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1. Draw the circuit for a three input summing amplifier. CrounttC

1. Draw the circuit for a three input summing amplifier. CrounttC

Introductory Circuit Analysis (13th Edition)
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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Problem 3: Summing Amplifier PSpice Analysis 1. Draw the circuit for a three input summing amplifier. 2. Build your summing amplifier in a PSpice file named: PreLab3_<Group#>C. 3. Use three separate VSIN voltage sources with VAMPL set at 5.0 V, 2.5 V, and 1.0 V as inputs and with AC set at a value equal to VAMPL /V2 (six significant figures). 4. Use 100 kn resistors as the input and feedback resistors. 5. Use a 10 k resistor as the output load resistor. 6. Place voltage markers on each voltage source and on the output. 7. Run an AC Sweep from 100 Hz to 100 MHz. 8. Print a copy of this schematic and graph. 9. Use the cursors to determine the cutoff frequency of the op-amp: fcutoff = 10. Next run a Transient Analysis on your circuit. 11. Print a copy of the response. 12. Using cursors, calculate the magnitudes of the input and output voltages of the circuit: (Cursor Max - Cursor Min)] VMag %3D V1 Mag V2 Mag V3 Mag Vout Mag %3!
Transcribed Image Text:Problem 3: Summing Amplifier PSpice Analysis 1. Draw the circuit for a three input summing amplifier. 2. Build your summing amplifier in a PSpice file named: PreLab3_<Group#>C. 3. Use three separate VSIN voltage sources with VAMPL set at 5.0 V, 2.5 V, and 1.0 V as inputs and with AC set at a value equal to VAMPL /V2 (six significant figures). 4. Use 100 kn resistors as the input and feedback resistors. 5. Use a 10 k resistor as the output load resistor. 6. Place voltage markers on each voltage source and on the output. 7. Run an AC Sweep from 100 Hz to 100 MHz. 8. Print a copy of this schematic and graph. 9. Use the cursors to determine the cutoff frequency of the op-amp: fcutoff = 10. Next run a Transient Analysis on your circuit. 11. Print a copy of the response. 12. Using cursors, calculate the magnitudes of the input and output voltages of the circuit: (Cursor Max - Cursor Min)] VMag %3D V1 Mag V2 Mag V3 Mag Vout Mag %3!
Resistors 1.0ko 1.2kQ 1.5ko 1.8kO 2.2ko 2.7kO 3.3kO 3.9kO 4.7kQ 5.6kQ 6.8k 8.2kQ 10ko 12ko 15ka 22ko 27kO 33kO 39kO 47KQ 56kO 68kO 82ko 100ko 120ko 150ko 180ko 220OKO 270ko 330ko 39k0Q 470ka 560kO
Transcribed Image Text:Resistors 1.0ko 1.2kQ 1.5ko 1.8kO 2.2ko 2.7kO 3.3kO 3.9kO 4.7kQ 5.6kQ 6.8k 8.2kQ 10ko 12ko 15ka 22ko 27kO 33kO 39kO 47KQ 56kO 68kO 82ko 100ko 120ko 150ko 180ko 220OKO 270ko 330ko 39k0Q 470ka 560kO
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