FIT106-2-B

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Fixed Inductors, commonly known as choke coils, are components in electronic circuits that generate a nearly uniform magnetic field to effectively store electromagnetic energy. FIT106-2-B is a kind of fixed inductor specifically designed for power management applications. This article discusses the application field and working principle of this device.

Application Field of FIT106-2-B

The FIT106-2-B fixed inductor is primarily used in power management applications, including – but not limited to – voltage and current regulation, power filtering, voltage supply, and brake circuits. The device is designed to operate at high frequencies between 0.1 MHz and 1 MHz, with high temperature resistance up to 100°C and high-efficiency energy storage capacity. These features make it suitable for use in various industry applications, such as uninterruptable power systems (UPS), LCD display systems, and power supply units (PSUs).

Additionally, the FIT106-2-B provides excellent DC bias characteristics and features high-stability, low resistance and low noise. It can also work with low temperature coefficients, making it perfect for low-frequency switching circuits as well as for DC-DC converters and battery chargers.

Working Principle of FIT106-2-B

The FIT106-2-B fixed inductor is based on the principle of magnetic induction. It uses two identical coils of wire wound on an iron core to generate a magnetic field that induces an electric current in one of the coils when electric current passes through the other. The device is typically composed of two parts: the winding and the core.The winding of the FIT106-2-B consists of several turns of insulated copper wire which is twisted around the core. It is then connected to the terminals of the component. When an alternating current (AC) passes through the winding, a magnetic field is generated which creates an electric current in the winding.The core is made up of a nonmagnetic material such as iron or iron alloy. It is used to concentrate the magnetic field generated by the winding and increase the inductance of the coil. The iron core couples with the winding to generate the magnetic field which stores the electric energy and creates an electric current in the winding.

In short, the FIT106-2-B fixed inductor uses electromagnetic induction to generate a steady magnetic field which is used to store electrical energy and provide a regulated current and voltage output. Its unique design, high efficiency and wide application make it ideal for a variety of power management applications.

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