EE 201P

1. Introduction	( 0.5 points)
State the objectives of the experiments briefly in few sentences.
2. Background	(0.5 point)
Give an overview of 8 to 1 and 4 to 1 multiplexer which you have used. This should be at least half a page long ( for single spacing, 10pt font).
3. Equipment List	( 0.5 points)
List the ICs that you have used for realizing the circuits. Also mention if you employed any multimeter or LEDs.
4. Experimental Procedure	(1.5 points)
Describe the utility of LEDs in the experiment. Show the connection of 4 to 1 multiplexers used to realize the truth table. Describe the minimum number of ICs required to realize the given boolean function. steps involved in testing a typical IC using verification of its logic gates.
5. Observations	(1 point)
Show your observations using truth table for terminal P and Q. Show the observation table for 4 to 1 multiplexer. Describe the K-map identification of the boolean funcions.
6. Analysis	( 0.5 point)
List the truth table for gates (ICs) which you tested. you results. Discuss any problems you might have had.
7. Conclusions	( 0.5 points)
Discuss your experience with designing a boolean function using multiplexers. State the results of your implementation and whether the objective was met. Give a brief overview of what was done.
NEATNESS, FORMATTING AND GENERAL LAYOUT	(up to -1 point if not followed)