UHE1H010MDD

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Aluminum electrolytic capacitors are among the vital components in the electrical industry. One of the most popular models in this category is the UHE1H010MDD. Its application field and working principle are integral in understanding its role and purpose.

UHE1H010MDD Electrical Characteristics

The UHE1H010MDD is a 10,000µF aluminum electrolytic capacitor with an operating temperature range from -25˚C up to +105˚C. It has a rated voltage of 10V and a maximum ripple current of 1.0Arms. The tolerance of this model is rated at ±20%, and it has a maximum ESR of 3.0mR. These electrical characteristics indicate that the component is optimized for DC-DC converter or DC-AC version voltage regulators – preferably where low profile height is desired.

UHE1H010MDD Application Field

This type of capacitor finds itself primarily used in energy-saving lighting, solar power systems, automotive electronics, telecommunication systems, industrial power systems, and other digital products. It can be also found in more sophisticated applications in fuel cells and gas turbine plants. Other noteworthy electronic products where it can be applied include inverters, power supplies, voltage stabilizers, uninterruptible power supplies, monitors, and surge protectors.

UHE1H010MDD Working Principle

Aluminum electrolytic capacitors work by electrolyzing the aluminum material set in between two metalized layers. This causes the creation of an anode layer on the top part of the aluminum and a cathode layer on the bottom part. The metalized layers are able to conduct electrons, and this current is then kept between the two layers. Thus, when current is applied on the electrodes of the device, the electrolyte solution is broken down and forms an electric charge between the two plates.

As in all capacitors, the capacitance of the UHE1H010MDD is determined by its physical size. The larger the capacitor, the bigger the capacitance. The capacitance of this capacitor is mainly dependent on its cylinder size, as well as its distance from the cathode layer. Other aspects that affect its capacitance to a much lower degree are its leakage current, temperature coefficient, dissipation, and mounting.

Conclusion

The UHE1H010MDD is a small yet highly efficient aluminum electrolytic capacitor that can be used in a variety of applications. Its ideal working conditions and application field make it a product greatly sought after in the electrical industry. Understanding its electrical characteristics and its working principle are integral in getting the full potential out of this product. With its size and capacitance, the UHE1H010MDD is ideal for designs where size and capacitance matter.

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