Lab 2 (1)

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University of Central Florida *

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Course

3360

Subject

Chemistry

Date

Feb 20, 2024

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pdf

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4

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Justin Link Experiment 3 - Burglar alarm Introduction to Xilinx FPGA Vivaldo EEE3342C-22 Summer C012 Equipment: Vivaldo software Lab manual Ucf Computer and hardware Xilinx programmable controller Procedure: The first thing we had to do was to get our development environment correctly set up. The lab was very similar to our first two labs, so I was able to use a very similar process to get set up as the last two times. We first had to think about the theoretical properties associated with our burglar alarm, and what possible situations might cause it to be turned on. Next we found these scenarios by using a k map to make our equation. Using this equation we then formed our schematic, and began the process of setting up our experiment. Essentially, the code had to activate if the alarm was turned on, and one or both the window and door were open. This code was then simulated, synthesized, and programmed into our controller. Once the controller was programmed we could test our hardware by turning the input switches to “on” in different combinations and seeing whether or not the LED light turned on as it should. Conclusion:
Our experiment was a success! We were able to simulate a burglar alarm using logic gates on our controller, and our expected results matched our actual results. In the below images, you can see my logical schematic, as well as my simulated results.
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