1) SR flip flop

Step-1) Connect the supply(+5V)      to the circuit.
Step-2) First press "ADD" button to add basic state of your output in the given table.
Step-3) Press the switches to select the required inputs "S" and "R" and apply the clock pulse.
Step-4) Press "ADD" button to add your inputs and outputs in the given table and their corresponding graph.
Step-5) Repeat steps 3&4 for next state of inputs and their corresponding outputs.
Step-6) Press the "Print" button after completing your simulation to get your results.

2) D flip flop

Step-1) Connect the supply(+5V)      to the circuit.
Step-2) First press "ADD" button to add basic state of your output in the given table.
Step-3) Press the switches to select the required inputs "D" and "Clock" .
Step-4) Press "ADD" button to add your inputs and outputs in the given table and their corresponding graph.
Step-5) Repeat step 3 & step 4 for next state of inputs and their corresponding outputs.
Step-6) Press the "Print" button after completing your simulation to get your results.

3) J-K flip flop

Step-1) Connect the supply(+5V)      to the circuit.
Step-2) First press "ADD" button to add basic state of your output in the given table.
Step-3) Press the switches to select the required inputs "J" and "K" and apply the clock pulse.
Step-4) Press "ADD" button to add your inputs and outputs in the given table and their corresponding graph.
Step-5) Repeat step 3 & step 4 for next state of inputs and their corresponding outputs.
Step-6) Press the "Print" button after completing your simulation to get your results.

4) T flip flop

Step-1) Connect the supply(+5V)      to the circuit.
Step-2) First press "ADD" button to add basic state of your output in the given table.
Step-3) Press the switches to select the required inputs "T" and apply the clock pulse.
Step-4) Press "ADD" button to add your inputs and outputs in the given table and their corresponding graph.
Step-6) Press the "Print" button after completing your simulation to get your results.