@throwawayaccount7132
To save the trouble of viewers looking for explanation on whether it works: Conclusion: The actual functionality of JK Flip Flops CANNOT be simulated in Logisim Explanation: The pont of having a JK Flip Flop is to overcome the racing condition problem in a SR Flip Flop i.e. when both inputs are 1. While the JK Flip Flop can be constructed in Logisim as demonstrated in this video, setting J and K simultaneously to 1 raises the oscillation error. This defeats the purpose of having a JKFF as its resulting functionality would remain as a SR Flip Flop, not as actually intended; it functions NOT as how it actually does outside of simulation.
@echonce1
It'll break upon saving and reopening, but you can fix it each time by: 1. Deleting the NOR gates 2. Deleting the part of the inner NOR input wires that actually connect to the gate 3. Deleting any part of the outer AND input wires 4. Rejoining the NOR input wires 5. Rejoining the AND input wires (If you want to keep a JK_FF.circ saved as a reference, I suggest recreating and saving the above steps using the Text tool)
@mahlangs
If yours does not run its easy to fix, delete any line in the input of the Nor Gate the insert input pin there then join the broken line from the output of the same nor gate and join it between the new pin and the Nor gate, then delete the pin after it runs correctly it will work properly
@anthonymaestas7298
Incorrect! Do not follow this example!
@diogofriggobr
I built the exact same circuit in logisim and when both J and K are 1 I get an oscillaton apparent instead of the toggle behaviour. I tried adding buffers and setting the noise delay option on the tab project
@siyabongamasuku6366
why isnt there a negative OR gate in the logisim app
@leosmi1
why my logisim doesn't work ff jk?
@brandonmtb3767
logisim isnt very accurate
@leosmi1
TO SOLVE THE JK PROBLEM, WE HAVE TO DRAW THE CIRCUIT LIKE THE STEPS IN THE VIDEO...
@egehangurbuzer2976
f to mouse
@nathanhynes8063