UZE1H0R1MCL1GB Capacitors

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Aluminum Electrolytic Capacitors are a type of polarized capacitor that uses aluminum oxide deposit on an aluminum plate as the dielectric material. They are available in a wide range of capacitances, from around 0.47 uF up to about 5700 uF. UZE1H0R1MCL1GB types are a popular choice for applications requiring an effective and fast-charging capacitor.

UZE1H0R1MCL1GB aluminum electrolytic capacitors are ideal for use in power supplies, Timer/resetting circuits, DC blocking, and high frequency buffering applications. Additionally, they are a good choice for de-blocking and for frequency decoupling applications. They are also commonly used in consumer electronics such as audio equipment where their wide range of capacitance values makes them a cost-effective choice.

The working principle of UZE1H0R1MCL1GB aluminum electrolytic capacitors is based upon the counter-electrode principle. In this case, an aluminum oxide film is formed on an aluminum plate, forming one electrode. At the same time, a surrounding electrolyte provides the counter-electrode, making up the second electrode. The static capacitance value is determined by total surface area between the two electrodes divided by the dielectric thickness. With an alternating electric potential, the current flow between the two electrodes creates an alternating voltage.

UZE1H0R1MCL1GB aluminum electrolytic capacitors are known for their high capacitive values at a relatively low physical volume, their long-term reliability and stability, and their excellent performance in comparison to other types of capacitors. They are excellent for filtering and smoothing applications, providing both fast and stable operation even at very high frequencies. Additionally, they have a relatively low stand by current and can also be used for energy storage applications.

UZE1H0R1MCL1GB aluminum electrolytic capacitors can be found in a variety of applications including power supplies, timer/resetting circuits, DC blocking, de-blocking, frequency decoupling, and audio equipment. They provide a reliable and cost-effective solution for these applications, particularly when a high capacitance value is needed.

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