ELC11D332F

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Fixed inductors are devices found in a wide range of applications such as high power electric motors, power conversion systems, inverters, switch mode power supplies, and electronic circuits. In general, the ELC11D332F is a fixed inductor which is capable of handling up to 20 A of current and displaying a resistance of 33 milliOhms when operated at 20 kHz.

Overview of ELC11D332F

The ELC11D332F is a single-phase, space-saving, fixed inductor that offers high-efficiency and temperature-stable operation in a miniature form factor. The ELC11D332F boasts a profile height of only 4.8mm, making it ideal for tight spaces and high-density installations. Additionally, the device features tin-plated copper wire construction and is apreg-rated for the operation in 30 to 100kHz. The component is ideal for applications where size and surge current protection are of paramount importance.

Features of ELC11D332F

• The ELC11D332F is a single-phase, space-saving, fixed inductor.
• The profile height of the inductor is only 4.8mm.
• The device features tin-plated copper wire construction.
• It is apreg-rated for the operation in 30 to 100kHz.
• The inductor is capable of handling up to 20A of current and displays a resistance of 33 milliOhms when operated at 20kHz.

Application Field of ELC11D332F

The ELC11D332F is suitable for a wide range of applications such as high power electric motors, power conversion systems, inverters, switch mode power supplies, and electronic circuits. As it is able to handle current up to 20A, and due to its small size (4.8mm profile height), it is ideal for use in tight installation spaces and to provide surge current protection. Additionally, due to its operating frequency range between 30 to 100kHz, it is also suitable for high frequency, switching applications.

Working Principle of ELC11D332F

The working principle of the ELC11D332F is based on Faraday’s Law of Electromagnetic Induction. The inductor consists of two windings wrapped around a single core. When subjected to alternating current (AC), the inductor stores energy within its core. Environmental factors such as temperature variation can affect the operating characteristics of the inductor. However, the use of tin-plated copper wire construction and its built-in temperature compensation mitigates any change in characteristics with temperature variation, thus ensuring consistent performance.

Conclusion

In conclusion, the ELC11D332F is a high-efficiency, temperature-stable, single-phase, space-saving, fixed inductor. Suitable for use in high power electric motors, power conversion systems, inverters, switch mode power supplies, and electronic circuits, the ELC11D332F is capable of handling up to 20A of current and displays a resistance of 33 milliOhms when operated at 20kHz. The use of tin-plated copper wire construction and its built-in temperature compensation ensures it is suited to temperature-sensitive applications.

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