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EEL 3123 Linear Circuits II Lab Manual
  • Introduction
    • Safety Rules & Operating Procedures
    • Laboratory Safety Information
    • Troubleshooting Hints
  • Experiments
    • #1: DC Measurements
    • #2: Circuit Analysis Techniques
    • #3: AC Measurements
    • #4: First and Second Order Circuits
  • Projects
    • Project #1 Thevenin’s Theorem
    • Project #2 Circuit Design #1
      • Circuit Design Part A
      • Circuit Design Part B
      • Circuit Design Part C
    • Project #3 AC Load Measurement
    • Project #4 Circuit Element Identification
    • Project #5 Circuit Design #2
  • Appendix
    • I. Lab Component
    • II. List of Available Resistors & Capacitors
    • III. Standard Resistor Color Code

Troubleshooting Hints

  1. Be sure that the power is turned on.
  2. Be sure that the supply voltages are correct and the ground connections are common. For some power supplies, the ‘ON’ button needs to be clicked in order to turn on the output channel.
  3. Be sure the circuit you built is identical to that in the diagram. Do a node-by-node check if needed.
  4. Be sure the resistors, capacitors and inductors used in your circuit all have the correct values. You can get that information using a digital multimeter, color code or the nominal value printed on the component.
  5. Be sure that the equipment is set up correctly and you are measuring the correct parameter.
  6. If steps 1 through 5 are correct, you probably have used a component that doesn’t work. It is also possible that the equipment does not work (although this is not probable) or the breadboard you are using may have some unwanted paths between nodes. To find your problem you much trace through the voltages in your circuit node by node and compare the signal you have to the signal you expect to have. If they are different, use your engineering judgment to decide what is causing the difference or ask you lab assistant.

Table of Contents

  • Introduction
    • Safety Rules & Operating Procedures
    • Laboratory Safety Information
    • Troubleshooting Hints
  • Experiments
    • #1: DC Measurements
    • #2: Circuit Analysis Techniques
    • #3: AC Measurements
    • #4: First and Second Order Circuits
  • Projects
    • Project #1 Thevenin’s Theorem
    • Project #2 Circuit Design #1
    • Circuit Design Part A
    • Circuit Design Part B
    • Circuit Design Part C
    • Project #3 AC Load Measurement
    • Project #4 Circuit Element Identification
    • Project #5 Circuit Design #2
  • Appendix
    • I. Lab Component
    • II. List of Available Resistors & Capacitors
    • III. Standard Resistor Color Code

About

Lab Manual Authors:
Dr. Parveen Wahid
Ms. Ya Shen
Dr. Chung Yong Chan

Project Assistant Producers:
Ethan Partidas
Mena Mishriky                                              Ethan Fluhr                                            Isaiah McCarty

Webmasters:
Brandon Cuevas
Garett Goodale

For questions and revision requests, please contact Chung Yong Chan at chungyong.chan@ucf.edu.

Revised March 2023

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