FP1007R1-R14-R

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Fixed Inductors have become essential parts of today’s electronics industry. They are used in a wide range of applications, from consumer electronics to automotive and aerospace. Among the various types of Fixed Inductors, the FP1007R1-R14-R series is one of the most commonly used. In this article, we will discuss its application field as well as its working principle.

FP1007R1-R14-R Fixed Inductors are mainly used in circuits with high frequency switching and voltage regulation. They are also good for transient suppression and low EMI applications. The series features a high temperature range, allowing it to be used in high operating power conditions. The inductance range of these components is also quite impressive, with some parts having an inductance of as low as 0.001μH.

These parts have a quite wide application field. They can be used in power conversion, battery management systems and motor drives, to name a few. In terms of motor drive applications, the FP1007R1-R14-R series is an ideal choice due to its low EMI performance and high temperature range.

Now let’s discuss the working principle of these Fixed Inductors. Generally speaking, these components are designed to produce a magnetic field that passes through a conductor. This magnetic field creates a current in the conductor, which is then used to regulate voltage or prepare the circuit for a switching operation. To be more specific, the FP1007R1-R14-R series produces an electromagnetic field in the conducting core. This field creates a resistance to the flow of AC/DC current, leading to a drop of voltage across the inductor. This voltage drop is then used to regulate the voltage of the connected circuit or to prepare the circuit for a switching operation.

In conclusion, the FP1007R1-R14-R series of Fixed Inductors is a great choice for many high frequency and voltage regulation circuits. They feature a wide temperature range and low EMI performance, allowing them to be used in a variety of applications such as power conversion, battery management and motor drives. The working principle of these parts is based on generating an electromagnetic field in the conducting core, which creates a resistance to the flow of AC/DC current, ultimately leading to voltage regulation.

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