108R-153J

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Fixed Inductors are components that provide electrical resistance and inductance to the circuit. They are commonly used in AC and DC circuits to reduce the impedance and provide inductive coupling between components, especially when dealing with high frequency currents. The 108R-153J Fixed Inductor is a widely used element that is popular for its power handling and temperature coefficient.

The 108R-153J has a shielded construction with a small square-shaped body made from ferrite that measures eighteen millimeters in length and fifteen millimeters in width. The construction of the 108R-153J is specifically designed to improve the DC connection and minimize EMC interference. The shielded construction also helps reduce eddy current loss, which is critical in high frequency circuits.

The 108R-153J Fixed Inductors are rated up to 3A, allowing them to handle higher power levels than other comparable elements. This is important because it allows circuits to run at higher power levels without risking thermal damage to the element, as is common with uncompensated inductors. The element also has a relatively low temperature coefficient, which means it can maintain its inductance value even with changes in temperature.

In terms of application, the 108R-153J Fixed Inductors are used mainly in RF circuits, power supplies, and other electronic circuits. The element is also used in medical equipment, automotive systems, LED lighting control, mobile phones, and more.

The 108R-153J Fixed Inductor is also used in Switch Mode Power Supply (SMPS). Its shielded construction is perfect for suppressing high frequency interference. The inductive element is also well-suited for impedance matching, filtering, and act as a buffer.

To understand how the 108R-153J Fixed Inductor works, it is useful to understand the fundamentals of inductance. Inductance is a property of an electrical circuit that causes current to be distributed in a certain way. A basic inductor is composed of an electric coil that is wrapped around a core material such as ferromagnetic. The coil creates a magnetic field around itself that opposes changes in the current flowing through it. The coil is wound in such a way as to create a consistent magnetic field, which will cause any changing current to be resisted.

When the current changes, the coil will create a voltage across the inductor that is equal to the rate of change of the current multiplied by the inductance of the inductor. This voltage opposes the change in the current, allowing it to resist rapid changes in voltage. This phenomenon is known as inductive reactance, which is the basic principle behind how the 108R-153J Fixed Inductor works.

In summary, the 108R-153J Fixed Inductor is an important electrical component that is often used in high frequency AC and DC circuits. The element is popular for its power handling capabilities and low temperature coefficient. It is often used for filtering, impedance matching, and buffering. The element works through the principle of inductive reactance, where the coil is wound in such a way as to create a consistent magnetic field that opposes changes in current, thus creating a voltage that resists change.

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