1210-471F

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Fixed Inductors

A fixed inductor is an electronic inductor made up of two components: a wire coil and a permanent magnetic material. The coil is made up of a metal wire, often copper, and the magnetic material may be made up of iron, steel, or any other suitable material. The two components work together to create a magnetic field which is able to induct electrical energy from an alternating current.

The 1210-471F is a fixed inductor based on the 1210-471 design. This inductor is a two-pin inductor, which means it has two distinct terminals to which the wire coils connect. The 1210-471F is a medium-sized inductor rated at 8.2µH, making it ideal for medium-powered applications in the 100 kHz-10MHz range. Due to its 8.2µH rating, the device is capable of providing a relatively high power output compared to its size.

1210-471F Application Field and Working Principle

The 1210-471F fixed inductor is mainly used in medium-range circuits, such as radio frequency (RF) circuits and power-control circuits. It is particularly suitable for applications dealing with low-power signals that require a relatively high current. This device can be used to create positive or negative DC current, allowing for the construction of AC-DC circuits.

The basic working principle of the 1210-471F is that when an alternating voltage is applied to the two terminals of the coil, it produces a magnetic field, which in turn induces an electric current. This electric current generates a secondary magnetic field which interacts with the primary field, creating a feedback loop that works to maintain the current strength. This is known as inductive feedback and allows the 1210-471F to maintain a constant current level.

In addition to its use in low-power and power-control circuits, the 1210-471F inductor can be used in a variety of applications including voltage regulators, power supplies, and audio signal processing circuits.

Due to its high power rating and small size, the 1210-471F is an ideal choice for application areas requiring medium-power circuits that need to be small and low-profile. This device is cost-effective and reliable, making it a great choice for many different types of circuits.

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