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A. Theoretical Development. 1. In theory discuss the natural and step responses of R-C and R-L circuits. 2. Define the duty cycle of a pulse. What is the duty cycle of a square pulse? 3. What is the difference in the setting of x1 and x10 of the oscilloscope probes? 4. How do we adjust the voltage and time scale of the oscilloscope? What is the purpose of calibrating a channel? 5. What is a waveform? What kind of waveforms are best observed and measured by oscilloscopes similar to the one used in the experiment? 6. What is a current measuring resistor? What was the value of the current measuring resistor used in the experiment? Is this value satisfactory? B. The R-C Circuit. 7. (a) Explain the response observed in Procedure 1. Indicate which interval represents the natural and which interval represents the step response of the circuit. (b) What is the circuit time constant measured for each value of R? C. Pspice Simulation of the R-L Circuit.

A. Theoretical Development. 1. In theory discuss the natural and step responses of R-C and R-L circuits. 2. Define the duty cycle of a pulse. What is the duty cycle of a square pulse? 3. What is the difference in the setting of x1 and x10 of the oscilloscope probes? 4. How do we adjust the voltage and time scale of the oscilloscope? What is the purpose of calibrating a channel? 5. What is a waveform? What kind of waveforms are best observed and measured by oscilloscopes similar to the one used in the experiment? 6. What is a current measuring resistor? What was the value of the current measuring resistor used in the experiment? Is this value satisfactory? B. The R-C Circuit. 7. (a) Explain the response observed in Procedure 1. Indicate which interval represents the natural and which interval represents the step response of the circuit. (b) What is the circuit time constant measured for each value of R? C. Pspice Simulation of the R-L Circuit.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A. Theoretical Development. 1. In theory discuss the natural and step responses of R-C and R-L circuits. 2. Define the duty cycle of a pulse. What is the duty cycle of a square pulse? 3. What is the difference in the setting of x1 and x10 of the oscilloscope probes? 4. How do we adjust the voltage and time scale of the oscilloscope? What is the purpose of calibrating a channel? 5. What is a waveform? What kind of waveforms are best observed and measured by oscilloscopes similar to the one used in the experiment? 6. What is a current measuring resistor? What was the value of the current measuring resistor used in the experiment? Is this value satisfactory? B. The R-C Circuit. 7. (a) Explain the response observed in Procedure 1. Indicate which interval represents the natural and which interval represents the step response of the circuit. (b) What is the circuit time constant measured for each value of R? C. Pspice Simulation of the R-L Circuit.
Transcribed Image Text:A. Theoretical Development. 1. In theory discuss the natural and step responses of R-C and R-L circuits. 2. Define the duty cycle of a pulse. What is the duty cycle of a square pulse? 3. What is the difference in the setting of x1 and x10 of the oscilloscope probes? 4. How do we adjust the voltage and time scale of the oscilloscope? What is the purpose of calibrating a channel? 5. What is a waveform? What kind of waveforms are best observed and measured by oscilloscopes similar to the one used in the experiment? 6. What is a current measuring resistor? What was the value of the current measuring resistor used in the experiment? Is this value satisfactory? B. The R-C Circuit. 7. (a) Explain the response observed in Procedure 1. Indicate which interval represents the natural and which interval represents the step response of the circuit. (b) What is the circuit time constant measured for each value of R? C. Pspice Simulation of the R-L Circuit.
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