The circuit should be capable of dividing two binary numbers with decimal values as large as 10,000.
The circuit will have as inputs a minimum of two inputs; the binary equivalent of two decimal numbers of not greater than (10,000)10. The circuit will also produce a minimum of two outputs, the quotient and the remainder. This circuit should be simulated by verilogger or another program.
(Any kind of help would be very appreciated)
Define the required logic of the device
Design all components down to gate level
Define inputs and outputs
Create a flow chart outlining the logic implemented by your circuit
If a state machine is used, provide a state diagram
Define the quiescent (idle) response of the circuit
Define any "error" or "undefined" states or input combinations of the circuit
Generate a report for submission
Cover page
Problem Description
Description of Solution
Detailed design methodology
i.Why certain design choices were made
ii.What are the advantages of components of your design
iii.Simplified expressions created
iv.K-maps utilized
v.Work required to complete the design