100R-220N

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Fixed Inductors are crucial components used in many electronic circuits. From power frequency inverter circuits to complex avionic and military circuits, fixed inductors are used in multiple applications. We will examine the 100R-220N application field and working principle.

The 100R-220N fixed inductor is a toroidal ferrite inductor available in a wide range of sizes and tolerances. This type of inductor is typically used in ac-ac, dc-dc and ac-dc power converters. Its wide operating frequency range, low content of electromagnetic interference, considerable millimeter wave shielding and improved efficiency make it suitable for multiple applications.

Of the many uses for the 100R-220N fixed inductor is in telecom applications such as high-speed communications, base station amplifiers, optical networks, and power supplies. Its low magnetic susceptibility and excellent high-frequency characteristics ensure superior performance. This fixed inductor also finds wide applications in the field of medical electronics and imaging equipment, for power supplies, batteries, audio amplifiers, and intelligent control systems.

A major characteristic of the 100R-220N fixed inductor is its capacity to generate high levels of current inside the narrow ferrite core. When placed in an alternating magnetic field, it produces a variable electromagnetic field. This causes the current to flow through the metal windings in the toroid and creates a magnetic field perpendicular to the main field. This field induces current through the windings of the inductor and, according to Ohm\'s Law, the generated voltage is proportional to the primary current.

Inductive reactance of the 100R-220N fixed inductor is strongly dependent on frequency. As the frequency increases, the reactance also increases. This phenomenon is due to the length of the winding and the number of turns. These components create inductance in the magnets. When a current is passed through the inductor, the electromagnetism induces a changing voltage across the inductor.

In summary, the 100R-220N fixed inductor is widely used in electronic circuits due to its superior performance. It is employed in telecommunication applications, medical electronics, and imaging equipment. It generates high levels of current in a narrow ferrite core and produces a variable electromagnetic field. The inductive reactance of the inductor is dependent on the frequency and the current.

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