For the circuit of fig. 1, a) Derive the output voltage expression vo in terms of R1, R2, Rf,V1, V2. t3 b) Assume R, = 10k, R2 = 20k, Rf = 20k, v, =, v2 = t2 –t are given. At what time the 2 output voltage vo(t) would be 0 Volt ? c) Assume R, what time the output voltage would be v, =Volt ? = 10k, R2 = 20k, Rf = 20k and v, = -cos (t), v2 = – cos(t) are given. At %3D 3 v2 if < Rf V1 R1 Vn >i1|> in ip Vo R2 V2 →i2 Fig 1

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For the circuit of fig. 1,
a) Derive the output voltage expression v, in terms of R1, R2, Rf, V1, V2.
b) Assume R, = 10k, R2 = 20k, Rf = 20k, vị =
t3
,, v2 = t² – t are given. At what time the
output voltage vo(t) would be 0 Volt ?
c) Assume R, = 10k, R2 = 20k, Rf = 20k and v, = -cos (t), v2 = – cos(t) are given. At
what time the output voltage would be v, = Volt ?
3
if -
Rf
V1
R1
Vn
>i1 > in
ip
Vo
R2
V2
> i2
Fig. 1
Transcribed Image Text:For the circuit of fig. 1, a) Derive the output voltage expression v, in terms of R1, R2, Rf, V1, V2. b) Assume R, = 10k, R2 = 20k, Rf = 20k, vị = t3 ,, v2 = t² – t are given. At what time the output voltage vo(t) would be 0 Volt ? c) Assume R, = 10k, R2 = 20k, Rf = 20k and v, = -cos (t), v2 = – cos(t) are given. At what time the output voltage would be v, = Volt ? 3 if - Rf V1 R1 Vn >i1 > in ip Vo R2 V2 > i2 Fig. 1
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