logic 1 in multisim 3 bit counter jk flip flop

The J and K inputs must be stable prior to the LOW-to-HIGH clock transition for predictable operation. This type of JK Flip-Flop will function on the rising edge of the Clock signal. Positive Clock, Active LOW Set and Reset inputs type NS = Not Stable state of the outputs when both SET and RESET inputs are HIGHĢ. The symbol for this type of JK Flip-Flop is the one below:įunction table for POSITIVE CLOCK, active HIGH Set and Reset Inputs In order to select this type of Flip-Flop, both checkboxes for CLOCK and SET/RESET need to be left empty(see the screenshot below). When high, they override the clock and data inputs forcing the outputs to the The set and reset are asynchronous active HIGH inputs. The J and K inputs must be stable prior to the LOW-to-HIGH clock transition for Negative Clock signal, active LOW asynchronous Set and Reset inputsĪny type of the above described flip-flops can be configured using two checkboxes: one for CLOCK signal, one for both Set and Reset signals.ġ. Positive Clock, Active HIGH Set and Reset inputs type.Negative Clock signal, active HIGH asynchronous Set and Reset inputs.Positive Clock signal, active LOW asynchronous Set and Reset inputs.Positive Clock signal, active HIGH asynchronous Set and Reset inputs.The Clock, Set and Reset signals polarity determines four types of functionality and four individual types of Flip-Flops, respectively: This is a configurable component with changeable CLOCK edge triggering(POSITIVE and NEGATIVE), changeable level triggering (active LOW or HIGH) for Set and Reset inputs and complementary outputs.

Logic 1 in multisim 3 bit counter jk flip flop