FFLI6U0867K--

Introduction to FFLI6U0867K-- Film Capacitors

Film capacitors, also known as plastic film capacitors or polyester film capacitors, are a form of capacitor used mainly in electronic equipment as a buffer or filter device to reduce the noise present in the electronic signal. FFLI6U0867K is an electrolyte-filled polypropylene film capacitor, which is characterized by its small size, high stability, high temperature rating and high impact strength.

Application Field

FFLI6U0867K film capacitors are commonly used in audio systems, battery charging, voltage stabilization, filtering and smoothing, communication, radio frequency interference suppression, dynamic microphone signal amplifier, remote control, and power regulation. FFLI6U0867K is also used for crossover networks, timing circuits, and pulse generators due to its high frequency power stability.

In most cases, FFLI6U0867K film capacitors are designed to handle input voltage ratings of up to 100V and can handle frequencies ranging from 50kHz to 1.5GHz. As with most film capacitors, FFLI6U0867K offers an extremely high dielectric strength compared to other capacitors, which means that it can block higher voltage and current levels before the risk of breakdown.

Furthermore, FFLI6U0867K has extremely low leakage current, making it excellent for decoupling applications in computers and other electronic devices. It is typically used in applications that require a reliable, high-temperature capacitor, such as automotive applications, power supplies, and UPS systems.

Working Principle

FFLI6U0867K film capacitors utilize a dielectric material referred to as an electrolytic film. When two conductors, such as two electrodes, are placed in an electric field, like are installed in a FFLI6U0867K, a voltage is created between them. This voltage results in a potential difference between the two conductors, allowing electrons to flow through, creating a current. The current flows through the electrolyte and deposits the oxide film, which is why it is referred to as an electrolytic film. The strength of the electric field depends on the thickness of the oxide film, thus controlling the amount of stored energy.

FFLI6U0867K capacitors are highly stable and reliable as they have a low self-inductance and enhanced temperature characteristics. They have a higher maximum operating temperature than most types of capacitors and their capacitance values remain constant over long periods of time. These capacitors are also highly power efficient, reducing power consumption of the equipment they are used in. FFLI6U0867K film capacitors may also be used in alternating current (AC) applications, making them ideal for applications where constant voltage is needed as well as applications where higher frequencies are involved.

Conclusion

FFLI6U0867K film capacitors are highly versatile and can be used in many types of electrical and electronic applications. Their features include high temperature rating, high impact strength, small size and high stability, making them ideal for use in power supplies and other electronic and electrical applications. Furthermore, they have an extremely low leakage current, making them suitable for decoupling applications. FFLI6U0867K film capacitors are also highly power efficient, reducing power consumption and allowing applications to stay cool even when used in a variety of electrical and electronic applications.