week 6 lab
Analysis:
- For Laboratory Application Assignment on pg. 204 – 205 examine Fig. 6-50.
- Perform calculations for:
- Rt (total equivalent resistance)
- It (total current supplied by voltage source)
- V1 (voltage across R1)
- V2 (voltage across R2)
- V3 (voltage across R3)
- V4 (voltage across V4)
- VAB (voltage between points A and B)
- I2 (current in R2 branch)
- I3 (current in R3 branch)
- P1 (power dissipated in R1)
- P2 (power dissipated in R2)
- P3 (power dissipated in R3)
- P4 (power dissipated in R4)
- Pt (total power dissipated by the series-parallel circuit)
- Perform calculations for:
- Scan all calculations showing all work in a file called “Lab6_Analysis_StudentID”.
Simulation:
- Construct the series circuit in Fig. 6-50 with MultiSIM.
Measure the values:
- Rt (total equivalent resistance)
- It (total current supplied by voltage source)
- V1 (voltage across R1)
- V2 (voltage across R2)
- V3 (voltage across R3)
- V4 (voltage across R4)
- VAB (voltage between points A and B)
- I2 (current in R2 branch)
- I3 (current in R3 branch)
- P1 (power dissipated in R1)
- P2 (power dissipated in R2)
- P3 (power dissipated in R3)
- P4 (power dissipated in R4)
- Pt (total power dissipated by the series-parallel circuit)
- Capture a screenshot of measured values and paste into a Word document entitled “Lab6_Simulation_StudentID”
- Answer all questions in the “Series-Parallel Circuit Characteristics” section on pg. 204 – 205 in this same document.
- Series-Parallel Circuit Troubleshooting section is not required.
Upload files “Lab6_Analysis_StudentID” AND “Lab6_Simulation_StudentID”