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1. Polarity

Aluminum electrolytic capacitors have polarity. In operation, this polarity needs to be considered and observed. Reverse voltage can damage or destroy aluminum electrolytic capacitors. It may eventually cause a malfunction. If the polarity in the circuit will be switched or possibly reversed, non-polar capacitors should be used. The polarity of aluminum electrolytic capacitors is applicable to THT radial type as shown below. The terminal with the shorter lead is marked as negative. Mark the ribbon on the negative terminal of the sleeve, and on it Give the minus sign.

2. Overvoltage

Avoid any overvoltage and do not apply continuous overvoltage. If an overvoltage is applied to the capacitor, the leakage current will increase sharply. The applied working voltage is not allowed to exceed the rated working voltage of a particular capacitor.

3. Working temperature

The capacitor must not operate above the operating temperature specified in this data sheet for the specific capacitor. of The achievable service life of a capacitor is related to the applied temperature. In order to achieve the maximum service life, the capacitor should be Operate at the lowest possible temperature in the application.

4. Ripple current

The applied ripple current must not exceed the maximum ripple current specified by the capacitor. If a higher ripple current is applied when allowed, it may cause excessive heat generation and a higher temperature inside the capacitor. This one If ripple current is applied to the capacitor, this happens due to the pole change effect. This may cause damage to the capacitor or insufficient life And may cause deterioration. Electrolytic capacitors are generally not designed for AC applications, and due to parasitic effects will be applied/based on ripple current DC signal.

5. charge and discharge

Frequent and rapid charge/discharge cycles may generate heat inside the capacitor. In the worst case, this may cause the capacitance to decrease, Increase in leakage current or breakdown. Applications with fast charge and discharge cycles should be avoided. For help with your application, please consult our technical support.

6. A Dimensions: [mm]

7. Electrical Properties