Senior Year

In this lab I created a 4 bit half adder and full adder just using AND, NOR, and XOR gates. This lab showed me how to use these logic gates into a working adder that was able to add 4 bits of a binary input. On top of more experience with AND, NOR, and XOR gates as well as more experience with binary numbers.

In this lab I created a BCD adder/subtractor that is able to add and subtract any binary inputs and then convert them into BCD. This lab showed me how to use adder/subtractors as well as how to properly use a BCD to seven-segment display decoder. On top of more experience with the AND, NOR, and XOR gates. 

In this lab I was able to use my knowledge with all the previous topics to create a working roulette wheel using logic gates, counters, JK Flip-Flops, 555 timer circuits, and decoders.  This lab was able to show me what I could create when I took all the topics I learned and put them together to create a functional roulette wheel you would see at the casino. This lab showed me more experience with every single one of these topics as well as experience in Inventor and Ultiboard. 

In this lab I was able to use my experience on divide-by counters and seven-segment decoders to create a working clock that was able to provide the seconds as well as the minutes. This was combined with a previous lab where we create a 1 pps pulse by using a transformer and using its 60 Hz signal to make  a 1 pps with divide by counters and schmitt triggers. We used the 1 pps to divide it even more into the seconds and then minutes which was able to create this working clock.