High voltage ceramic capacitors are high-performance electronic components that can store high voltage and large capacity energy, and are widely used in fields such as power, communication, military, medical and aerospace. Before use, the environment and operation requirements for storing high voltage ceramic capacitors should be given special attention. When storing high voltage ceramic capacitors, the following aspects should be noted:

Environment temperature and humidity. The storage temperature of high voltage ceramic capacitors should be controlled between 15°C and 30°C, and attention should be paid to the influence of factors such as humidity and dampness on capacitors.

Operating temperature. Before activation, high voltage ceramic capacitors need to be stored in a dry environment between 15°C and 30°C. If the capacitors need to be activated, they should be restored to the specified operating temperature according to the guided working parameters in the specification, and the required operating voltage should be gradually applied.

Packaging method. During storage, moisture-proof, waterproof and anti-static packaging materials should be used to package capacitors, so that they will not be affected by external factors such as dampness or accidental impact.

Storage requirements. The stored high voltage ceramic capacitors should be isolated from possible humidity sources and electrostatic ion sources, and stored in a dry, temperature-stable and humidity control stable storage space. When stored, the local oxide surface or zinc battery should be replaced.

To avoid material degradation and minimize capacitor damage, it is recommended that customers follow the following tips and suggestions when storing high voltage ceramic capacitors:

Clean storage environment. Before storing high voltage ceramic capacitors, the storage environment should be cleaned to maintain a dry and clean state.

Pay attention to the service life of the capacitor. When storing high voltage ceramic capacitors, pay attention to the production date and service life, and ensure that they are used within the specified period.

Follow the specifications. During the use and storage of capacitors, the relevant specifications should be followed to ensure their quality and performance.

Regular inspection. Regularly check the environment and condition of stored capacitors to ensure that they meet requirements such as humidity, odor-free and dust-proof.

In addition to the precautions mentioned above, the following points should also be noted:

Before transportation or storage, ensure that the appearance of the capacitor is not visibly damaged or deformed.

Avoid exposing the capacitor to sunlight to prevent UV damage.

Do not store the capacitor in an electrostatic field to prevent the performance of the capacitor from being affected.

When handling or transporting the capacitor, do not use excessive force to avoid damage to the capacitor.

If the capacitor is not used for a long time, store it in a dry, cool and temperature-stable place to extend the service life of the capacitor.

If the capacitor needs to be transported to a distant area, it is recommended to use special packaging materials and methods for protection.

In summary, when storing and using high voltage ceramic capacitors, special attention should be paid to the above factors to ensure their quality and performance and extend their service life.