UKL1V680MPDANATD

Aluminum Electrolytic Capacitors

UKL1V680MPDANATD is an aluminum electrolytic capacitor which is used commonly for consumer electronics, automotive, and other industrial applications. It has high capacitance values and offers a wide range of voltage ratings from 20 V to 450V. This capacitor is an important component in the design of power supplies, high frequency inverters, and other electrical circuits.

Application Field

UKL1V680MPDANATD aluminum electrolytic capacitors can be used in different kinds of application field. For example, in power management, it can be used for DC/DC conversion, voltage regulation, and filtering. In automotive, it can be used for diesel engine fuel injection, engine start-stop, and network communication systems. In communication technology, it can be used for signal transmission and amplification. In addition, it can be also used for LED lighting, motor control, and instrumentation application.

Working Principle

The UKL1V680MPDANATD aluminum electrolytic capacitor contains two electrodes separated by an electrolyte, also known as the dielectric material. The anode consists of an aluminum foil coated with an oxidation layer and the cathode is an aluminum foil that is used for the collector. When applying a voltage across the two electrodes, the dielectric material generates a field that attracts electrons from the cathode and repels them from the anode. This creates an electric field in the dielectric, and thus a capacitor is formed.

The capacitance of the aluminum electrolytic capacitor is determined by its physical structure and can range from several microfarads to many farads of capacitance. With a high capacitance to size ratio, low ESR, and high voltage tolerance, aluminum electrolytic capacitors are powerful and reliable components.

Conclusion

UKL1V680MPDANATD aluminum electrolytic capacitors are widely used in many industries. With their outstanding performance and high quality, these capacitors can provide reliable and efficient operations for various demanding applications.