4307-565H

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Fixed Inductors play a key role in electronic circuits as they are used to store energy in the form of a magnetic field. The 4307-565H is a Fixed Inductor that consists of a coil of wire wrapped around a uniform-shaped core of ferrite material. This device is commonly used in various applications, including power supply components, power amplifiers, and RF filters.

The primary function of the 4307-565H is to provide a high-density inductance with a relatively low DC power consumption. This fixed inductor uses a ferrite core material in order to achieve a high inductance with low losses at higher frequencies. Additionally, it has a low profile package design that allows it to fit in most compact spaces. The 4307-565H has a variety of application fields including computers, automotive systems, mobile phone systems, and other consumer electronics. Furthermore, it is RoHS and Pb-free compliant.

The working principle of the 4307-565H fixed inductor is that it has a winding of wire around a ferrite core material. When a current is introduced to the winding, a magnetic field is created and the inductance is generated. This field will then cause a counter electromotive force (EMF) in the winding, which acts as an opposing force to the applied electric field. This opposing force will then create a high impedance in the circuit, which is used to block high frequency signals or limit the amount of current allowed to flow through the inductor.

In summary, the 4307-565H is a fixed inductor that consists of a winding of wire around a ferrite core material. It is commonly used in various applications, including power supply components, power amplifiers, and RF filters. It has a high inductance with low losses at high frequencies and a low profile package design which allows it to be used in compact spaces. Furthermore, it can be used in a variety of application fields and is RoHS and Pb-free compliant. Finally, its working principle is that it creates a magnetic field when a current is introduced to the winding, which causes an opposing force in the circuit and limits the amount of current allowed to flow through the inductor.

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