from Op-amp circuit A at t=1.5 s (with one digit of accurac Answer: V b) Plot the input waveforms on a V-t diagram for 0 st≤ 6. c) For the Op-amp circuit B, determine the coefficient A if Vout1 AxV₁ (with up to one digit of accuracy) and plot Vout as a function of t for 0 st s 6. Answer: A= d) Determine Vout2 in V from Op-amp circuit B at t=3 s (with up to one digit of accuracy). Answer: V e) Determine Vout2 in V from Op-amp circuit B at t=6 s (with up to one digit of accuracy) Answer: V V₁ (t) = V₂(t) = -2t +6 -2 R. V, 0-w V₂0 R₂ Op-amp circuit A R₂ www Op-amp circuit B Ry ww R₂ www 0≤t≤2 2 < t ≤4 4 < t ≤ 6 -O Vou in V -O Vou
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