Miller Plateau effect within MOSFETs explained – a simple and intuitive approach

3-Second Blueprint (English)

1. As a MOSFET turns on and drain voltage drops, the gate driver must push substantial charge into the gate-drain Miller capacitance.
2. Gate-to-source voltage flattens into the Miller plateau until the gate-drain capacitor charges across the full drain voltage swing.
3. Lowering gate resistance supplies higher gate current, shortening the Miller plateau on the oscilloscope to cut switching losses.