B82141B1392K9

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Fixed Inductors are widely used in electronic circuits, not only for circuits requiring inductance, but also for providing decoupling and filtering functions. The B82141B1392K9 is an example of a fixed, non-polarized inductor that works by passing a current through a wire loop with a core of ferrite, iron, or something else. Its inductance is determined by the size of the core, the amount of current, and the number of turns in the wire loop. Because the core material has a high magnetic permeability, the small amount of current is able to generate a large amount of magnetic flux. This flux passes through the windings to generate the inductance needed for the circuitry.

The application fields for the B82141B1392K9 include power supply filtering, routing of digital and analog signals, and audio signal coupling. It is well suited for circuits that require high voltage, isolation, and excellent frequency characteristics. Additionally, the B82141B1392K9 has a wide temperature range, and its design minimizes self-heating of the windings. This maintains consistent operating temperature and performance, even under high currents.

Other features of the B82141B1392K9 include low leakage for better isolation levels, a full range of axial and radial lead configurations, and high electrical insulation properties with no polymer residue. These features enable the B82141B1392K9 to operate as a filter, coupling device, or choke in various electronic circuits.

The B82141B1392K9 is designed to have low stray fields. This helps to reduce interference with wireless devices or other electronic equipment that can be affected by a strong electromagnetic field. The low stray field makes the B82141B1392K9 suitable for use in a variety of environments, such as industrial, medical, and consumer product applications.

The B82141B1392K9 is an ideal choice for a wide range of applications. Because of its resistance to vibration, strong electromagnetic fields, and excellent frequency characteristics, it works well in high-voltage and digital signal circuits. Additionally, due to its wide temperature range and low leakage, it is suitable for improving the isolation levels of circuits and providing decoupling and filtering functions. It is also well suited for audio signal coupling, power supply filtering, and inductance applications.

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