We know that in response to every logic high pulse at pin #14, the output pins of the IC 4017 are switched high sequentially from # 3 to # 11 in the order: 3, 4, 2, 7, 1, 5, 6, 9, 10, and 11. TRANSFORMER = 0-12V, 500ma, INPUT AS PER AREA SPECIFICATIONS.The whole operation may me understood with the following points: Parts List The alternate toggling at its clock input is recognized as clock pulses and is converted into the required toggling at its output pins. a logic high at its output shifts from one pin to the other in the influence of the applied clock at its pin # 14. Referring to the figure we see that the IC is wired into its standard configuration, i.e. The component count here is minimum, and the result obtained is always up to the mark. The first idea talks about an useful electronic flip flop toggle switch circuit built around the IC 4017. 1) Simple Electronic Toggle Switch Flip Flop Circuit Using IC 4017 They may be operated through external triggers either manually or an electronic stage. These are designed to respond to alternate triggers through push-button, and correspondingly operate a relay and a load alternately from an ON state to OFF state and vice versa.īy adding just a handful of other passive components the circuit can be made to toggle accurately through subsequent input triggers either manually or electronically. In our following examples we will learn how to make a 4017 IC and 4093 IC based flip flop relay circuits. When used in practical applications circuits it allows a connected load to alternately toggle from an ON state to OFF state and vice versa in response to an external ON/OFF switching trigger. A flip flop relay circuit works on a bistable circuit concept in which it has two stable stages either ON or OFF.

Jk flip flop multisim