LQP02TN1N8C02D

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Fixed inductors, also commonly known as choke coils, are electrical components that provide certain desired inductance values for high frequency applications. The LQP02TN1N8C02D is a fixed inductor that can be used in many different applications due to its small size, making it ideal for use in portable devices. This article will discuss the application field of the LQP02TN1N8C02D and its working principle.

Application Field of the LQP02TN1N8C02D

The LQP02TN1N8C02D is an inductor that is ideal for high-frequency power supply circuits. Its features include a low DC resistance, high Pd, high SRF, low DCR, and low inductance tolerance. It is primarily used in switcher, controller, buck converter, and LLC converter circuits of ac/dc power applications, such as those found in notebooks, SERDES, and data centers. This inductor can also be used in audio amplifiers, radar and satellite systems, and automotive electronics.

Working Principle of the LQP02TN1N8C02D

The working principle of the LQP02TN1N8C02D is based on the Faraday’s Law of Induction. This law states that a time-varying magnetic field will create an electromotive force in a closed circuit. This voltage is known as inductance, and a higher inductance value can be achieved by increasing the number of turns in the coil. The magnetic field created by the coil’s current is measured in webers (Wb).

The LQP02TN1N8C02D utilizes this principle to provide a specific inductance value. It also features an air hole structure, which allows the passive components to be closely packed together. This increases the area in which the electromagnetic field can be generated, thus increasing the inductance. The LQP02TN1N8C02D also features low resistance, providing efficient energy transfer within the system.

Conclusion

The LQP02TN1N8C02D is a small, versatile inductor that is widely used in many different applications, such as laptops, radar and satellite systems, and automotive electronics. Its biggest benefit is its ability to provide a high inductance value in a small space, making it perfect for use in portable devices. As far as its working principle, it works in accordance with Faraday’s Law of Induction, using an air hole structure to increase the effective area of its electromagnetic field. In conclusion, the LQP02TN1N8C02D is a great choice for high-frequency power supply circuits and other applications.

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