This is a good question. Let's say it's an RL load, the inductance will just add to the value of the secondary when the switch is off, and when the switch is on, what ever stored in the load will be circulated with the resistor and the capacitor. Try to make simulation and see the behavior of the currents and voltages.
@Ahmad Elkhateb can you use this circuit to step up or step down by varying duty cycle. For example, input is 16VDC to 90VDC and the output should maintain 28VDC
Thank you, very good topic.
You are welcome!
Good explanation 👍
Is there will be impact on this circuit when we connect RC ,RL and RLC load instead of resistive load
Please reply me sir
This is a good question. Let's say it's an RL load, the inductance will just add to the value of the secondary when the switch is off, and when the switch is on, what ever stored in the load will be circulated with the resistor and the capacitor. Try to make simulation and see the behavior of the currents and voltages.
@Ahmad Elkhateb can you use this circuit to step up or step down by varying duty cycle. For example, input is 16VDC to 90VDC and the output should maintain 28VDC