In a synchronous buck converter operating in Continuous Conduction Mode (CCM) with a 50% duty cycle, the upper MOSFET dissipates more power...
In a synchronous buck converter operating in CCM with 50% duty cycle, why the upper MOSFET dissipates more power than lower MOSFET. consider same MOSFET, gate voltages and gate resistors at both places.
Reviewed by Author
on
4/25/2023
Rating: 5
The behavior you describe occurs because of the properties of inductors. When a MOSFET is turned on with a resistive load, the current and ...
If we turn ON a MOSFET with Resistive load, current and voltage transition will start simultaneously. But if the load is inductive, say Relay or any DC DC converter, current rises first to max load current and then only voltage starts to fall. Why?
Reviewed by Author
on
4/25/2023
Rating: 5
