5800-101-RC

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Fixed inductors are widely used in many electronic circuits to store energy in their magnetic fields and release it as a result in their electrical fields. The 5800-101-RC is an application field and working principle designed for fixed inductors, giving electronic engineers the ability to configure inductance to their needs. In this article, we will look at how the 5800-101-RC works and what makes it so unique.

The 5800-101-RC is an inductor formed from a core of ferrite, which can be wound with wire to form a fixed inductor. This inductor can be adjusted to have an inductance of up to 1.1 microhenries, with a pair of fixed parameters that allow for easy adjustment of inductance by the user. The inductor is also temperature compensated, meaning that it will maintain its inductance value over a wide range of temperatures.

The 5800-101-RC is designed to be used in a variety of applications, such as Power Electronics, Telecommunications, Automotive and Home Automation. The adjustable inductance is particularly useful for providing a variable output voltage for controlling LED brightness, temperature control or driving a motor.

The 5800-101-RC’s main features include its wide operating frequency range, up to 200KHz, and its fast switching time, as short as one microsecond. Its low profile and low resistance design make it perfect for applications where space is limited, such as in mobile phones and other portable devices. The inductor also features a low cost, with a large number of applications that can benefit from its advantages.

The 5800-101-RC operates on a basic principle of combining two coils in series. The coils are wound in opposite directions and placed parallel to one another, with magnetic flux coupling taking place between the two. The inductor can be easily tuned by adjusting the relative size and number of turns in each coil. The higher the ratio between the number of turns in each coil, the higher the inductance, and the lower the ratio, the lower the inductance.

The 5800-101-RC’s tight spatial tolerances also play an important part in its design. It has been designed to provide a consistent inductance over temperature variations, making it ideal for use in sensitive environments where temperature extremes can easily affect the performance of an inductor. This also ensures the inductor operates efficiently, minimising wasted energy or power.

The 5800-101-RC is an ideal choice for applications requiring high performance, reliability and versatility. Its adjustable inductance feature makes it perfect for controlling LED brightness, temperature control or driving a motor, and its wide operating frequency range and fast switching time make it perfect for use in a variety of electronic systems. Its low profile and low resistance design make it an outstanding choice for applications where space is limited, making it a great choice for applications that require maximum efficiency from minimum components.

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