The results that corresponded to part two of the lab were visual results on one of the seven segment displays. Numbers as well as letters that were within the hexadecimal range of 0 - F were displayed on the seven-segment display …show more content…
This would allow a larger hexadecimal number to be displayed. As stated in part 2 results the numbers and letters of the hexadecimal system could be displayed using the switches located on the bottom of the board. However, with four seven-segment displays the range of switches for each display changed. Switches 0-3 corresponded with display 0, 4-7 corresponded with display 1, and the pattern continues until the final switch of a value of fifteen was reached as it can be seen in Figure 2. The value of fifteen was determined as the highest switch (SW) needed due to the fact only four switches were needed to control each display. It was also found during this portion of the lab that any value from 0-9 and A-F could be displayed using the correct combination of switches, which was determined by figuring out the value in