ELC-16B122L

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Fixed inductors are components that store electrical energy in the form of magnetic fields. They are components that can be used to increase or decrease the power delivered to other components in an electrical circuit, or to control impedance. The ELC-16B122L is a fixed inductor, it is a chip inductor with a high current applied and a high Q factor which make it suitable for use in high-frequency circuits. This device is used in many different industries, for example, consumer electronics, automotive, and telecommunications.

The ELC-16B122L is a high current, low loss fixed line inductor. It has a rated current of 120A, a rated temperature of +105°C, and an inductance value between 16 and 20 mH. This device is designed for use in high-frequency and low-power applications where low loss and high reliability are essential.

The ELC-16B122L has two terminals, each of which is connected to a copper wire extending from the terminal body. The terminals have a low profile that allows for easy mounting of the device. The basic principle of operation of this device is to convert electrical energy into magnetic energy, and then converting the magnetic energy back to electrical energy. This device is specifically designed to operate at high frequencies, allowing for a longer duration of magnetic flux.

The primary application for the ELC-16B122L is the use of it in line inductors, for both AC and DC currents. The device can be connected to an AC or DC source, depending on the application. It is also used for smoothing high current flows, filtering, and for frequency selection. Line inductors can also be used for voltage control and current protection, and for the reduction of low-frequency noises.

The ELC-16B122L is a reliable fixed inductor that can be used for multiple applications. Its low profile and high current handling make it suitable for a variety of applications in the automotive, consumer electronics, and telecommunications industries. This device is also suitable for line inductors, and provides reliable operation at high frequencies. Its high current capacity and low losses make it a popular choice for its users and applications.

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