If a power supply fails, what is the correct course of action?

If a power supply fails, what is the correct course of action?

• A. Replace it
• B. Repair it
• C. Use a different computer
• D. Switch it to a different voltage setting

Answer: (A)

When experiencing a power supply failure, replacing it is the most appropriate course of action. Power supplies are critical components that convert electrical power from a wall outlet into usable power for the computer’s internal components. A failing power supply can lead to instability, random shutdowns, or even damage to other hardware components. Repairing a power supply is often not feasible or cost-effective. Power supplies are complex devices that include various components, such as capacitors, transformers, and regulators, making repairs complicated and potentially unsafe due to the high voltages involved. Using a different computer is not a practical solution, especially if the broken computer is mission-critical or if there are specific tasks that need to be performed on that hardware. Switching the power supply to a different voltage setting could potentially cause more harm than good, as most power supplies are designed to automatically adjust to the voltage of the outlet they are plugged into. Incorrect voltage settings can lead to further damage, component malfunction, or safety hazards. Therefore, replacing the power supply is the most efficient and safe action to take when a power supply failure is confirmed.

When experiencing a power supply failure, replacing it is the most appropriate course of action. Power supplies are critical components that convert electrical power from a wall outlet into usable power for the computer’s internal components. A failing power supply can lead to instability, random shutdowns, or even damage to other hardware components.

Repairing a power supply is often not feasible or cost-effective. Power supplies are complex devices that include various components, such as capacitors, transformers, and regulators, making repairs complicated and potentially unsafe due to the high voltages involved.

Using a different computer is not a practical solution, especially if the broken computer is mission-critical or if there are specific tasks that need to be performed on that hardware.

Switching the power supply to a different voltage setting could potentially cause more harm than good, as most power supplies are designed to automatically adjust to the voltage of the outlet they are plugged into. Incorrect voltage settings can lead to further damage, component malfunction, or safety hazards.

Therefore, replacing the power supply is the most efficient and safe action to take when a power supply failure is confirmed.