2300HT-560-H

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Fixed inductors are components that store electrical energy, typically in the form of a magnetic field, within an electrical circuit. They are sometimes also referred to as chokes, coils, or reactors. The 2300HT-560-H inductor, and in particular its related applications and working principles, shall be expounded upon in this article.

The 2300HT-560-H is a fixed inductor designed for use in industrial and automotive applications. It is a SMD (Surface-mount Device) component, which permits its usage in electronic assemblies of incredibly small dimensions. It is constructed with high quality steel ferrite cores, making it well suited for extreme environmental conditions with greater force and vibration. Specific characteristics of the 2300HT-560-H include an inductance range from 0.056 to 0.63uH, DC resistance of between 5.2 max. to 126 max., saturation current of 30 max. to 180 max., and an operating temperature range of -55°C to +125°C. It is also rated with an inductance tolerance of ±20% and current rating of 400mA at 55°C.

This fixed inductor is also RoHS compliant for its lead-free tin/silver/copper alloy solder pads. These sockets are designed with smeared pads that attach directly onto surface mount pads. This permits superior solder connections between the component and the printed circuitry board. All of these components and qualities together provide superior compatibility with most printed circuit board designs. Aside from these characteristic features, the 2300HT-560-H is also compatible with standard high bulk solders, which makes it very easy to assemble.

As for its application field, the 2300HT-560-H inductor is most frequently used in power supplies. Such devices contain chokes, or inductors, in order to maintain crucial voltage at specific DC levels. Every current in an inductor generates a magnetic field. If current is increased, more magnetic field is generated, thus inducing voltage on the device’s terminals.

The core of a fixed inductor like the 2300HT-560-H is highly important for it determines various characteristics like inductance and quality factor (Q-factor). Generally, the core material consists of ferrite or iron-silicon material. Ferrite cores provide higher Q-factor ratings, however it costs much more and has a large size. Conversely, silicon-iron cores are much cheaper, but their Q-factor ratings are comparatively much lower. Depending on the necessity for greater insulation or higher electrical current, steel, iron or other core materials may be used.

The working principle behind the 2300HT-560-H fixed inductor is very simple. It basically acts as a storage device for energy. When current flows through the inductor, a magnetic field is produced in its core. This magnetic field is reduced to a minimum when no current is present, resulting in the magnetic lines of force collapsing rapidly, thus inducing voltage on the inductor. This generated voltage is then applied to the circuit.

Overall, the 2300HT-560-H fixed inductor is a high-quality component specially designed for use in industrial and automotive applications. It comprises of a high quality steel ferrite core for greater force and vibration resistance, and also features smeared pads that attach directly onto surface mount pads. Its application field primarily includes power supplies while its working principle is one of energy storage. These traits make it a well-suited component for a variety of electronic assembly projects.

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