EKMQ351ELL470ML25S

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Aluminum electrolytic capacitors are widely used in many electronic devices. They are particularly useful for short duration high-current applications, such as stabilizing the output of power supplies, and their capacitance ranges from tens of microfarads to thousands of millifarads. These components can also be used in motor control, circuit protection, audio equipment, high-frequency telephone filters, digital filters and temperature control circuits.

EKMQ351ELL470ML25S is an aluminum electrolytic capacitor that is designed specifically for high-current applications. It is a snap-in type, which means that the capacitor can be easily secured into a circuit board with minimal effort. The superior heat resistance of this part makes it perfect for use in high-temperature equipment and circuits. The casing is an encapsulated resin body, which helps to ensure high reliability and durability even when exposed to extreme temperatures and humidity.

The working principle of the EKMQ351ELL470ML25S is based on the fact that aluminum has a high affinity for oxygen. When subjected to electrical current, a thin, inert oxide layer forms on the surface of the aluminum, preventing further oxidation. This layer acts as a dielectric, allowing charge to be stored indefinitely until a reverse voltage is applied to the capacitor. This provides the capacitance needed for absorbing and storing energy.

The EKMQ351ELL470ML25S is also very reliable and has a long operating life. It features a low leakage current, low inductance and low impedance, and a wide temperature range. It can handle a maximum working temperature of 125°C, and has an impedance ratio of ≤ 5% at 200Hz. The capacitor also has a large rated voltage of up to 25V, and a maximum ripple current of 3A RMS.

The EKMQ351ELL470ML25S is a superior aluminum electrolytic capacitor that offers excellent performance in applications where high current stability and long-term reliability are essential. Its encapsulated resin body ensures high reliability and durability even when exposed to extreme temperatures and humidity. The capacitor\'s wide temperature range, low impedance and high endurance make it a great choice for high-current circuits and long-term applications.

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