Discuss the effect of changing the value of the feedback resistor on the output voltage.What is the polarity relationship between the input and the output of the inverting amplifier?Discuss how you control the gain of the amplifier?From the results of part 2, discuss the effect of changing the frequency of the input signal.Give possible applications for this amplifier.Add any comments you think necessary based on the observations 47K+12 VePowerVariablePowerSupplyIK12-12VSupply0-ISVRiIKFigure 3o/P VoltageVolts Rj = 4.7kO/P Voltage Volts1/P Voltage VoltsRI = 1k11.00311.1810.510.9811.180110.9711.171.510.9611.165210.9511.1602.510.9411.1555. we Connect function generator output to the imput of amplifier (1kHz,1Vpp sine wave) andobserve both input and output waveforms on dual traceCRO simultaneously. Draw the waveforms.6. we Calculate Gain.in Cain= Veat/ Vin - from the observation table 1.And verify Gain=Rs/Bi 4. PROCEDURE PART 1. DC AMPLIFIER;1. we Connect the circuit as shown in Figure 3. Wiring sequence: 12V(+)-1, 12V(-)-3, GND-2,15V(+)-18,15V(-)-6,8-42 or (8-44), 48-VM(+),VM(-)-67,17-65.2. we Switch the power supply on ±12V.3. we Adjust input voltage as shown in table 1 and observe the output onvoltmeter.(observe the polarities of input and output voltage carefully).4. we Repeat step 3 with feedback resistance of 4.7k in place of 1k.

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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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Discuss the effect of changing the value of the feedback resistor on the output voltage.
What is the polarity relationship between the input and the output of the inverting amplifier?
Discuss how you control the gain of the amplifier?
From the results of part 2, discuss the effect of changing the frequency of the input signal.
Give possible applications for this amplifier.
Add any comments you think necessary based on the observations

47K
+12 Ve
Power
Variable
Power
Supply
IK
12
-12V
Supply
0-ISV
Ri
IK
Figure 3
o/P Voltage
Volts Rj = 4.7k
O/P Voltage Volts
1/P Voltage Volts
RI = 1k
11.003
11.181
0.5
10.98
11.180
1
10.97
11.17
1.5
10.96
11.165
2
10.95
11.160
2.5
10.94
11.155
5. we Connect function generator output to the imput of amplifier (1kHz,
1Vpp sine wave) andobserve both input and output waveforms on dual trace
CRO simultaneously. Draw the waveforms.
6. we Calculate Gain.
in Cain= Veat/ Vin - from the observation table 1.
And verify Gain=Rs/Bi

4. PROCEDURE PART 1. DC AMPLIFIER;
1. we Connect the circuit as shown in Figure 3. Wiring sequence: 12V(+)-1
, 12V(-)-3, GND-2,15V(+)-18,15V(-)-6,8-42 or (8-44), 48-VM(+),
VM(-)-67,17-65.
2. we Switch the power supply on ±12V.
3. we Adjust input voltage as shown in table 1 and observe the output on
voltmeter.(observe the polarities of input and output voltage carefully).
4. we Repeat step 3 with feedback resistance of 4.7k in place of 1k.

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