AL12B28N0GTR Inductors, Coils, Chokes

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Fixed Inductors refer to electrical components that are designed to keep the output current of a circuit at a predetermined and constant level. AL12B28N0GTR is one type of fixed inductor, designed to work under extremely high frequency environments commonly seen in many highly integrated digital signal processing (DSP) systems. Due to its excellent high-frequency performance, AL12B28N0GTR is gaining widespread attention in the industry in recent years.

Application Field of AL12B28N0GTR

AL12B28N0GTR fixed inductors have many uses, such as in wireless communication systems. In these systems, directional antennas must be used to direct the signal to the target, which requires high-frequency tuning. AL12B28N0GTR fixed inductors are the ideal components for this task. AL12B28N0GTR can also be used in double-data-rate (DDR) memory, where signal integrity is essential to the operation of the system. AL12B28N0GTR provides excellent protection against signal interference, ensuring that data can be transmitted accurately and quickly.

In addition, AL12B28N0GTR can also be used in other high-frequency applications, such as digital TV tuner, baseband amplifier, WiFi, GSM and 3G/4G mobile communication systems, which all rely on fast data transmission speed, stability and reliability. AL12B28N0GTR can also be found in laptop computers, digital cameras and industrial control systems.

Working Principle of AL12B28N0GTR

The working principle of AL12B28N0GTR fixed inductors is quite simple. They work by introducing a magnetic flux in a coil of wire. As current passes through the coil, the magnetic flux creates a response voltage that can limit or adjust the original signal. By changing the number of windings, the frequency-dependent response of the inductor can be adjusted. The response of the inductor is determined by the flux field, and can be tuned by changing the width of the coil, the number of turns in the coil and the type of core.

In addition, AL12B28N0GTR fixed inductors are designed to have a high self-resonance frequency. This feature means that the inductor can be used in a wide frequency range without creating distortion. The inductor also has wide bandwidth and low signal noise. These features make it useful for applications that require frequent changes in frequency or amplitude.

AL12B28N0GTR fixed inductors are capable of providing high quality performance in many diverse applications. With its superb high-frequency performance, AL12B28N0GTR fixed inductors are the ideal choice for designers requiring efficient and reliable components. AL12B28N0GTR fixed inductors are well suited for use in high-frequency applications and can provide consistent reliable performance in even the most demanding of environments.

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