lab 6 report

lab 6 report - Analysis : With help of the Xylinx software...

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Objective : The object of this lab is to design and construct a circuit that performs a specific mathematical function using combinational logic design technique. Preliminary : All I really had to do was understand binary multiplication, since that is what this lab requires. Looked at the conditions given 00 ≤n≤11 and 000≤n≤101 and with that I understood that we were going to have a total combination of 32. Therefore, I labeled my truth table A,B,C,D,E and F1, F2, F3, F4, F5, as you may see in Figure 1. All that I had to do afterward was look at my truth table to figure out the combinations that won’t exceed n > 101 per the lab specifications. I went ahead and constructed my five variables K’ maps for outputs F2, F3, F4, F5, and from there, I deduced the gates.
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Unformatted text preview: Analysis : With help of the Xylinx software that was available in the lab, we drew the schematics as shown in the figure attached. We then tested it and it was proven to be right according to the simulation. Next step was that we programmed the Xylinx chip and tested it on the switch board just to make sure that we were 100% accurate and to look for any errors in the experiment. Conclusion: This Experiment was pretty much a conceptual experiment, thus it tested our knowledge of binary multiplication, the creation of truth table, the implementation of five variable K maps, and the simulation of the NAND gates....
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This note was uploaded on 06/18/2008 for the course EE 4400 taught by Professor Kelly during the Spring '08 term at Mines.

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