UBT2E330MHD1TO Capacitors

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Aluminum Electrolytic Capacitors (AEC) are a type of capacitor in which a metal oxide insulating film is formed on the anode side of the aluminum electrolytic paper (ECD). The material of the insulating film is mainly aluminum oxide, some of which also contain MnO2. AECs are widely used in power electronics, audio amplification, and high frequencies, circuits, as well as in radio frequency; because of their good insulation properties and low leakage current, they are often used to reduce transient phenomena in switching converter circuits.

UBT2E330MHD1TO is an AEC with a permissible ripple current of 2.3A (rated 115°C) and rated voltage of 16V. It is mainly used in power digital circuits, high-frequency circuits and switching power supplies. UBT2E330MHD1TO is a radial type capacitor and has a higher reliability due to its unique structure. It has a low ESR, which is necessary for high-frequency operation.

The working principle of UBT2E330MHD1TO is based on Faraday’s law of electromagnetic induction. The electrolytic paper in the capacitor is constructed of two electrodes separated by a non-conducting dielectric medium, aluminum oxide or electrolyte. An electric current flows through the closed circuit consisting of the capacitor and the dielectric material. When the capacitor is connected in a circuit, a reverse voltage is induced on the opposite side of the electric field. The resulting electric current creates an electro-chemical reaction between the dielectric material and the electrons flowing in the capacitor. This electro-chemical reaction causes the formation of an insulator (aluminum oxide or electrolyte) on the anode side of the capacitor. As a result, the resistance of the capacitor increases, and its capacitance is reduced. This effect is called self-heating of the capacitor.

The rated voltage of UBT2E330MHD1TO has a low temperature coefficient, meaning that it is a reliable and stable capacitor that can be used in high temperature applications. It also has a high capacitance and a small capacitance tolerance, which makes it suitable for use as a filter, energy storage or decoupling capacitor. Additionally, the capacitor is able to withstand a higher capacitance than previous aluminum electrolytic capacitors. The device is available in both radial and axial configurations.

UBT2E330MHD1TO has a wide range of applications in power digital circuits, high-frequency circuits, and switching power supplies. It is a reliable and stable capacitor that can be used for power filter or energy storage applications. It can also be used in USB or car chargers to reduce the ripple effects. Moreover, this capacitor has a low ESR, which makes it suitable for high-frequency operation. The device is also available in both radial and axial configurations.

Overall, the UBT2E330MHD1TO is an AEC that is mainly used in power digital circuits, high-frequency circuits, and switching power supplies. It has a permissible ripple current of 2.3A (rated 115°C) and rated voltage of 16V. It has a low ESR and a wide range of applications in power filter or energy storage applications. It also has a high capacitance and a small capacitance tolerance. Moreover, the device is available in both radial and axial configurations.

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