UHE1E272MHD6TN

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Aluminum electrolytic capacitors are energy storage devices used in many electronic circuits, and UHE1E272MHD6TN is one type of them. It is a non-solid mode with a hollow chip structure, which is different from the traditional solid chip capacitor. According to its product data sheet, the UHE1E272MHD6TN aluminum electrolytic capacitor has a rated capacitance of 270µF and a working voltage of 16V, and a ripple current capacity of 450mA.

Application Field

UHE1E272MHD6TN aluminum electrolytic capacitor has wide applications in many electronic circuits including power supplies, digital signal processing circuits, and power amplifiers. And it performs well when applied in low impedance circuits that require low current leakage and high capacitance, such as power filtering and energy storage in DC power supplies. Besides, since this electrolytic capacitor has a high ripple current capacity, it can reduce AC ripple voltage in high power applications, such as AC-DC power converters, motor drivers, and AC variable speed drives.

Working Principle

UHE1E272MHD6TN aluminum electrolytic capacitor consists of two foil plates arranged in an overlapping manner. One plate is made up of aluminum foil coated with a layer of oxidized aluminum while the other is rolled into a cylindrical shape with powdered carbon placed at the bottom of it. An electrolyte composed of a mixture of ethylene glycol and water is held between the two foil plates. When a voltage is applied to the capacitor, ions will be attracted to the positive and negative terminals and form an ionic current bridge between the plates. As a result, an electric field is formed betweenions, which stores energy in the capacitor’s dielectric material.

In summary, the UHE1E272MHD6TN aluminum electrolytic capacitor is a non-solid mode device that is suitable for power filtering and energy storage in low impedance circuits, and it can reduce the AC ripple voltage in high power applications. It has a wide range of applications because of its excellent performance.

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