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Electric Circuit Analysis/Circuit Analysis - Lab1

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Home Laboratory Exercise

The Grand Idea:

Home Laboratory Exercises should be simple and safe enough for students to perform on their own. At the same time they should help the student to understand the underlying concepts of Electrical Engineering.

This means that HLEs can only be confined to low voltage experiments for safety purposes. Students are seriously discouraged from tampering with the mains at home. This could be fatal!

Current Situation:

At this point in time, Wikiversity is not able to offer HLEs as this feature is still very experimental. There are many other issues to be considered before embarking on this project.

Into The Near Future:

It is the sincere hope and wish of active participants in this course - and many other similar courses - that Wikiversity may soon host a Remote Laboratory Server where students can perform experiments in a virtual laboratory in real time.

In the mean time, here is what you can do to further your knowledge in electrical engineering.

Course Navigation: This page in this course


Part:1 Start-up Guide

Here are a few things you can do to further your self in Electrical Engineering:

  1. Subscribe to an electronics/electrical engineering hobby magazine (or you could get one at your local library)
  2. Use the Internet (there are many blogs dedicated to Electrical Engineering and related hobbies)
  3. Get yourself a Beginners Electronics Kit, which may include the following:
    • Electronics Tool Box.
    • Digital Multimeter.
    • Soldering Iron.
    • Soldering wire.
    • A batch of Resistors, Diodes, etc...
  4. Take an active interest in your surroundings (look around and try to identify electrical installations in your area).


Part:2

Further Reading & External Links

  1. Remote Electronics laboratory
  2. .
  3. .
  4. .
  5. .
  6. .

Circuit Analysis II

The following topics (and more) will be covered in Electric Circuits Analysis Level II:

  1. Phasor Notation.
  2. Superposition Theorem.
  3. Thevenin Theorem.
  4. Norton Theorem.
  5. Two Terminal Method.



Where to from here?

Thank you for taking part in this course. It is hoped that you have greatly benefited from it. Good luck! Please visit the Department home page for a list of other available courses in Electrical Engineering.

Department Of Electrical Engineering

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Development status: this resource is experimental in nature.
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