2. Proper placement: When installing and using the computer power supply, ensure that the power supply is placed in a well-ventilated location to avoid the heat generated during prolonged continuous operation from being effectively dissipated and causing damage to the power supply.
3. Correct wiring: The wiring of the computer power supply should be operated according to specifications to prevent incorrect wiring methods that can cause power supply failures or short circuits. At the same time, it is necessary to protect the power supply interfaces and wires to avoid excessive friction or impact on the interfaces and wires. 4. Replace damaged components: If any components of the computer power supply are found to be damaged, such as capacitors, fans, etc., they should be replaced promptly to avoid affecting the normal operation of the power supply. II. Repair Methods 1. Fault diagnosis: When a fault occurs in the computer power supply, fault diagnosis should be performed first. This can be done through observation of the power supply's indicator lights, fan operation, and listening for any abnormal noises from the power supply. 2. Detection and repair: If a fault is determined to exist in the power supply, professional detection equipment should be used to determine the specific problem. Then, corresponding repairs or replacement of components can be performed based on the problem found. 3. Post-repair testing: After completing the repair, a comprehensive test should be performed to ensure that the power supply has returned to normal operation. During testing, observe the indicator lights, fan operation, and the power supply of other computer components.