Which mechanism causes increased voltage droop under pulsed load on unbypassed digital IC power rail?

💡 Explanation

Voltage droop occurs from high di/dt transients interacting with capacitance's ESR. Pulsed load current flows through the parasitic equivalent series resistance; therefore, the voltage is reduced rather than inductive resonance or other effects under fast transient loads, because ESR dominates.

• Which mechanism limits silicon transistor performance at nanometer scales due to orbital overlap?
• Which consequence results when uncontrolled sublimation of solid CO₂ occurs?
• Which outcome accelerates corrosion when a capacitive sensor is exposed to a saline environment?
• Which risk increases when a turbine blade's crystal lattice contains larger grain boundaries?
• Which outcome occurs when air passes through an aircraft's vortex generator?
• Which consequence arises from the mismatched energies of orbitals?