14) 3) Consider an op amp circuit as shown in figure 5.The value of resistor R = 5kn and Capacitor C = 0.8µF.An input voltage of v,(t) = 6 sin 420t V. Calculate the time at which output voltage,V reaches 2V. R Vi(t)w Vo 4) Consider a non-inverting amplifier R1=25k and RF=100k as shown in figure 6.An input of peak to 0.5V peak voltage of 5V (Vin) is applied to this circuit. The slew rate of the op amp is given as What us is maximum allowable operating frequency. RI Ri Vout Vin

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14)
3) Consider an op amp circuit as shown in figure 5.The value of resistor R = 5kN and Capacitor C =
0.8µF.An input voltage of v,(t) = 6 sin 420t V. Calculate the time at which output voltage,V
reaches 2V.
R
Vi(t)w
Vo
4) Consider a non-inverting amplifier R1=25k and RF=100k as shown in figure 6.An input of peak to
0.5V
peak voltage of 5V (Vin) is applied to this circuit. The slew rate of the op amp is given as
What
us
is maximum allowable operating frequency.
RI
R1
Vout
Vin
Transcribed Image Text:14) 3) Consider an op amp circuit as shown in figure 5.The value of resistor R = 5kN and Capacitor C = 0.8µF.An input voltage of v,(t) = 6 sin 420t V. Calculate the time at which output voltage,V reaches 2V. R Vi(t)w Vo 4) Consider a non-inverting amplifier R1=25k and RF=100k as shown in figure 6.An input of peak to 0.5V peak voltage of 5V (Vin) is applied to this circuit. The slew rate of the op amp is given as What us is maximum allowable operating frequency. RI R1 Vout Vin
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