Genuine original electrolytic capacitor 3300UF25V car amplifier dedicated 105 ° inverter environmental protection genuine

Genuine original electrolytic capacitor 3300UF25V car amplifier dedicated 105 ° inverter environmental protection genuine

Precautions when using aluminum electrolytic capacitors:

1. Polar aluminum electrolytic capacitors are generally polar, and reverse polarity is the cause of short circuit damage and leakage of aluminum electrolytic capacitors. Therefore, it is impossible to identify the polarity on the electrical circuit or use it in a design with polarity change. Please use non-polar electrolytic capacitors when connecting the circuit.

2. Overload Do not apply overvoltage continuously. When the voltage is overloaded, the leakage current of the electrolytic capacitor will increase rapidly, so the working voltage of the electrolytic capacitor should not exceed the rated value.

3. Operating temperature and life The operating temperature of electrolytic capacitors should not exceed the setting range of the maximum operating temperature. The life of electrolytic capacitors depends on the operating temperature. Generally speaking, when the operating temperature of electrolytic capacitors is lowered by 10°C, the lifespan of electrolytic capacitors will be doubled. Therefore, electrolytic capacitors should be used at lower temperatures as much as possible.

4. Explosion-proof hole For electrolytic capacitors with explosion-proof hole design, one side of the explosion-proof hole should keep a space distance of at least 3 mm from other mechanisms during use. If this condition cannot be met, the explosion-proof hole will not work normally.

5. Ripple current Do not apply a ripple current that exceeds the maximum allowable value of the rated ripple current. The internal temperature of the electrolytic capacitor with excessive ripple current will increase greatly, which will cause the deterioration and damage of the electrical characteristics of the electrolytic capacitor. If it is necessary to apply a ripple current above the rated value, please consult with the manufacturer.

6. Frequent and rapid charging and discharging will cause the internal temperature of the capacitor to rise abnormally, resulting in an increase in leakage current, a decrease in capacity, and sometimes product damage. If you have special requirements for charging and discharging characteristics, please negotiate with the factory personnel .