S1008-471F

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Fixed inductors, in simple terms, are components that are capable of storing electrical energy in the form of magnetic fields. The S1008-471F is an example of such an inductor, having a lead-free and halogen-free construction.

The S1008-471F is an excellent choice for high-frequency circuit designs, such as those found in frequency dividers. The inductor is able to operate in temperatures ranging from -55 to +125°C (-67 to +257°F), making it well-suited for industrial and automotive applications. It also boasts a high saturation current rating of 27.7A.

The S1008-471F is a molded toroidal core construction, with a 4x11.5mm footprint. This allows for easy integration into tight or limited spaces, providing an easy and cost effective solution for applications requiring advanced electronic components. The core itself is made from high-frequency ferrite material and equipped with a double-layered winding configuration.

The inductance of the S1008-471F is rated at 47.1uH with a direct current (DC) resistance of 0.081Ω. This makes it an ideal choice for filters, snubbers, and noise suppression in automobile, home appliance, and telecom applications. The component offers excellent high frequency characteristics that make it suitable for current sensing, matching, and frequency division applications.

The working principle of the S1008-471F, and other similar fixed inductors, is based on a simple rule of electric current: namely, that an electric current will create a magnetic field around it. The inductor harnesses this magnetic field when electrical current passes through its windings, allowing it to store a certain amount of energy in a magnetic form. This energy is eventually released again into the electrical circuit when the electric current flow reverses direction.

In conclusion, the S1008-471F fixed inductor is an excellent choice for a wide range of applications, thanks to its high-frequency characteristics, high saturation current rating, and small form factor. Its working principle is based on the magnetic fields that are generated when electrical current passes through its windings, allowing it to store and release energy in the form of a magnetic field.

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