LQP03TG2N4B02D

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Fixed inductors, also known as chokes, are the most commonly used type of inductor. They are used to store energy in the form of an electrical field, created by the current passing through the coil. This stored energy can then be used to smooth out AC voltage signals, filter signals, or create inductive reactance. The LQP03TG2N4B02D is a fixed inductor specifically designed for high-power applications.

This inductor meets the power supply requirements of most applications, providing excellent high-current performance. It features an increased inductance-to-DC resistance ratio and a wide inductance tolerance range. Additionally, it has a high self-resonant frequency suitable for RF applications.

The LQP03TG2N4B02D is capable of withstanding high operating temperatures, allowing safe operation of the device in high ambient temperature applications. It also has good radiation performance and excellent hum noise immunity due to its special design of ferrite core material.

The working principle of the LQP03TG2N4B02D is based on the principle of magnetic flux. This flux is created when current passes through the coil of the inductor, creating a magnetic field that is proportional to the current. This magnetic flux induces a voltage in the coil, which in turn creates a current that opposes the original current. This phenomenon is known as inductance, and it enables the inductor to store energy temporarily, allowing it to smooth out AC voltage signals, filter signals, or create inductive reactance.

The LQP03TG2N4B02D is suitable for a variety of applications such as power supplies, DC-DC converters, mobile communication equipment, switching power amplifiers, and liquid crystal panel display power supplies. This device can also be used in automotive, industrial, consumer and home appliance applications. It provides excellent high-current performance to meet the requirements of these applications.

In conclusion, the LQP03TG2N4B02D is a fixed inductor specifically designed for high-power applications. It is capable of withstanding high operating temperatures, providing excellent high-current performance and a wide inductance tolerance. Its working principle is based on the principle of magnetic flux, which enables it to store energy temporarily. This allows it to be used for a variety of applications such as power supplies, DC-DC converters, mobile communication equipment, switching power amplifiers, and liquid crystal panel display power supplies.

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