0925R-564H

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Fixed inductors are an important type of electronic components used in many applications of electro-mechanical and electronic systems. They are commonly used to filter signals, provide energy storage or shape waveforms. They are built up from a coil of a soft, malleable wire, or a ferrite core, with leads or contacts on either end for current to pass through. Their electromotive force (emf) is generated by the flow of current through the coil and their performance is measured by their inductive reactance, which is a measure of resistance to AC current.

The 0925R-564H is an example of a high quality multipurpose fixed inductor. It is a reliable component suitable for most applications, offering good protection against short circuit currents and electromigration. It features a low impedance copper outer shell and leadframe for optimized performance. Its feature range consists of wide capacitance range (from 120pF to 680nF) and inductance range (from 100uH to 270mH).

The primary application of the 0925R-564H is in filtering and signal conditioning, where it can be used to reduce the noise content of a signal by providing a filter to prevent high or low frequencies from being transmitted. It can also be used for energy storage, for example in power sources, where the inductor stores energy during a certain period of time, ready to be released when needed. In addition to these basic uses, many other applications have been identified for it, such as power factor correction, generation of notches in waveforms and other signal processing tasks.

The working principle of the 0925R-564H is relatively straightforward. When the current flows through the coil it produces an electromagnetic field which in turn produces an emf, or electromotive force, in the form of a voltage or current. The strength of this emf depends on the inductance of the inductor, which is determined by the physical construction of the inductor and its windings. The inductor also has a direct current resistance (DCR), meaning that the resistance of the inductor to DC current is greater than its resistance to AC current. In other words, the AC current has a greater ability to flow through the inductor than the DC current.

The inductive reactance of the 0925R-564H is also measured in Ohms, and this is an important value for determining the performance of the inductor in a given application. The inductive reactance measures the device’s resistance to the flow of AC current, and is calculated by the formula Xl = 2πfL, where Xl is the inductive reactance, f is the frequency of the current and L is the inductance of the inductor.

The 0925R-564H is an extremely versatile and reliable component, used in a wide variety of applications. Through its combination of inductance range and capacitance range, it is able to offer excellent performance in almost any application. Its primary uses are in filtering and signal conditioning, energy storage, power factor correction and generation of notches in waveforms. Its working principle is based on the concept of electromagnetic induction and its inductive reactance can be used to measure its performance in the particular application.

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