EE101L
Lab Exercises


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Spring 2011 - Dates are tentative.

Last updated 1/6/11
NOTE LAB NUMBERS ARE NOT USED IN CHRONOLOGICAL ORDER.

 

Lab Exercises:   Print instructions before lab time and bring them with you.

  • Thurs 1/20/11:  Lab 0   Introduction to EE101L, sullabus, rules, network accounts, circuit example.

  • Thurs 1/27/11:  Lab 1   Ohm's Law, Kirchoff's Laws, and Conservation of Power.

  • Thurs 2/10/11  Lab 2   Resistive Circuits.

  • Thurs 2/17/11:  Lab 3   Introduction to Multisim /P-SPICE.

  • Thurs 2/24/11:  Lab 4   Multisim Evaluation of an RC Network.

  • Thurs 3/3/11:   Lab 5   Introduction to the Oscilloscope and Function Generator (Tektronix Scope).
    This lab meets in Analog Lab Rm 189

  • Thurs 3/10/11:  Lab 12   The 741 Operational Amplifier.

  • Thurs 3/24/11:   Lab 6   The 555 Timer.

  • Thurs 3/31/11:   Lab 7   Multi-Range 555 Frequency Source.
    This lab meets in Analog Lab Rm 189

  • Thurs 4/7/11:  Lab 9   Printed Circuit Board Artwork Generation.  

  • Thurs 4/14/11:   Lab 8   Introduction to Logic Gates and K-MAP Reduction.

  • Thurs 4/21/11:   Lab 10B   Using a Ripple Counter to Provide a Sequence of Logic Input Combinations.

  • Thurs 4/28/11:   Lab 13 (html)   Bring your parts kit!!!   The link shows a power point presentation about making a circuit board. We've already had one made for us, so you need to skip ahead to the sections on populating and soldering. Start with slide #36 "Populating" and review the process to the end. These pictures show an older type of board but the techniques are still the same. For better slides with video you can use the Power Point version here:  Power point version

  • Thurs 5/5/11:   No Lab this week. :-) See you at the final.  
    Lab 11   Lab 14  Do the prelab from Lab 11 and be prepared to do Lab 14 by looking over the Lab 14 link.
    Instead of a traditional lab book report, for this project you will create a spec sheet for your new product. Include a diagram, pin-out map, specifications for maximum voltage and current, and any information that would be useful to the end user such as what it does, application notes, suggested uses, and how to make connections to it. This should include everything the end user needs in order to use the item--you must assume they know nothing about it before they read your spec sheet.

 

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