2510-64J

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Fixed Inductors

A fixed inductor is an inductor with a fixed value. It is designed to have a specific inductance that is not affected significantly by changes in the current applied. Fixed inductors are commonly used in applications where it is necessary to maintain a constant value of inductance over varying frequency, temperature, and/or current. One example of a fixed inductor is the 2510-64J series.

2510-64J Application Field

The 2510-64J series is a fixed inductor designed for use in applications requiring low profile and low inductance components. It is commonly used in automotive, consumer, and industrial applications. It is also used in audio equipment, power supplies, communication and navigation systems, and in applications where high performance is needed. The 2510-64J series can be used in applications that require higher frequency due to its superior performance and miniature size.

2510-64J Working Principle

The 2510-64J series utilizes a thin film construction with micro-fabricated windings. This allows the inductor to have a low profile and miniaturized size while still providing excellent performance. The self-supporting construction also ensures that the inductors are mechanically robust. The thin film construction also allows the inductors to have a very low DC resistance and high Q factor. The low resistance ensures that the inductor can handle high currents without significant power losses.

The 2510-64J series utilizes a low-power, low-loss design that allows it to have very low inductance. This allows the inductors to be used in applications that require a higher frequency since the inductance will not significantly affect the frequency. Furthermore, the 2510-64J series can handle high current and temperature ranges without any significant performance degradation.

Conclusion

The 2510-64J series is a fixed inductor that is ideal for use in low-profile and low-inductance circuit applications. It has a thin film construction that provides excellent performance and mechanical robustness. The low DC resistance and high Q factor allow the inductor to handle high current without significant power loss. The low inductance allows it to be used in applications that require higher frequencies with minimal performance degradation.

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