Which risk increases when an ungrounded operator works near an exposed MOSFET gate?

💡 Explanation

Electrostatic discharge damage increases because the **gate oxide breakdown** mechanism occurs when high voltage transfers from the operator to the gate capacitance. This damages its insulating properties, therefore performance degrades faster, rather than thermal changes due to biasing effects as an energy source.

• Which risk increases when a PID controller's derivative gain amplifies high-frequency noise in robotic arm?
• Which consequence results when cylinder head gasket erosion increases blow-by?
• Which error increases as a collaborative robot ('cobot') arm approaches a singularity?
• Which outcome occurs when a ground fault directs leakage current through the neutral-ground bond multiple electrical distribution panels?
• Which outcome results when excessively high common-mode voltage exists on a differential signaling circuit?
• Which performance issue results when hydraulic actuators experience thermal expansion?