ELE-250ELL101MF11D

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Aluminum electrolytic capacitors are a type of capacitor featuring a superior performance in terms of tolerance, temperature coefficient, load life and various other characteristics in comparison to other types of capacitors, such as ceramic, film or paper capacitors. The ELE-250ELL101MF11D is an aluminum electrolytic capacitor specifically designed to meet the demands of large and high reliability applications.

Applications

The ELE-250ELL101MF11D is well-suited for motor start and run, power supply bypass, filter, energy storage, oscillator tuning and ripple-absorbing power supply applications. It is also an ideal choice for automotive, aviation, medical, heavy electrical equipment, UPS systems, high-power inverters and automation equipment.

Working Principle

The dielectric between the two electrodes of a metalized aluminum electrolytic capacitor consists of a layer of metal oxides, which is formed on the anode surface during the production process. This metal oxide layer acts as a dielectric medium, providing an electrical barrier between the two electrodes.

During operation, electrons move through the dielectric layer, which causes a positive charge to form on the anode side of the capacitor. The magnitude of this charge is determined by the applied voltage. In response, an equal and opposite charge is formed on the cathode side of the capacitor, attracting and opposing the anode\'s positive charge. This charge-countercharge pair forms the capacitor\'s electric field, allowing it to store and discharge current.

Features

The ELE-250ELL101MF11D offers a broad range of features and benefits to its users, including a long-term operation lifespan and high-temperature performance. It also has an extended capacitance range from 40 μF to 1.5 mF, and boasts higher ripple current capabilities and load life capabilities compared to competing products in its price range. Its chip layout and size also make it suitable for surface mount assemblies.

The ELE-250ELL101MF11D is designed to operate at temperatures as high as 105°C, and also has a very low ESR which helps to prevent premature failure in high-temperature applications. Additionally, its flat, long-life design allows for lengthy operation in more demanding environments, and its modular design provides for high-density mounting in advanced systems.

Conclusion

The ELE-250ELL101MF11D is an aluminum electrolytic capacitor with a broad range of characteristics, making it an ideal choice for many high-reliability applications. It offers superior performance in terms of tolerance, temperature coefficient, load life and various other characteristics compared to other types of capacitors, such as ceramic, film or paper capacitors. Its modular design allows for high-density mounting in advanced systems, and its extended capacitance range from 40 μF to 1.5 mF makes it suitable for a wide variety of applications.

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