E. A sinusoidal signal vin (t) = A cos(wt) is applied to the comparator circuit shown below. Draw the voltage at the output of the op-amp. Assume a power supply voltage of ±20 V. +15 V R=B k2 R2 1.0 k
E. A sinusoidal signal vin (t) = A cos(wt) is applied to the comparator circuit shown below. Draw the voltage at the output of the op-amp. Assume a power supply voltage of ±20 V. +15 V R=B k2 R2 1.0 k
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A=75, B=12
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E. A sinusoidal signal vin (t) = A cos(wt) is applied to the comparator circuit shown below.
Draw the voltage at the output of the op-amp. Assume a power supply voltage of ±20 V.
+IS V
Rj=B kQ
Vin o
R2
1.0 kf"
Transcribed Image Text:02
E. A sinusoidal signal vin (t) = A cos(wt) is applied to the comparator circuit shown below.
Draw the voltage at the output of the op-amp. Assume a power supply voltage of ±20 V.
+IS V
Rj=B kQ
Vin o
R2
1.0 kf
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