1255AY-470M=P3 Inductors, Coils, Chokes

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Fixed inductors are widely used components in electronic circuits. The 1255AY-470M=P3 is an efficient and reliable fixed inductor. This article will cover the application field and working principle of the 1255AY-470M=P3.

Applications

The 1255AY-470M=P3 inductor is typically used as a filter or decoupling component in DC power systems. It can also be used in applications that require high-intensity inductances. It can be used in applications such as voltage regulation, DC-DC conversion, automatic power control, and power distribution systems. The 1255AY-470M=P3 inductor has a wide range of performance characteristics and is capable of operating at high temperatures and in humid environments.

The 1255AY-470M=P3 inductor is used mainly for smoothing high-frequency signals, such as audio signals which can cause noise and interference. It is also used in frequency control circuits and also works well in high speed switching applications. The 1255AY-470M=P3 inductor is also used in RFID tags, motor control circuits, and LCD displays.

Working Principle

The 1255AY-470M=P3 is an inductor consisting of a core made of ferrite or iron and a coil of insulated wire. It is shaped like a cylinder and is usually compact and lightweight. The purpose of an inductor is to store energy in the form of a magnetic field when a current is applied to it. The inductor effectively increases the voltage across itself, and this is known as inductance. The inductance is the ability of an inductor to oppose changes in the current flowing through it.

When a current passes through an inductor, the inductor creates a magnetic field. This magnetic field stores energy and is responsible for the inductance. The inductance also increases as the size of the inductor increases. The size of the magnetic field depends on the core material used and the number of wires wrapped around the core, known as the number of turns.

The magnetic field created by an inductor also affects surrounding electrical components. This is called parasitic inductance and can cause undesirable effects in circuits. To compensate for parasitic inductance, many inductors are constructed with shielded cores, which help reduce the effect.

The 1255AY-470M=P3 inductor is designed to be low profile and efficient. It is capable of maintaining high efficiency and reliability over a wide temperature range. It is also constructed with ferrite cores, which reduce parasitic inductance and increase overall inductance. The 1255AY-470M=P3 inductor is a reliable and efficient choice for applications requiring high-intensity inductances.

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