The Operational Amplifier in the circuit shown has a slew-rate of 8 V/us. If Vim 0.1 V, then the Maximum allowed frequency non distorted in the circuit FMAX and the maximum gain allowed if FMAX = 2.5 MHz GMAX is: %3D %3D Vin 20 k Ohm 250 k Ohm Vo a. FMAX = 1.019 MHz and GMAX = 5.09 b. FMAX = 2.035 MHz and GMAX = 8.12
The Operational Amplifier in the circuit shown has a slew-rate of 8 V/us. If Vim 0.1 V, then the Maximum allowed frequency non distorted in the circuit FMAX and the maximum gain allowed if FMAX = 2.5 MHz GMAX is: %3D %3D Vin 20 k Ohm 250 k Ohm Vo a. FMAX = 1.019 MHz and GMAX = 5.09 b. FMAX = 2.035 MHz and GMAX = 8.12
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Q3
![The Operational Amplifier in the circuit
shown has a slew-rate of 8 V/us. If Vim
= 0.1 V, then the Maximum allowed
frequency non distorted in the circuit
FMAX and the maximum gain allowed if
FMAX = 2.5 MHz GMAX İs:
Vin
20 k Ohm
250 k Ohm
Vo
a. FMAX = 1.019 MHz and GMAX =
5.09
%3D
b. FMAX = 2.035 MHz and GMAX =
8.12
%3D
C.
FMAX = 0.851 MHz and GMAX =
%3D
4.52
d. FMAX = 0.759 MHz and GMAX =
9.73](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3e9364ac-6842-43b0-9022-ccb293971af7%2F32cfbe0c-5feb-4489-a1ab-1508db0be489%2F67w8uq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The Operational Amplifier in the circuit
shown has a slew-rate of 8 V/us. If Vim
= 0.1 V, then the Maximum allowed
frequency non distorted in the circuit
FMAX and the maximum gain allowed if
FMAX = 2.5 MHz GMAX İs:
Vin
20 k Ohm
250 k Ohm
Vo
a. FMAX = 1.019 MHz and GMAX =
5.09
%3D
b. FMAX = 2.035 MHz and GMAX =
8.12
%3D
C.
FMAX = 0.851 MHz and GMAX =
%3D
4.52
d. FMAX = 0.759 MHz and GMAX =
9.73
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