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# Transient Analysis of a Resistor-Inductor (RL) Circuit ECET110 Professor Faculty Student Name May 28, 2014 Table of Contents 1. List of Figures and...

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Transient Analysis of a Resistor-Inductor (RL) Circuit ECET110 Professor Faculty Student Name May 28, 2014
Table of Contents 1. List of Figures and Tables …………………. .…….……. .……………. . 3 2. Project Objectives ………………………………….…….……………. . 4 3. System Requirements ….………………………………………………. . 4 4. Theory …………………………………………………………………. . 5 5. Multisim Simulation Results …………………………. .………………………. . 5 6. Experimental Procedure …………………………………………………. . 6 7. Analysis of Results ..……………. .……………………………………. . 6 8. Troubleshooting ….……. .……………………………………………. . 6 9. Conclusion ..……………………………. .……………………………. . 6 10. Works Cited ……………………………………………………………. . 7 11. Appendix …..………………. .…………………………………………. . 7 12. Answers to Questions .…………………………………………………. . 7 2
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Transient Analysis of a Resistor – Inductor (RL) Circuit This week’s lab involves performing a transient analysis of a resistor-inductor (RL) circuit. You will submit your report by following the guidelines provided in the document titled “Formal Lab Report Guidelines” located in Week 7 of Doc Sharing. Note that your Week 6 lab is very similar to this week’s lab, but your delivery format is going to will be different. Do not copy the format from Week 6 when you submit this report ! . This lab includes four parts: 1. Theoretical Analysis: a. Theoretical calculations of the time constant, voltage, current , and the duration the transients last for the sample RL circuit given in Figure 7.1 below. R L V 1 I L V 1 = 10 V DC R = 1 kΩ L = 47 mH Figure 7.1: RL Transient circuit Use the resources provided from the lecture and your text book to answer the following questions: 1. What is a time constant? 2. What is a transient? 3. Select the inductor from the lab kit. Using the DMM ohmmeter , measure the DC coil resistance of the inductor. 4. What is the time constant τ for the circuit in Figure 7.1? Repeat the calculation by including the inductor coil resistance in the calculation. 5. What is the transient time for the circuit in Figure 7.1? Repeat the calculation by including the inductor coil resistance in the calculation. 6. What is the value of the current I L through the inductor at the beginning and the end of the charge cycle? Repeat the calculation by including the inductor coil resistance in the calculation. 7. What is the voltage V L across the inductor and the resistor at the beginning and the end of the charge cycle? Repeat the calculation by including the inductor coil resistance in the calculation. (Note that the total voltage across the inductor will include the coil resistance.)
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Transient Analysis of a Resistor-Inductor (RL) Circuit
ECET110
Professor Faculty
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