ELL-6GG1R5N Inductors, Coils, Chokes

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Fixed Inductors

An ELL-6GG1R5N fixed inductor is a type of electronic component used to create inductive reactance in an electronic circuit. It is an electronic component that works by creating a magnetic field around a copper coil filled with a ferric material. The inductor acts as an electrical conductor when an electrical current is applied, creating a magnetic field.

The ELL-6GG1R5N fixed inductor is typically used for applications such as DC-DC converters, DC-AC inverters, and switching regulators. It is also ideal for filtering noise in power supplies, regulating power, and inductive heating. It is easy to assemble with its 2mm pitch diameter, and its high inductance makes it useful for RF applications.

Advantages of ELL-6GG1R5N Fixed Inductors

The ELL-6GG1R5N fixed inductor offers a wide range of benefits. First, it is a compact component making it advantageous for point-of-load applications. Its smaller size also helps reduce board area, eliminating the need for additional real estate. As a result, power supply designers can use less components for their supply designs.

The part also offers a high saturation magnetic flux density, which allows for stable inductance over a wide current range. Furthermore, the ELL-6GG1R5N inductor has an operating temperature range of - 40 to +105 degrees Celsius making it well suited for automotive and high temperature application.

Working Principle

The ELL-6GG1R5N fixed inductor works by harnessing magnetic fields. When current from an AC source is passed through the wires of the inductor, it creates an electromagnetic field. This field opposes any changes to the current, due to the self-induced current produced as a result of the changing magnetic field.

This opposing current, known as inductance, is directly proportional to the amount of current that passes through the coils and the number of coils in the inductor. Inductance also increases with the frequency of the AC current, as the speed at which current is switched affects the magnitude of the induced current flow.

Applications

ELL-6GG1R5N fixed inductors can be used in a variety of applications due to their high saturation magnetic flux density, high current capacity, and wide operating temperature range. They are commonly used in applications such as DC-DC converters, DC-AC inverters, switching regulators, power supplies, and inductive heating.

They are also useful for creating inductive reactance in an electronic circuit. This is important for reducing the effects of interference and noise from nearby sources. The ELL-6GG1R5N can also be used to help regulate voltage levels in the circuit and reduce the amount of power wasted.

Conclusion

ELL-6GG1R5Ns are a type of fixed inductor used in various applications, such as DC-DC converters, DC-AC inverters, switching regulators, power supplies, and inductive heating. They work by creating a magnetic field around a copper coil filled with a ferric material, and as current passes through the coils, an opposing current known as inductance is produced. This inductance helps reduce the effects of interference and noise in an electronic circuit while conserving and regulating power.

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