70F184AI

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Fixed Inductors

An inductor is an electrical component that stores magnetic energy when electric current passes through it. Fixed inductors, also known as bobbin-type inductors, are permanently magnetized and fixed in position, rather than being adjustable or moveable. The 70F184AI is a useful tool for a variety of applications in inductor technology due to its unique design features.

70F184AI Application Field

The 70F184AI Fixed Inductor is a type of low resistance inductor, designed to meet the requirements of low cost, high performance electronics. This type of inductor can be used to create high current magnetic fields in multi-layer bare dielectrics, where a ‘core loss’ would otherwise occur, while also providing higher magnetic fields than more conventional ferrite coils. The 70F184AI can also be used as a signal transformer for signal conditioning, since the core loss of the coil is very low. Its relatively large and stable inductance value makes it especially suited for application in low pass filter and power line filters.

70F184AI Working Principle

The 70F184AI Fixed Inductor works on the principle of electromagnetic induction. By placing two conductors side by side and then applying a alternating or changing current to the conductor, a magnetic field is created. This magnetic field contains energy which interacts with the other conductor, inducing a current or voltage in it. This phenomenon is referred to as electromagnetism or induction.

When the current is passed through the 70F184AI, a number of layers of metal windings are around the core, creating a magnetic field which passes through the other layers. The magnetic field induces an EMF (electromotive force) in the core, thus creating an electric current. The current is then passed through the winding of the inductor, resulting in an increased magnetic field. This process is repeated as long as the current passes through the inductor.

The current passing through the 70F184AI Fixed Inductor creates an increasing magnetic field, which produces an EMF in the opposite direction, thus creating a self-induced voltage. This is referred to as the ‘back EMF’ and it increases in direct proportion to the magnetic flux strength. The higher the back EMF, the more energy is stored in the magnetic field of the 70F184AI Fixed Inductor, enabling its use in a greater variety of applications.

Conclusion

The 70F184AI Fixed Inductor is an important component in the field of inductors, due to its unique design features. It is especially useful for applications requiring low resistance and high current magnetic fields, since it is capable of producing higher magnetic fields than ferrite coils. Additionally, its relatively large and stable inductance value makes it an ideal signal transformer for signal conditioning. The 70F184AI works on the principle of electromagnetic induction, utilizing the law of induction to increase the magnetic field induced by a current flowing through the core, resulting in increased energy storage.

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