A. Using an operational amplifier draw the circuit diagram of a noninverting amplifier with a voltage gain of 25. Show all power supply connections, input and output voltages, and give appropriate values for the resistors. B. If the voltage gain is increased to 200, what effect will this change have on the bandwidth of the amplifier and why is this so? C. If the resistance of the transducer connected to the input of the noninverting amplifier is increased from 50 ohms to 50k ohms, what effect will it have on the voltage gain of the amplifier.
A. Using an operational amplifier draw the circuit diagram of a noninverting amplifier with a voltage gain of 25. Show all power supply connections, input and output voltages, and give appropriate values for the resistors. B. If the voltage gain is increased to 200, what effect will this change have on the bandwidth of the amplifier and why is this so? C. If the resistance of the transducer connected to the input of the noninverting amplifier is increased from 50 ohms to 50k ohms, what effect will it have on the voltage gain of the amplifier.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Transcribed Image Text:2.A. Using an operational amplifier draw the circuit diagram of a noninverting amplifier with a voltage
gain of 25. Show all power supply connections, input and output voltages, and give appropriate
values for the resistors.
- B. If the voltage gain is increased to 200, what effect will this change have on the bandwidth of the
amplifier and why is this so?
{C. If the resistance of the transducer connected to the input of the noninverting amplifier is increased
from 50 ohms to 50k ohms, what effect will it have on the voltage gain of the amplifier.
D. What effect will the change in transducer resistance from 50 ohms to 50k ohms have on the output
and why is this so?
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