Project: You are to design a sequential system to convert an 8-bit, unsigned binary number to a BCD number and display the result. Binary-to-BCD converters are required in many applications including analog-to-digital converters and display units. In this project, the binary number is loaded into a register from an external 8-bit switch array, and the converted BCD value is to be displayed using three 7-segment display devices. Conversion is carried out using a pair of up/down counters. With the binary number loaded onto an 8-bit binary counter, the counter is decremented at each clock (down counting) until it reaches zero. Simultaneously, a 3-digit BCD counter is started to count up from zero. When the binary counter reaches zero, the contents in the BCD counter correspond to the BCD value of the input binary number. The resulting BCD can be displayed on the 7-segment devices. The Digilent Basys3 board switches are to be used for inputting the binary number, and the 16 LEDs can display the binary number. Use one of the pushbutton switches to load the operand (binary number) in a register. After the operand is loaded, a start signal may be given by means of another pushbutton switch input. (Make sure to debounce each pushbutton switch input.) For the BCD output, use the three 7-segment display devices. (Note the 7-segment display devices show the values serially – read about it.) Project: You are to design a sequential system to convert an 8-bit, unsigned binary n