UMA1H220MDD

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Aluminum electrolytic capacitors have become an integral part of the electronics market for their low cost and ease of utilization for many applications. The UMA1H220MDD aluminum electrolytic capacitor is designed to efficiently store charge and filter high frequencies for many applications, including signal buffering and decoupling, as well as power supply filtering.

The UMA1H220MDD in particular, is a non-polarized electrolytic capacitor that is appreciated for its small frame size and low profile, making it suitable for high density printed circuit board applications, such as data measurements, industrial equipment, automotive systems, and consumer electronics. It features an anode made of aluminum foil, an electrolytic capacitor with a very thin oxide layer on the surface of the aluminum, a separator of non-woven fabric between the anode and cathode, and a cathode made of manganese dioxide and carbon particles.

In operation, the UMA1H220MDD capacitor collects charge generated from the anode terminal and releases it to the cathode terminal, which then transmits the electric charge to various electronic components via electrical connections. This continual cycle of storing and releasing charge is what gives the UMA1H220MDD its signal buffering and filtering capabilities. The charge is efficiently released to the actual components as a steady current, providing the system with optimal protection from unexpected short circuit or surge current.

The UMA1H220MDD can also allow for control of operating frequencies; during times of high demand, the capacitor will store the current in order to maintain the desired frequency, helping to ensure that the system is operating at peak performance levels. The UMA1H220MDD has a wide range of capacitance values allowing usage in a number of applications; it can store from 1.0 µF up to 22 µF with a wide range of rate-voltage cases from 6.3 VDC up to 50 VDC.

The UMA1H220MDD is designed to offer reliable performance with a very low failure rate, making them essential components in many types of electronics employing digital, analog, and RF systems. Their efficiency and reliability earn them a prominent place in a wide range of applications in today\'s electronics. This versatility and durability creates a return on the initial investment with a maximum life span of 2000~3000 hours.

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