BFC236726394

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

Film capacitors, also known as plastic film capacitors, possess a wide range of application fields and operate on a variety of working principles. This article focuses on the BFC236726394, a particular film capacitor commonly used in power supplies and pulse circuits.

Applications

The BFC236726394 films capacitor finds its primary application in power supplies that deliver high voltage. Even in applications that demand high voltage and stable frequency, the capacitor is an ideal solution. Additionally, it is popular in pulse circuits that filter unwanted noise and dissipates energy.

The capacitor also is found in many circuits where high ripple currents are likely to occur. In this capacity, it is now increasingly used in switching systems, high-frequency rectifiers, inverters, and other related power components.

In LED lighting, the BFC236726394 also is gaining traction. Currently it is becoming the preferred choice in LED driver circuits and any environment where low ESR and high ripple current capacity is important.

Working Principle

The BFC236726394 capacitor is a film capacitor, composed of two conductive electrodes and a dielectric film. The film is often made of paper, plastic or ceramic material, which is applied as insulation between the two metal electrodes. Due to the highly dielectric properties of the film, several layers can be stacked. This makes possible small capacitance values.

In operation, the BFC236726394 film capacitor works similarly to other capacitors: current flows in to one of the plates, creating an electric field, and then continues out through the other plate. This charge displacement is related to the dielectric constant of the film which is then used in conjunction with the area and distance of the plates to calculate the capacitance.

Performance Characteristics

The BFC236726394 film capacitor has several optical performance characteristics. It has a low equivalent series resistance (ESR) which offers a soft start to the circuit and efficient storage of energy in the dielectric film. This increases the overall performance of the capacitor and reduces voltage ripple.

The capacitor also has high ripple current capacity. This allows higher current flow through the capacitor, reducing the number of components needed as well as the costs associated with producing the circuit. Finally, its low internal loss also offers greater efficiency over time without high temperature operation.

Conclusion

In conclusion, the BFC236726394 is an excellent option for use in power supplies, pulse circuits, switching systems, and LED drivers. It features a dielectric film with low ESR, high ripple current capacity, and low internal losses. These performance characteristics make the BFC236726394 film capacitor an ideal choice for many applications.

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