LQW15AN3N5B80D

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Fixed Inductors are some of the most versatile and widely used electronic components in the market today. The LQW15AN3N5B80D is a popular fixed inductor used in a variety of different applications. In this article, we will explore its application field and working principle.

Application field

The LQW15AN3N5B80D is often found in the telecommunications sector, as it provides a stable, reliable source of power for base transceiver stations. It is also used in low-power DC/DC conversion and power filtering, as it provides a clean, noise-free power signal. In addition, it is used in industrial equipment, consumer devices, and is becoming increasingly popular in solar cell inverters.

The LQW15AN3N5B80D is also used in automotive applications, such as in alternators and starter motors. The inductor helps to regulate the current flowing through the device, ensuring steady and reliable performance. It is also used as part of the charging system, providing inductive reactance to reduce voltage spikes and preventing damage to the battery.

Working principle

A fixed inductor is a passive device, which means that it requires no outside energy source to function. This type of inductors works by converting electric energy into a magnetic field, which is then stored in its core. As current passes through the inductor, it creates a magnetic field which induces a voltage in the winding of the inductor. This voltage opposes the supply voltage, thus limiting the amount of current that can pass through the inductor.

The inductance of the LQW15AN3N5B80D is adjustable, allowing it to be tuned to the required power supply. This enables the inductor to work effectively both with AC and DC power supplies. In addition, the high inductance of the LQW15AN3N5B80D ensures a smooth and precise operation, even under heavy loads.

An important factor that affects the performance of the LQW15AN3N5B80D is its temperature coefficient. This coefficient can be adjusted to optimize performance in extreme temperatures, as a higher temperature coefficient will reduce the inductance of the inductor when temperatures rise. This helps to maintain the desired inductance despite variations in temperature.

The fixed inductor also offers a low residual inductance- a measure of the inductance without current. This feature ensures that there is no interference between adjacent inductors, and also helps to reduce the power loss resulting from the inductor\'s capacitance.

Overall, the LQW15AN3N5B80D is an excellent option for any application that requires a reliable and adjustable fixed inductor. Due to its adjustable inductance and wide range of applications, it is a useful tool for many industries. Additionally, its temperature coefficient and low residual inductance are great features that make it suitable for a wide variety of environments.

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