PROCEDURE The signal generator is supplying the two input signals to the summing amplifier (op-amp 2, Az). A voltage follower (Op-amp 1, A1) is used to provide isolation between the summing amplifier inputs. 1) Construct the summing amplifier shown in FIGURE 5, using resistor values in TABLE 3. Then, Apply the input of V1 = V2 = 1 Vp. 2) In your report, sketch and label the input and output waveform, then, compare the calculated and measured output for the summing circuit. QUESTION What do you understand about summing amplifier?
PROCEDURE The signal generator is supplying the two input signals to the summing amplifier (op-amp 2, Az). A voltage follower (Op-amp 1, A1) is used to provide isolation between the summing amplifier inputs. 1) Construct the summing amplifier shown in FIGURE 5, using resistor values in TABLE 3. Then, Apply the input of V1 = V2 = 1 Vp. 2) In your report, sketch and label the input and output waveform, then, compare the calculated and measured output for the summing circuit. QUESTION What do you understand about summing amplifier?
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Transcribed Image Text:Е.
SUMMING AMPLIFIER
V, R,
ww
A1
A2
OVout
V2 R2
1 Vp,
300 Hz
FIGURE 5: Summing Amplifier
TABLE 3
R1
10 kQ
R2
2 ko
RF
10 ko
PROCEDURE
The signal generator is supplying the two input signals to the summing amplifier (op-amp 2, A2). A
voltage follower (Op-amp 1, A1) is used to provide isolation between the summing amplifier
inputs.
1) Construct the summing amplifier shown in FIGURE 5, using resistor values in TABLE 3.
Then, Apply the input of V1 = V2 = 1 Vp.
2) In your report, sketch and label the input and output waveform, then, compare the
calculated and measured output for the summing circuit.
QUESTION
What do you understand about summing amplifier?
Transcribed Image Text:10) What happen to the output if the frequency of the sources is increase to f = 3 kHz? Briefly
explain.
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