B41888D8687M

Aluminum electrolytic capacitors are especially suited for applications with large capacitance values, high breakdown voltage values, large ripple current values, long life and high reliability requirements, among other characteristics.

The aluminium electrolytic capacitor is an excellent choice for midrange and high-end applications requiring high capacitance and high working voltage. It has been used in computers and modern electronic equipment such as telephones, television sets, microwave ovens, printers, electric motors, and checkouts.

The B41888D8687M aluminium electrolytic capacitor is a widely used product in the market. It has a large capacity of 4.7μF and a high voltage of up to 400V. The ripple current is also large, and the life of the product is long up to 2000 hours. The B41888D8687M aluminum electrolytic capacitor also has a low ESR and strong dielectric strength, as well as good temperature and frequency characteristics. It can be equipped with a safety damper and insulation washer to prevent damage at high temperature.

The working principle of the B41888D8687M aluminum electrolytic capacitor is based on the formation of an oxide layer in a aluminum substrate. The ionic charge that forms when the oxide is formed is extremely stable. The oxide layer allows electrons to flow through it in order to store electric energy. Therefore, this product has the characteristics of large capacity, high voltage, stable and reliable.

The B41888D8687M aluminum electrolytic capacitor is an excellent choice for applications that require a large capacitance, a high capability and a long operating life. It is ideal for various applications such as power supply, filter, noise reduction, frequency conversion, power output and switching. Furthermore, it is suitable for storage, buffering, signal coupling and signal filtering.

In summary, the B41888D8687M aluminum electrolytic capacitor has a large capacitance and high voltage, with a long lifespan and good temperature and frequency characteristics. It is suitable for a variety of applications and is a reliable and stable choice for most applications.