8-Bit Accumulator

Goal

Create an eight bit accumulator using the following features:

• Two D Flip-Flops
• 8-Bit Adder
• Two 8-bit Registers
• Logic Circuit

Technical Requirements

• Use VHDL's arithmetic library to create an 8-bit adder
• Registers and D Flip Flops are rising edge
• Display Overflow, and Carry on the DE10-Lite board's LEDS
• Display Sum and input A on the DE10-Lite board's Hex Displays
• Represent all numbers in signed 2's representation

Takeaways

• Explain the fundamental logic circuits used in construction of computer memories
• Implement sequential logic circuits using VHDL and Quartus
• Porting VHDL code to a DE10-Lite Development Board

Disclaimer

• Due to the Univeristy of Pittsburgh's academic integrity policy, I am unable to publicly provide detailed information on my design process, and final design of this project. If you are in need of any more clarification you can contact me here.