8532-35K

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Fixed Inductors:

Fixed inductors are versatile components commonly found in all types of electronic circuits. They can be used to create electromagnetic fields, block direct current (DC), resist changes in AC voltage or current, and filter out high frequencies. They come in all shapes and sizes and serve a variety of applications. This article takes a look at the particular use of a 8532-35K inductor and its application field and working principle.

Application field:

The 8532-35K is a high frequency choke commonly used in RF (Radio Frequency) applications. It operates from up to 6GHz and offers a high volumetric efficiency which allows for the choke to be installed in limited space. The electromagnetic shielding box of the 8532-35K allows for high EMI suppression, making it ideal for onboard applications.

The 8532-35K can be used for application such as: high frequency power supplies, DC to DC converters, high frequency switching, and mobile electronics. Its high frequency operation makes it suitable for use in any high frequency circuit.

Working Principle:

An inductor is an electrical component which creates a magnetic field when an electric current passes through it. The magnetic field then interacts with the electric current, creating an opposing force known as inductance. The inductance opposes any changes in current flow, and acts to regulate current flow by reducing voltage fluctuations.

The 8532-35K features a shielded magnetic core which helps to reduce the interference from external magnetic signals. This helps to keep the desired signal intact and minimizes any interference from external sources. This shielding also reduces the current surge whenever the inductor is removed from its housing.

The 8532-35K utilizes a high number of turns in order to achieve the required inductance. This allows for the component to have better current regulation and improved performance. The number of turns also helps to minimize the EMI (Electromagnetic Interference) emission which further improves the performance.

The 8532-35K can also be used in conjunction with capacitors in order to create tuned circuits. By adjusting the values of both the inductor and capacitor, a tuned circuit can be created which helps to filter out any unwanted frequencies.

In conclusion, the 8532-35K is a versatile component that can be used in a variety of applications. It features a shielded magnetic core which helps to reduce the interference from external magnetic signals. It utilizes a high number of turns which allows for the component to have better current regulation and improved performance. The 8532-35K can be used in RF applications, high frequency power supplies, DC to DC converters, high frequency switching, and mobile electronics. It can also be used in conjunction with capacitors in order to create tuned circuits.

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