Overvoltage

The power supply suffered from an overvoltage due to a lightning strike.

The electronics were damaged by the overvoltage in the power surge.

The electrician warned about the dangers of overvoltage.

The transformer had an overvoltage warning indicator.

Overvoltage can occur in lightning strikes, causing damage to electrical systems.

The generator failed to start due to overvoltage.

The overvoltage on the power line was caused by a transformer malfunction.

The surge protector prevented overvoltage damage to the computer.

An overvoltage can lead to a fire hazard in electrical systems.

The overvoltage surge protector tripped, cutting off power to the equipment and preventing damage.

An overvoltage can damage electronic devices that are not designed to handle higher voltages.

The overvoltage event caused a power outage in the neighborhood.

The electrical grid operator must monitor the voltage levels to prevent overvoltage situations.

The motor stopped running because of overvoltage.

The overvoltage protection circuit prevented the circuit board from being damaged by voltage spikes.

The power supply had an overvoltage protection feature.

The surge in overvoltage caused the electrical equipment to malfunction.

Electronic devices often require overvoltage protection to ensure their safe and proper operation.

The voltage regulator prevented overvoltage in the power system.

The overvoltage alarm went off in the electrical panel.

The electrical panel displayed a warning for overvoltage levels.

The generator shut down due to overvoltage protection.

The transformer was damaged due to overvoltage in the electrical grid.

The high-speed data communication system experienced overvoltage issues, causing data loss.

The critical medical equipment was safeguarded against overvoltage using specialized protective measures.

The power distribution system encountered an overvoltage issue during the storm.

The circuitry of the circuit board was damaged due to overvoltage.

The sophisticated power monitoring system detected an overvoltage anomaly and triggered an automatic shutdown.

The surge suppressor guarded against overvoltage spikes in the electrical circuit.

The power surge caused an overvoltage condition in the circuit.

The power quality analyzer detected overvoltage fluctuations in the power supply.

The overvoltage surge damaged the electrical wiring, resulting in costly repairs.

The circuit breaker tripped due to overvoltage conditions.

The electrical engineer designed a system to protect against overvoltage events.

The machine was designed to withstand overvoltage conditions.

The overvoltage protection system prevented damage to the electronic equipment.

The overvoltage caused the light bulb to flicker.

The overvoltage caused the light bulb to burst.

The engineer designed a system with overvoltage protection.

The electrician found an overvoltage in the circuit.

The appliance stopped working due to an overvoltage.

The power surge caused an overvoltage in the system.

The technician detected an overvoltage in the wiring.

The computer shut down to protect itself from the overvoltage.

Overvoltage protection is important to avoid equipment damage.

The overvoltage in the circuit caused a power outage.

The overvoltage caused a spark in the circuit.

The electronic component failed due to overvoltage stress.

The voltage regulator prevented overvoltage in the circuit.

The device shut down automatically due to overvoltage.