FP0705R2-R07-R

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Fixed Inductors

An inductor, also known as an electrical coil, is a device that drags electrical energy through a coil of wire. It is widely used in electrical circuits and is a core component in electrical filters, amplifiers, and frequency converters. Fixed inductors are so-called because they work at fixed frequency and current values, as opposed to variable inductors which can have their values adjusted. One such type of fixed inductor is the FP0705R2-R07-R.

FP0705R2-R07-R Application Field and Working Principle

The FP0705R2-R07-R is a type of fixed inductor designed for high-frequency switching power supply applications. It has a maximum working frequency of 10MHz and a rated current of 1A. The FP0705R2-R07-R features a thin-film type structure and a coiled wire conductor with flat molded packages. The device is constructed using ferrite materials and has a 100uH inductance value.

Being a thin-film type inductor, the FP0705R2-R07-R has a much lower DC resistance than traditional inductors, which means that it can handle higher suddenly instantaneous current and handle wide range fluctuations in current. It also features high temperature stability, high current and high frequency compatibility, low noise, and low insertion loss.

In terms of working principle, the FP0705R2-R07-R induces a magnetic field when electrical current is passed through it; this magnetic field can cause a voltage to be created in any conductor that it cuts out. This process of inductance is known as the Faraday effect and is important for switches, transformers, and filters in various electrical devices.

The Faraday effect works by converting electrical energy into magnetism and vice versa. In order for this process to occur, there needs to be a working frequency and a current value to work at, which is where the FP0705R2-R07-R becomes essential as a fixed inductor.

The FP0705R2-R07-R offers an excellent solution for high-frequency switching power supplies due to its high temperature stability, low insertion loss and high current capability. It is also used in filters, amplifiers, and frequency converters, where its thin-film construction and flat panel design provides greater efficiency compared to traditional inductors.

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