Post History
Before the circuit here are the digital blocks which have been already designed and exist as part of the division block 1 bit subtractor: 2 bit subtractor(in the digital block diagram of the di...
#2: Post edited
- Before the circuit here are the digital blocks which have been already designed and exist as part of the division block
- 1 bit subtractor:
- 
- 2 bit subtractor(in the digital block diagram of the division block there is a 3 bit subtractor but this is the closest I have to a 3 bit subtractor):
- 
- 1 bit comparator
- 
- 2 bit comparator
- 
- Now here is what I have come up so far:
- 
- but now after the first iteration of the binary division algorithm I got stuck , I cant think how to continue.Help appreciated!
- Before the circuit here are the digital blocks which have been already designed and exist as part of the division block
- 1 bit subtractor:
- 
- 2 bit subtractor(in the digital block diagram of the division block there is a 3 bit subtractor but this is the closest I have to a 3 bit subtractor):
- 
- 1 bit comparator
- 
- 2 bit comparator
- 
- Now here is what I have come up so far:
- 
- Algorithm:
- 
- but now after the first iteration of the binary division algorithm I got stuck , I cant think how to continue.Help appreciated!
#1: Initial revision
Need help design a digital circuit which divides two binary numbers
Before the circuit here are the digital blocks which have been already designed and exist as part of the division block 1 bit subtractor:  2 bit subtractor(in the digital block diagram of the division block there is a 3 bit subtractor but this is the closest I have to a 3 bit subtractor):  1 bit comparator  2 bit comparator  Now here is what I have come up so far:  but now after the first iteration of the binary division algorithm I got stuck , I cant think how to continue.Help appreciated!