SCRH4D14R-560

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Fixed Inductors

Fixed inductors are indispensable components in electronics applications. In many cases, these components are used to store energy in magnetic fields, act as filters or transformers, and promote the success of electromagnetic interference (EMI) protection. One of the most popular inductors used in the industry is the SCRH4D14R-560. This article will discuss the application field and working principle of this specific part.

Application field

SCRH4D14R-560 fixed inductors can be used in almost any circuit requiring inductors. As a component in frequency-determining and resonant circuits, these inductors can be used to control signal frequencies and filter frequencies. As a filter inductor in power supply lines, the SCRH4D14R-56 can help reduce fluctuations in voltage and current resulting from high speed switching of power sources. The inductors can also be used for current detection, noise suppression, and EMI protection for sensitive electronic equipment.

Working Principle

The basic principle of inductors is based on Faraday\'s law of induction. This law states that a changing magnetic field in a conductor can induce a voltage across the same conductor. In other words, the conductor must contain a changing magnetic field before a voltage can be induced in it. Since current is the rate of change of charge in a conductor, a changing magnetic field in a conductor causes a current to flow in the conductor.

When an alternating current is applied to SCRH4D14R-560 fixed inductors, the magnetic field around the cylinder core begins to fluctuate. The field produces a voltage in the surrounding coils which causes the current to fluctuate. This the voltage and current fluctuate around a frequency determined by the size of the core along with the length and number of turns of wire of the coils. The inductance of the core will increase with the increasing number of turns, resulting in a higher resonant frequency.

In addition, when the SCRH4D14R-560 is used as a high frequency filter, the inductance of the core will be able to reject frequencies that are higher than the resonant frequency. When used as low frequency, the inductors will reject frequencies that are lower than the resonant frequency.

Conclusion

The SCRH4D14R-560 fixed inductors provide a host of electrical benefits. The inductors are capable of storing energy in magnetic fields, act as filters or transformers, and promote the success of EMI protection. While they are used primarily for frequency-determining and resonant circuits, these inductors can also be used for power supply line filtering, current detection, noise suppression, and EMI protection.

In general, the SCRH4D14R-560 fixed inductors have a variety of application fields and the working principle of the inductors is based on the Faraday\'s law of induction, in which a changing magnetic field in a conductor induces a voltage across the same conductor. This allows for the fluctuation of the voltage and current around a determined frequency.

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