Attachment # 00002612 - ECET220_W3_Lab_Worksheet-3.docx
ECET220_W3_Lab_Worksheet-3.docx (51.4 KB)
Raw Preview of Attachment:
(refer to the detailed question and attachment below)
Week 3 Lab WorksheetCourse Number: ECET220Professor:Laboratory Number: 3Laboratory Title: Bipolar Junction Transistor Amplifier Circuit AnalysisSubmittal Date: Click here to enter a date.Objectives:Results:Conclusions:Team:NameProgramSignatureNameProgramSignatureNameProgramSignatureObservations/Measurements:III. A.Theoretical Analysis: Please complete Table 1.Calculated ParametersVoltage (V)Current (mA)Base Voltage (VB)-Collector Voltage (VC)-Emitter Voltage (VE)-Collector-Emitter Voltage (VCE)-Base-Emitter Voltage (VBE)-Collector-Emitter Voltage @ Cutoff (VCE(off))-Collector-Emitter Voltage (VCEQ)-Base current (IB)-Collector current (Ic)-Emitter current (IE)-Collector current @ Saturation (Ic(STA))-Collector current (ICQ)-Table 1III. B. 2 & 3.MultiSim Simulation: Please complete Table 2.Simulated and Calculated ParametersVoltage (V)Current (mA)Base Voltage (VB)-Collector Voltage (VC)-Emitter Voltage (VE)-Collector-Emitter Voltage (VCE)-Base-Emitter Voltage (VBE)-Collector-Emitter Voltage @ Cutoff (VCE(off))-Collector-Emitter Voltage (VCEQ)-Base current (IB)-Collector current (Ic)-Emitter current (IE)-Collector current @ Saturation (Ic(STA))-Collector current (ICQ)-Table 2III. B. 6. Captured input and output signal waveforms of the simulated circuit on the oscilloscope: Insert the captured simulation results here.What is the VPP of the input signal Vin?Input signal Vin (VPP)b.What is the VPP of the output signal Vout?Output signal Vout (VPP)=What is the phase angle between the input and output signals?Vin and Vout signals phase angled.Calculate the voltage gain (AV) of this amplifier?Amplifier voltage gain (AV) =III. B. 7. Captured input and output signal waveforms of the simulated circuit on the oscilloscope: Insert the captured simulation results here.What is the VPP of the input signal Vin?Input signal Vin (VPP)b.What is the VPP of the output signal Vout?Output signal Vout (VPP)=What is the phase angle between the input and output signals?Vin and Vout signals phase angled.Calculate the voltage gain (AV) of this amplifier?Amplifier voltage gain (AV) =III. C. 1. Take the photos of your constructed circuit while measuring the BJT voltage-divider biased DC parameters (VB, VC, VE, VCE, VBE, IB, Ic, and IE). Insert the photos here with proper captions.III. C. 2 & 3. Constructed Circuit: Please complete Table 3.Measured and calculated ParametersVoltage (V)Current (mA)Base Voltage (VB)-Collector Voltage (VC)-Emitter Voltage (VE)-Collector-Emitter Voltage (VCE)-Base-Emitter Voltage (VBE)-Collector-Emitter Voltage @ Cutoff (VCE(off))-Collector-Emitter Voltage (VCEQ)-Base current (IB)-Collector current (Ic)-Emitter current (IE)-Collector current @ Saturation (Ic(STA))-Collector current (ICQ)-Table 3What is the VPP of the input signal Vin?Input signal Vin (VPP)b.What is the VPP of the output signal Vout?Output signal Vout (VPP)=What is the phase angle between the input and output signals?Vin and Vout signals phase angled.Calculate the voltage gain (AV) of this amplifier?Amplifier voltage gain (AV) =III. C. 8. Captured input and output signal waveforms of the simulated circuit on the oscilloscope: Insert the captured simulation results here.a.What is the peak-to-peak voltage of Vin from the Oscilloscope waveform?Peak to peak voltage of Vin =b.What is the peak-to-peak voltage of Vout from the Oscilloscope waveform?Peak to peak voltage of Vout =c.Are the Vin and Vout waveforms in phase or out of phase?Are Vin and Vout waveforms in phase ?d.Calculate the voltage gain (AV) of this circuit?voltage gain (AV) =D. Results Analysis Compare the calculated, simulated, and measured parameter values. Be sure to calculate the percentage of error in each method and to identify the source(s )of error.Plot the DC load-line and identify the Q-point for the calculated, simulated, and measured methods. Explain the significance of shifting the Q-point on the DC line and which method will result in better Q-point.IV. TroubleshootingDescribe any problems encountered and how those problems were solved.V. QuestionsPlease provide the answer to the following questions on the worksheet.Did your theoretical calculations closely match with the results obtained from the MultiSim simulation? (Yes/ No).Comments:Did your theoretical calculations closely match the results obtained from the constructed circuit? (Yes/ No) Comments:Did your results obtained from the MultiSim simulation closely match the results obtained from the Proto Board circuit? (Yes/ No) Comments:Did your results obtained from the MultiSim simulation closely match the results obtained from the Proto Board circuit? (Yes/ No) Comments:VI. GradingDeliverable% of GradePoints AchievedStatistics (calculations, accurate values)15Diagrams (labels, accuracy)6Analysis (interpretation and discussion results)6Organization (format of results and style)3Total Points30
Tutorials for this Question
  1. mac123
    Tutorial # 00043232 Posted By: mac123 Posted on: 01/28/2015 10:37 AM
    Puchased By: 3
    Tutorial Preview
    The solution of ECET220 iLab3...
      Get the Solution
    Attachments
    Theory.docx (3047.53 KB)
    New_folder.zip (182.26 KB)
Whatsapp Lisa