SH260C-5.0-23

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Fixed inductors, also known as fixed chokes, are passive components, meaning they require no input to produce their effect. They are often used to block alternating current in radios or electronic television installations. Fixed inductors also serve as filters in digital circuits and electromechanical systems.

SH260C-5.0-23 is a type of fixed inductor. It is composed of a coil of enamel-coated copper wire wrapped around a ferrite core. The combination of the two materials produces a magnetic field, and as the electric current strengthens the field, the inductor resists the flow of alternating current.

SH260C-5.0-23 has some remarkable characteristics, such as low resistance (0.7 ohm typ.), wide frequency range (0.35-320MHz), large storage capacity (14μH typ.), and high Q value (90 typ.). These features make this type of inductor not only suitable for mobile devices and other applications, but also allow for high accuracy and repeatability.

The working principle of SH260C-5.0-23 is simple: energy is stored in the inductor\'s magnetic field and is then released as current flows through the inductor. The more current that passes through the inductor, the stronger the magnetic field and the more energy is stored. As the current is removed from the inductor, the magnetic field collapses and the stored energy is released.

SH260C-5.0-23 also plays an important role in improving the performance and efficiency of applications, as it enables the power supply system to rise to a higher level. The inductor has become an essential component of many modern electronic devices and systems, including consumer electronics, industrial machinery, and automotive systems. Its applications range from high-frequency circuitry, high-end power amplifiers, and wireless charging.

Since its introduction, SH260C-5.0-23 has become an industry-standard fixed inductor due to its superior performance, reliability, and cost. With its improved features and design, this type of inductor is capable of providing superior performance and increased efficiency to a broad range of applications where inductors are used.

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