LQW18ANR39J00D

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Inductors are an important type of electrical component, commonly used in a wide variety of electronic circuits and devices. The LQW18ANR39J00D fixed inductor is an example of a device which is specially designed to work in applications such as power supplies, amplifiers and common-mode chokes.

The LQW18ANR39J00D is a low-profile chip inductor, with a very small size and wide range of inductance values. This device is manufactured using low-loss magnetic cores, which provide excellent frequency response and low power loss. The device also features a built-in balun, which allows the inductance to be accurately matched with the requirements of the application, resulting in greater accuracy and improved performance.

In terms of working principle, the LQW18ANR39J00D works by storing energy in a magnetic field. The inductor has two terminals, an input and an output. When an AC voltage is applied to the input terminal, the magnetic field generated by the circuit will induce a current in the output terminal. This induced current is proportional to the applied voltage and the inductance of the coil. By varying the inductance of the coil, the device can be designed to work in a variety of applications.

The LQW18ANR39J00D is most commonly used in audio applications, such as power amplifiers and common-mode chokes. It is also used in switched-mode power supplies, which use conditions such as switching frequency, DC input voltage, and inductance to control their output. This means that the inductor must have high inductance values and high quality construction in order to properly perform its function.

Overall, the LQW18ANR39J00D is an excellent choice for a wide range of fixed inductor applications. Its low-profile design allows it to fit into tight spaces, and its excellent frequency response and low loss cores make it ideal for use in audio applications. In addition, its built-in balun makes it ideal for adjusting the inductance to suit the requirements of the application, resulting in higher performance and greater accuracy.

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