8230-76

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Fixed inductors are devices used for the same purpose as inductors in general, to store energy or to limit signal levels. In their simplest form, they are made of a core of magnetic material wound with a coil of copper wire. Fixed inductors come in many shapes and sizes and are used for many different applications. In this article, we will focus on the 8230-76 fixed inductors, discussing their application field and working principle.

The 8230-76 fixed inductors are designed specifically for use in the power supply, and also communications technology, aviation, navigation, audio, and automotive industries. Their wide range of uses makes them very versatile. Their application range covers high frequency power supply applications, DC-DC converters, printed circuit boards, and also includes RF components, such as antennas, antenna relays, filters, and radio frequency amplifiers. These inductors can also be used in various high-frequency rectifier circuits and non-contact current sensing applications.

The 8230-76 series of fixed inductors are made of a core of ferrite material wound with copper wire. The ferrite material provides the inductor with excellent high frequency characteristics, while the copper wire ensures low inductance and little resistance. The 8230-76 inductors come in a wide range of sizes, performances, and core materials, enabling them to fit various design requirements. The operating temperature range of the inductors is around –40°C to +105°C.

The 8230-76 inductors essentially act as coils, by generating an induced magnetic field when current passes through them. The current flowing through the coil generates an EMF or voltage which causes electrons to flow, thereby generating a current in the coil in the same direction as the original current. The inductor then stores this current in the form of a magnetic field, which it can release under certain conditions. This is called inductive reactance, and it is what enables the inductor to help regulate current flow through a power supply or circuit.

When the current flows in the opposite direction, the magnetic field of the inductor collapses, again inducing an EMF in the coil of the inductor. This result in a voltage spike in the direction opposite to the direction of the original current flow. This is called inductive kickback, and it is a feature of inductors that can be used to protect a power supply or circuit from voltage spikes or rapid current surges.

The 8230-76 series of fixed inductors are an excellent choice for a wide range of power supply and communications needs. Their versatility and performance make them a great choice for power supply, communications, aviation, navigation, audio, and automotive applications. The 8230-76 inductors offer excellent reliability and are designed to last for a long time, making them an ideal choice for long-term, high-frequency applications.

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