3 bit counter jk flip flop logic 1 in multisim

To manually bread board I took about an hour maybe more, but it only took me about 5 minutes to program and have the DLB counting. With the DLB I had none of that all I had to do was program the PLD which contained a digital circuit into the digital logic board and connect a GPI0 into the clock and I was done.

Also one of my wires that powered a row was broken and I couldn't see it I had to go back and change my wires around and I couldn't find the problem until I touched the wire and finally swapped it with a good one. I had to look up each one of the schematics for each one of the chips keep on looking back and fourth so I wouldn't mess up. I am more accustomed to the bread board now but it still took kind of long and the disadvantages of manually bread boarding came up again.

When I heard that we had to bread board it I new that it would be a pain in the butt. I think that we can implement different types of gates to have the same effect or even change the #s between the count.Īnother thing that I was reminded of,was of the advantages of the DLB. Wemp I figured out how to make the counter start at 2 and really began to understand how NAND gates work with the flip flops and how we can interrupt a clocks pulse by simply switching around wires from the flip flops and adding NAND gates. At the start of this assignment I was kind of lost I couldn't figure out how to make the counter start at 2.It was pretty easy to make it count to 6 but I couldn't figure how to make it start at two. What was most surprising to me is how we can control the count limit and the count start by simply implementing NAND gates. each one of the flip flops makes the count get bigger. This project really made me notice how the binary counting is applied into circuits.

3 bit counter jk flip flop logic 1 in multisim