ATFC-0201HQ-0N1B-T

Fixed inductors are widely used in electronic circuits, and ATFC-0201HQ-0N1B-T is one such inductor. It is ideal for use in applications involving mid-range currents and voltages. The ATFC-0201HQ-0N1B-T inductor is optimized for low DCR (<0.16 mΩ max), high heat dissipation, and surge current rating. It is designed to operate in temperatures ranging from -40 to +125 degrees Celsius.

The ATFC-0201HQ-0N1B-T\'s application field mainly includes Power/Current Regulation, High Current Filtration, Non-Isolated DC/DC Converter, and High Frequency CMOS Circuits. In high-frequency CMOS circuits, it is used for the power supply stabilization, and for signal isolation. It also acts as a buffer for power saving, and as a current limiting element to prevent electrical hazards. In high current filtration circuits, it is used to filter out noise and unwanted frequencies. In non-isolated DC/DC converter circuits, its reliable filtering action can reduce electromagnetic interference. In power/current regulation, it is used for effective current control and power regulation.

The ATFC-0201HQ-0N1B-T has a ferrite core, allowing the maximum allowable temperature to increase when working at high frequencies. The main operating principle of this inductor is that when electric current passes through it, the inductor builds up a magnetic field which, in turn, creates a self-induced back-EMF that opposes the flow of current through the inductor. This opposition produces a counter-current for which the inductor’s value is proportional. As more current passes through the inductor, the value of the counter-EMF also increases, resulting in a steady reduction of the current passing through the inductor.

Due to its low DCR (<0.16 mΩ max.), high heat dissipation, and surge current rating, the ATFC-0201HQ-0N1B-T is an ideal choice as a fixed inductor for electronic systems. Its wide range of applications makes it highly suitable for a variety of applications. Its high quality construction ensures that it will operate with high levels of reliability and accuracy, even in extreme conditions.