UKL1H150KEDANATD

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Aluminum Electrolytic Capacitors are widely used in a variety of electronic circuits for power storage. One such capacitor is the UKL1H150KEDANATD, which is a high-performance, high conductivity, and low-loss aluminum electrolytic capacitor.

The UKL1H150KEDANATD is a long life, low impedance electrolytic capacitor that has a wide operating temperature range. It has a 100% burn-in test, which guarantees its reliability and performance. This capacitor has a voltage of 100 VDC and has a capacitance of 150 uF. It is also lead-free and RoHS compliant.

This capacitor has a variety of applications such as general purpose energy storage, pulse energy storage, compensating for current fluctuation, and smoothing. It can also be used in DC-to-DC Converters, power supplies, and other high current applications. This capacitor is also suitable for high voltage applications, where it offers low power loss and high reliability.

The working principle of the UKL1H150KEDANATD is based on the Faraday law of electrolysis. This law states that an electric current is produced when an electric field is applied to a solution that contains ions. In an electrolytic capacitor, this ionic current produces a separation of electrical charges between the anode and the cathode. This separation of charges creates a potential difference between them, which stores energy in the capacitor.

The UKL1H150KEDANATD capacitor also uses a dielectric material to separate the positive and negative ions. This dielectric material is a very thin layer of aluminum oxide, which is formed between the anode and the cathode when an electric current is applied. This layer of aluminum oxide provides excellent electrical insulation, which ensures low power loss and high reliability.

The above-mentioned properties make the UKL1H150KEDANATD capacitor an important component in a wide range of electronic circuits. It can be used in a variety of high voltage, high current, and low-loss applications. Furthermore, its long life and high reliability make it ideal for long-term energy storage in a variety of electronic circuits.

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