UKL1HR47MDDANA

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UKL1HR47MDDANA application field and working principle

Aluminum electrolytic capacitors are widely used in electronics industry due to having larger capacitances in a much smaller volume than other types of capacitors. With a form factor of a small cylinder, the UKL1HR47MDDANA aluminum electrolytic capacitor is no exception. It is a great tool for any electronic design that is seeking for a higher capacitance in a small package.

How Does an Aluminum Electrolytic Capacitor Work?

An aluminum electrolytic capacitor operates using the double layer electric field effect. It is made of two aluminum foils, one of them being an anode and the other being a cathode. Both of these foils are then rolled up into a cylinder and coated with a wet, non-conductive paper that acts as an electrical insulator. The inside of the capacitor contains a liquid electrolyte, which is a conductive chemical solution that bridges the cathode and anode. The electrolyte is the only link for electrons to move between the two electrodes. When voltage flows from the anode to the cathode, electrons accumulate on the cathode’s surface and form a capacitor-like electric double layer that stores energy.

Application Fields

As mentioned above, UKL1HR47MDDANA aluminum electrolytic capacitor is noted for its small size and high capacitance. This makes it ideal for applications that require a high capacitance level in a limited physical space, such as powering and protection of high efficiency DC/DC converters and voltage regulators, lighting, communication, and power supply applications.

Conclusion

The UKL1HR47MDDANA aluminum electrolytic capacitor is an excellent component to use for high capacitance in limited physical space. Its operation is based on the double layer electric field effect and its application fields range from high efficiency DC/DC converters to communications and power supplies. Overall, this component proves to be a reliable one in electronics industry.

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