Assignment
Question Description
Using the Quartus II schematic editor, design and develop a digital circuit consisting of Flip-Flops of your choice to build either an asynchronous or a synchronous Mod-10 (decade) counter. The output of this counter should be a 4-bit value which can be connected to a BCD-to-7 segment decoder 2.The BCD-to-7 segment decoder will accept a 4-bit input (representing digits 0-9) and produce a 7-bit output to drive a 7-segment display (you have the freedom to design for either a common anode or a common cathode circuit, however, your report should reflect your design choices). To verify the operation of the circuit, you should use the Waveform Editor tool
Digital Counter with Display Brief
You are required to use the Quartus II schematic editor to perform digital circuit design of a synchronous or asynchronous counter with seven segment display and verify its operation via test waveforms. You have the freedom to choose which type of counter you wish to build. Project Description The assignment consists of two major parts: practical (10%) (creation of circuit schematics and test cases inQuartus II) and a report outlining the design process and considerations Using the Quartus II schematic editor, design and develop a digital circuit consisting of Flip-Flops of your choice to build either an asynchronous or a synchronous Mod-10 (decade) counter. The output of this counter should be a 4-bit value which can be connected to a BCD-to-7 segment decoder.
The BCD-to-7 segment decoder will accept a 4-bit input (representing digits 0-9) and produce a 7-bit output to drive a 7-segment display (you have the freedom to design for either a common anode or a common cathode circuit, however, your report should reflect your design choices). To verify the operation of the circuit, you should use the Waveform Editor tool (University Program VWF) in Quartus II.
Report
Your report submission should adhere to the following guidelines:
- Max 10 pages
- Format:
- Intro (max 1 page) outlining synchronous/asynchronous counters (depending on your choice) and seven-segment displays
- Design (max 5 pages) – in this section, you should give details on your design choices, including type of counter, type of flip-flops used (D, JK, T, etc.), diode display (common cathode/anode), corresponding truth table for decoder design choices, limiting count value between 0-9.
Solution
