UHE1E102MPT

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Aluminum Electrolytic Capacitors are components used in voltage regulation and power transmission. The UHE1E102MPT (Ultra High Energetic) capacitor is a High Voltage Capacitor used for energy storage, providing deeper level of Voltage Regulation and Capacity. It is used in a variety of applications such as automotive, power generation, industrial,and medical applications.

In automotive applications, the UHE1E102MPT provides superior stability, capacity and voltage regulation for harsh environments where sustained voltage regulations are required. The capacitor itself is a DC non-reversible aluminum electrolytic capacitor with a maximum rated voltage of 105V and a capacitance of 100µF. This combination of voltage and capacitance allows for the highest possible energy storage capacity.

When used in power generation applications, the UHE1E102MPT provides voltage regulation for more frequent and longer periods. It is particularly useful for applications such as marine, aerospace or mobile units, as the capacitor delivers consistent voltage regulation in high temperature conditions. The capacitor also serves as a buffer between different electrical circuits, reducing the risk of electrical shock.

For industrial applications, the UHE1E102MPT capacitor provides superior shock absorption and voltage regulation for both alternating and direct currents. In precision equipment, it plays an important role as the capacitor is able to absorb any sudden voltage changes and prevent equipment from malfunctioning.

The UHE1E102MPT is also suitable for medical applications due to its superior resistance of leakage current and bouncing. The capacitor is designed for continuous operation, meaning it can be used in various medical devices that require a reliable and low-noise voltage source.

The UHE1E102MPT is designed to include a common mode filter which provides higher capacitance in AC power mode. The total capacitance is dependent on the inductance at the common mode filter, which makes it suitable for high power frequency applications. The capacitor also includes an over-voltage protection mechanism which further protects sensitive medical equipment.

The working principle of the UHE1E102MPT is simple. It contains two conducting plates, one of which is made up of an anode material and the other made up of a cathode. sandwiched between them is an insulating dielectric material, such as aluminized paper, aluminium oxide or tantalum oxide. When voltage is applied, the anode and cathode charges cause a build-up of energy in the dielectric material, forming the capacitor.

The anode uses an electrolyte to form an insulating layer on its surface which prevents possible current leakage, storage distortion and dissipation of thermal energy, while the cathode absorbs molecules of an electrolyte and pumps them back out in order to maintain a constant charge within the capacitor. In this way, it is able to maintain a consistent voltage and capacitance at all times.

In conclusion, the UHE1E102MPT is a high voltage capacitor designed for use in various applications such as automotive, power generation, industrial and medical applications. The capacitor has low leakage current and a common mode filter which provides better capacitance. Furthermore, it also includes a protective filter to provide protection from over-voltage while its unique electrolyte layer prevents current leakage. Together, these features make the UHE1E102MPT ideal for various applications.

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