2500-68G

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Fixed inductors are ubiquitous electronic components that can be found in a wide variety of applications, from motor control and motor timing to signal conditioning and filtering. In many of these applications, a 2500-68G is used due to its high quality, durability, and dependability. The 2500-68G features a wide range of inductance values, which are fixed, meaning that they do not change when the component is energized. This feature makes the component ideal for motor control and motor timing applications, where stability and accuracy are essential.

The 2500-68G inductor consists of a coil of copper wire wound around a magnetically permeable core. The core is a material with high magnetic permeability, meaning that it has the ability to induce a current in the wire when exposed to a magnetic field. When the coil is energized, the core amplifies the magnetic field, inducing a current in the coil. This is known as inductance, and the larger the inductance value, the greater the current induced in the coil.

The 2500-68G features a range of inductance values from 1.2mH to 4.2mH, which makes it suitable for a variety of applications. In motor control and motor timing applications, the 2500-68G inductor is used to accurately control the speed and timing of motors. The higher the inductance value, the slower the motor will rotate, allowing for precise control. The inductor also has good noise immunity, which improves the accuracy of the motor timing.

In signal conditioning and filtering applications, the 2500-68G can be used to filter out high frequency noises and signals. The inductance of the component prevents these higher frequency signals from passing through, allowing for smoother and cleaner signal transmission. The inductor also features a low resistance, allowing for improved energy efficiency, as less energy is lost to heat.

The 2500-68G inductor is a reliable and durable component, making it a great choice for high quality motor control, motor timing, signal conditioning, and filtering applications. Its range of fixed inductance values, low resistance, and noise immunity make it an ideal choice for a variety of applications, ensuring that it will continue to be a valuable component in the future.

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