E81D250VNN682MQ30N

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Aluminum Electrolytic Capacitors, such as the E81D250VNN682MQ30N, are vital components in electrical and electronics systems and devices. With easy to find industry standard sizes and values, they provide a reliable source of capacitance with low ESR (Equivalent Series Resistance), low price and long life. The E81D250VNN682MQ30N capacitor has particular application fields thanks to its value range, and today, we will discuss these application fields and its working principle.

E81D250VNN682MQ30N application fields

The E81D250VNN682MQ30N is primarily a low-voltage, high-voltage capacitor. It is able to smoothly adjust the current output and deliver stable output with excellent reliability. As a result, the capacitor is used in many electronics designs related to microcontrollers, signal amplification, and power control. Most notably, it is used in items such as flourescent light ballasts, motors, transformers, and AC adapters, to name a few.

In industries where both low-voltage and high-voltage power supply designs are employed, the E81D250VNN682MQ30N is an excellent choice for bypass and decoupling capacitors. This makes it ideal for use in the automotive industry, where both of these applications can be found. This capacitor is also popular in the home appliance industry, for tasks such as regulating the power input of household electrical appliances.

In short, the E81D250VNN682MQ30N is a versatile capacitor capable of handling a wide range of applications. From small electronics such as LED lighting to large industrial AC motors, it offers strong performance with reliable capacitance in nearly any environment.

Working Principle of the E81D250VNN682MQ30N

The E81D250VNN682MQ30N is an aluminium electrolytic capacitor, meaning it works by taking advantage of electrolytic properties of aluminum. The capacitor itself is composed of two aluminum foils, with two oxide layers sandwiched in between, all inside a foil pouch. The tips of the two aluminum foils are exposed to the air, which forms the two separate circuits.

When current is passed through one of the circuits, it is drawn towards the other circuit due to electrolytic action. This causes the two capacitors to maintain a certain voltage between them, which can be used to store energy. The performance and capacity of the capacitor is tied to the thickness of the oxide layers and the area of the aluminum foil involved.

Overall, the E81D250VNN682MQ30N is an excellent choice for many different applications thanks to its reliable and consistent capacitance and excellent low ESR level. Its versatility also makes it a popular choice for applications that require both low-voltage and high-voltage power supplies. With a gently curved voltage-output, it can handle most power control applications with ease.

The specific data is subject to PDF, and the above content is for reference