ATFC-0201HQ-0N4B-T

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Fixed inductors refer to inductors in which the inductance value does not change with increasing temperature. When there is no external force, the inductance stays constant. The ATFC-0201HQ-0N4B-T is a fixed inductor with a variety of uses.

ATFC-0201HQ-0N4B-T is a surface mount inductor with ultra-low DCR featuring a miniature footprint designed to reduce board space. It\'s designed to operate from the -40° to +125°C temperature range and it is RoHS compliant. The inductor coil core allows for a high saturation current. Throughout the entire temperature range, the inductance value is very stable.

The ATFC-0201HQ-0N4B-T fixed inductor is mainly used to stabilize and filter electrical signals in electronic circuits. It has various uses such as power line chokes, inductive coupling, energy storage, and resonant circuits. It is used in a wide range of applications including DC/DC converters, wireless power supplies, portable devices, and telecom power supplies.

The working principle of the ATFC-0201HQ-0N4B-T fixed inductor operates on the principle of magnetic field induction. When an alternating current passes through the inductor, a magnetic field is created within the inductor. This magnetic field generates a counter electromotive force in the electrical circuit which opposes the change in current. This induces a self-inductance which opposes changes in current flow and works to stabilize the electrical signal. The inductance of an inductor is primarily based on its size and coil design. Therefore, inductance levels can be varied depending on the specific requirements of the application.

The ATFC-0201HQ-0N4B-T provides added stability and improved signal quality in electrical circuit applications. It also offers improved reliability and a longer lifespan due to its superior temperature and voltage tolerance. The small size of the ATFC-0201HQ-0N4B-T fixed inductor allows it to be used in a wide variety of applications where space is an issue. This makes it an ideal choice for applications that require noise elimination and EMI interference suppression.

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