CONVERSION CIRCUITS

These are necessary to allow different parts of my machines to talk to each other and with conventional digital devices.

DIGITAL DISPLAY TO DECIMAL

The above example will only decode binary from 0 - 9. If larger numbers must be decoded, there are two approaches: to add an exponential number of extra components, or to split the task up into steps, which costs in processing time rather than space and money.

TIME EFFICIENT BINARY TO DECIMAL CONVERTER

SPACE EFFICIENT BINARY TO DECIMAL CONVERTER

This might look a lot larger than the last example, but whereas that can only account for numbers up to 15, with one more bit added this could count to 127.