FFB56A0106K--

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

Introduction to Film Capacitors

Film capacitors, also known as Polypropylene or Plastic Film Capacitors, are one of the most common capacitor types used in electronics. The primary benefit of these capacitors is their dielectric strength, which allows for a device to work over a wide temperature range and still maintain its original charge. Additionally, film capacitors feature a wide frequency response and are considered relatively stable compared to other types of capacitors.

The film capacitor label is often confusing for beginners, and it may appear difficult to understand the purpose of the various symbols and codes. The FFB56A0106K label is one such example. Different numbers appear and each is associated with its property value. This article outlines the basics of this particular film capacitor and its uses and working principles.

Application Fields of FFB56A0106K Film Capacitor

The FFB56A0106K film capacitor is a large value Polypropylene Film Capacitor with voltage ratings of 250V and 470V respectively. It is typically used in power applications with high temperature requirement, and its frequency range can extend up to several MHz. Its size also ensures high power delivery, making it an ideal choice for devices with moderate power demands.

Due to its wide frequency response, this type of film capacitor can be used in various electric and electronic equipment, such as televisions, high-end audio systems, and electric motors. Additionally, FFB56A0106K capacitors are used for when a device needs to operate in extreme temperatures, as its dielectric strength does not dwindle in high-temperature conditions.

FFB56A0106K Working Principles

The FFB56A0106K is a type of film capacitor and its structure is formed by placing an insulating foil between two metal electrodes. When a voltage is applied to the two electrodes, such as in a direct current circuit, electric current will move from one electrode to the other, generating an electric field between them. As a result, the electric field creates a dielectric, or electrical insulator, between the two electrodes.

In practice, this makes the FFB56A0106K a non-polarizing type of capacitor, meaning that it retains its charge indefinitely and does not require periodic maintenance. As a result, the FFB56A0106K can be used for applications such as power conditioning, buffering, linear shifting and filtering.

Unlike other types of capacitors, the FFB56A0106K is highly resistant to degradation due to its construction. As a result, it has a higher ripple current and capacitor temperature rating, which can be very beneficial for applications that use rapidly changing currents and voltages.

Conclusion

In conclusion, FFB56A0106K film capacitors are a great choice for power applications with high temperature requirements, such as electric motors and high-end audio systems. Due to their construction, these capacitors are highly resistant to degradation, feature a wide frequency response and can maintain their charge over a wide temperature range. Their higher ripple current and capacitor temperature rating make them ideal for applications that require rapidly changing currents and voltages.

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