SDR0602-8R2ML

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Fixed inductors are electronic components that have a wide variety of uses in circuit design. The SDR0602-8R2ML is one such device, a small, surface-mount inductor with a rated inductance of 8.2mH. Fixed inductors such as the SDR0602-8R2ML are typically used to provide a direct current path, achieve power balancing and frequency selection, modify or control signal characteristics, provide transient suppression, and increase signal sensitivity or transmission width.

The SDR0602-8R2ML is a 120-ohm inductor with an operating frequency range of 0.1-15MHz with a maximum current of 127mA and an inductance tolerance of 50%. It features a self-resonant frequency of up to 18MHz, a low-profile design, and an operating temperature range from -40° to +125°. Its construction consists of an air core and a ferrite core wound with small filaments of electrically conductive material.

The SDR0602-8R2ML is most commonly used to filter high-frequency noise and provide a low-impedance path for high frequencies. In many applications, such as power converters, the inductor acts as a current-limiting device to limit the amount of current that can pass through the system and protect against overcurrents or shorts. It can also be used in radios or other electronic circuits to selectively pass frequencies within a bandwidth.

The SDR0602-8R2MLâ??s working principle is based on Faradayâ??s law of induction. According to Faraday\'s law, a changing current creates a magnetic field which, in turn, induces a voltage in an adjacent conductor. The SDR0602-8R2MLâ??s inductance is created by winding a conductor around a ferrite core, which creates a constant magnetic field. When current is applied to the windings of the inductor, it produces a voltage whose magnitude is proportional to the rate of change of the current.

The SDR0602-8R2ML is a versatile device that has a variety of applications, from radios and power converters to circuit protection and noise filtering. As a fixed inductor, it is designed for use in circuits with relatively low currents and voltages. Its small form factor and minimal aspect ratio allow for the incorporation of the device into tight spaces, while its high operating frequencies make it suitable for a wide range of applications.

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