2510R-32F

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Fixed inductors are electrical components made of a coil of metal wire that’s connected to two terminals. They are widely used in AC circuits for filtering and regulating electrical currents. They can also provide low and high pass filters between stages of audio frequency amplifiers. The 2510R-32F fixed inductors are among the more popular inductors used in today’s electronic circuits.

Application Field

The 2510R-32F fixed inductors work in a wide range of applications from computers and electronic devices, to radio frequency and electric power transmission projects. They are widely used for signal frequency filtering, radio frequency interference prevention, noise reduction, and stabilizing the frequencies of electric power signals. They are also often used for AC power smoothing, voltage stabilization, and EMC shielding.

The maximum operating temperature of the 2510R-32F is 140 ℃, making them suitable for many industrial applications. They also have excellent surge withstanding capabilities and low DC resistance (.004 ohm at 25 ℃) for improved signal reliability. This makes them ideal for applications in motor drivers and LED lighting control.

Working Principle

A fixed inductor is an electronic device that operates under Faraday’s law of induction. This states that when a coil of wire is placed in a magnetic field, an electric current is induced in the coil. This electric current creates a magnetic field of its own which opposes the field that created it. This is known as “mutual induction.”

In a fixed inductor, a coil of wire surrounds a core material such as ferrite or iron. When a voltage is applied across the two terminals, a current is induced in the coil. This creates a magnetic field which opposes the external magnetic field, creating a reaction known as “self-induction.” The magnetic field created by the self-induction resists the flow of current, creating an inductor.

The 2510R-32F fixed inductors have an inductance of 33 mH and the maximum current rating of 5A, detuning noise and limiting circuit current. The resultant inductance is determined by the number of turns in the coil, the coil size, core material, shape of the core, and the applied frequency. Depending on its application, the 2510R-32F can be further modified and customized.

Conclusion

The 2510R-32F fixed inductors are used in a wide range of AC power filtering, signal switching and stabilization applications. The inductance of this type of inductor is determined by the number of turns, coil size, core materials, and shape of the core. Due to their excellent surge withstanding capabilities and low DC resistance, the 2510R-32F fixed inductors are ideal for applications in motor drivers and LED lighting control.

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