8532-07J

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Fixed inductors are inductors that stay at a fixed inductance over a certain range of applied voltages and frequencies. The 8532-07J is one type of fixed inductor, and it has numerous applications in a variety of different fields, along with a specific operating principle.

Applications

The 8532-07J is a widely used inductor, with applications in RF amplifiers, power supplies, voltage regulators, and other analog electronic circuits. It is especially suited for RF circuits, due to its high Q-factor and low self-resonance frequency.

The 8532-07J is also used in automotive electronics. Its construction consists of two wire coils wound around a ferromagnetic core, and the combination of its high efficiency and low insertion losses makes it ideal for powering automotive circuits such as headlights, fog lights, and security systems.

In addition, it is also becoming an increasingly popular choice for designing portable electronics. Because of its low profile and low power consumption, it is ideal for small, battery-powered devices such as smartphones, tablets, and wearable devices.

Working Principle

The 8532-07J is a type of air core inductor, meaning it does not have a ferromagnetic core. Instead, it consists of an air gap between two wire coils. This air gap creates a magnetic field that induces a current in the wire coils.

When current is applied to the two wires, a magnetic flux is created that encircles the air core. This magnetic flux induces a current in the wire coils, which in turn creates a back EMF (electromotive force) that opposes the flow of current through the wire coils. This creates a fixed inductance that stays constant over a certain range of applied voltages and frequencies.

The 8532-07J is designed to operate at high frequencies up to 18GHz. It also has a very low self-resonance frequency, which means it can be used in high frequency circuits without causing any problems.

Conclusion

The 8532-07J is a fixed inductor that is widely used in a variety of different applications. It has a high Q-factor and low self-resonance frequency, making it well-suited for high frequency circuits. It also has low insertion losses and a low profile, making it ideal for portable electronics. Its working principle is based on a magnetic flux that induces a current in the two wire coils, creating a back EMF that opposes the flow of current.

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