LQW15AN24NG80D

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Fixed inductors are useful for creating pickoffs, filters, chokes and clamps in electronics applications. The LQW15AN24NG80D is a fixed inductor often used in these applications. In this article, we will discuss the application field and working principle of the LQW15AN24NG80D.

Application Field of the LQW15AN24NG80D

The LQW15AN24NG80D is a metal alloy fixed inductor with an inductance value of 80nH. It is often used in radio frequency applications for common mode and differential mode filtering. It is designed to provide high-frequency operation up to 1GHz and can be used to create high order filters with low insertion loss. It is also frequently used in automotive electronics applications such as for DC-DC converters, and to construct high frequency charging circuit switching blocks.

Working Principle of the LQW15AN24NG80D

The LQW15AN24NG80D uses metal alloy winding to reduce electric resistance and increase current capacity. Fixed inductors function by providing opposition to any changes in electric current. When an electric current is applied, the magnetic field generated by the current induces a counteracting voltage across the inductor. This voltage opposes any change in the current, maintaining a constant current.

The LQW15AN24NG80D is optimized to provide stable and low-loss operation. It has a thick copper-plated core and winding which reduce resistance and increase current capacity. This design also increases the circuit\'s overall stability, which is critical in high frequency circuits. The LQW15AN24NG80D also utilizes an optimized inner space design to reduce its overall physical size, while maintaining its low total harmonic distortion ratio.

Conclusion

The LQW15AN24NG80D is a fixed inductor designed to provide stable, low-loss operation for use in a wide range of radio frequency and automotive applications. Its optimized design provides high-frequency operation up to 1GHz, and its use of metal alloy windings increases the current capacity and lowers the electric resistance. These features make it a great choice for creating high-order filters with low insertion loss, or for constructing high frequency switching blocks in circuits.

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