Which risk increases significantly when rapidly switching a MOSFET gate capacitance?

💡 Explanation

Rapidly switching a MOSFET gate capacitance causes displacement current pulses and associated electromagnetic field generation via electromagnetic induction, therefore substantially increasing generated EMI, rather than immediate thermal effects or threshold variations under such short time scales.

• Which risk prominently increases when a catalyst reaches its saturation point?
• Which limitation arises when using isotopic dilution methods for quantifying pollutant concentrations?
• Which consequence results when a catalyst impurity impacts enzyme kinetics?
• Which mechanism causes increased oxidation in polycrystalline silicon wafers exposed to high-temperature annealing?
• Which consequence results when a catalyst deactivates within a fixed-volume batch reactor?
• Which risk increases when a dielectric waveguide’s refractive index varies rapidly across the propagation length?