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Step 4You're Finished
Now, you should have a working register! If you don't check your wiring very closely, any mistake could produce very undesirable results.
If your are familiar with registers, you may be asking why I didn't go with the conventional D-Flip Flop or D-Latch. The main reason is that I wanted to challenge myself. I did't want to get online and look up a circuit, i wanted to design my onw. I would also need another transistor for each bit in order to make a D-Flip Flop. So in my opinion, i made an efficient circuit.
I will be remaking the circuit with MOSFETs in a CMOS arrangement so check it out when I finish it!!
***Check out my "macroelectronic" 4 bit calculator, http://www.instructables.com/id/4-Bit-Binary-Adder-Mini-Calculator/
If your are familiar with registers, you may be asking why I didn't go with the conventional D-Flip Flop or D-Latch. The main reason is that I wanted to challenge myself. I did't want to get online and look up a circuit, i wanted to design my onw. I would also need another transistor for each bit in order to make a D-Flip Flop. So in my opinion, i made an efficient circuit.
I will be remaking the circuit with MOSFETs in a CMOS arrangement so check it out when I finish it!!
***Check out my "macroelectronic" 4 bit calculator, http://www.instructables.com/id/4-Bit-Binary-Adder-Mini-Calculator/
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