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Implement the following circuit on NI Multisim 14.3 and perform the following: a- Set the potentiometer at maximum resistance b- Connect the 3 volt supply to the circuit c- Connect 9 V supply to the circuit d- Measure voltage across Rc and calculate current through Rc (Ic) e- Measure voltage across Riand calculate current through R1 (IB) f- Measure voltage across collector to emitter (VCE) of the transistor g- Make a three column table for IB and Icand XCεand enter your finding in the table. h- Change the potentiometer in small steps and repeatd-g (just enter data in the table that you have already made) i- Continue the h-g until you see no tangible change in thelc j- Plot the curve of Ic vs Vceand determine the saturation and VCE(cutoff), VCE(saturation) and the Ic(saturation) on the plot. k- Based on the k where you suggest tobias the transistor for small signal linear operation. Determine VCEQ and IQ and IB based on your suggestion. + R1 VBB 3 V 20kohm Rc 390 Ω 2N2222 Vcc 9 V 100 Ω Potentiometer

Implement the following circuit on NI Multisim 14.3 and perform the following: a- Set the potentiometer at maximum resistance b- Connect the 3 volt supply to the circuit c- Connect 9 V supply to the circuit d- Measure voltage across Rc and calculate current through Rc (Ic) e- Measure voltage across Riand calculate current through R1 (IB) f- Measure voltage across collector to emitter (VCE) of the transistor g- Make a three column table for IB and Icand XCεand enter your finding in the table. h- Change the potentiometer in small steps and repeatd-g (just enter data in the table that you have already made) i- Continue the h-g until you see no tangible change in thelc j- Plot the curve of Ic vs Vceand determine the saturation and VCE(cutoff), VCE(saturation) and the Ic(saturation) on the plot. k- Based on the k where you suggest tobias the transistor for small signal linear operation. Determine VCEQ and IQ and IB based on your suggestion. + R1 VBB 3 V 20kohm Rc 390 Ω 2N2222 Vcc 9 V 100 Ω Potentiometer

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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Implement the following circuit on NI Multisim 14.3 and perform the following: a- Set the potentiometer at maximum resistance b- Connect the 3 volt supply to the circuit c- Connect 9 V supply to the circuit d- Measure voltage across Rc and calculate current through Rc (Ic) e- Measure voltage across Riand calculate current through R1 (IB) f- Measure voltage across collector to emitter (VCE) of the transistor g- Make a three column table for IB and Icand XCεand enter your finding in the table. h- Change the potentiometer in small steps and repeatd-g (just enter data in the table that you have already made) i- Continue the h-g until you see no tangible change in thelc j- Plot the curve of Ic vs Vceand determine the saturation and VCE(cutoff), VCE(saturation) and the Ic(saturation) on the plot. k- Based on the k where you suggest tobias the transistor for small signal linear operation. Determine VCEQ and IQ and IB based on your suggestion. + R1 VBB 3 V 20kohm Rc 390 Ω 2N2222 Vcc 9 V 100 Ω Potentiometer
Transcribed Image Text:Implement the following circuit on NI Multisim 14.3 and perform the following: a- Set the potentiometer at maximum resistance b- Connect the 3 volt supply to the circuit c- Connect 9 V supply to the circuit d- Measure voltage across Rc and calculate current through Rc (Ic) e- Measure voltage across Riand calculate current through R1 (IB) f- Measure voltage across collector to emitter (VCE) of the transistor g- Make a three column table for IB and Icand XCεand enter your finding in the table. h- Change the potentiometer in small steps and repeatd-g (just enter data in the table that you have already made) i- Continue the h-g until you see no tangible change in thelc j- Plot the curve of Ic vs Vceand determine the saturation and VCE(cutoff), VCE(saturation) and the Ic(saturation) on the plot. k- Based on the k where you suggest tobias the transistor for small signal linear operation. Determine VCEQ and IQ and IB based on your suggestion. + R1 VBB 3 V 20kohm Rc 390 Ω 2N2222 Vcc 9 V 100 Ω Potentiometer
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