IM02SH100J

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Fixed inductors are an integral component in the hardware elements used for electronic systems. <\/p>

IM02SH100J is a high current inductor that is widely used in many application fields, such as power supplies, stepper motor driving circuits, electromagnetic interference shielding circuits, switching power converters, piezoelectric transducers, and LED lighting applications. <\/p>

IM02SH100J is a surface-mounted, small stainless steel shell inductor with a current rating of 8~20A and a coil material of powdered iron. This type of inductor features a large inductance range that is typically between 10uH~570uH. Due to its large inductance range, it can ensure high efficiency and reliable operation in a wide range of applications. <\/p>

The IM02SH100J inductor has several features that make it suitable for a wide range of applications. First, it has a very low DC resistance that helps reduce power dissipation and increase efficiency. Second, it can easily be mounted on a PCB thanks to its small size. Third, its large inductance makes it suitable for applications that require a slow current rise rate at turn-on, such as stepping motor driving circuits. Finally, its stainless steel dome construction provides excellent shock and vibration resistant performances, allowing for reliable operation in harsh environment. <\/p>

The working principle of IM02SH100J is based on the electromagnetism principle. When an alternating current passes through the inductor, it produces an electromagnetic field, which produces a magnetic flux inside the inductor. This magnetic flux is then reversed, and it opposes the current. Because of this, the current is limited in value and slows its rise rate. This is how the inductor works to reduce the current rise rate and provides a steady current in the circuit. <\/p>

In conclusion, IM02SH100J is a high current, surface-mounted inductor with a large inductance range. It is suitable for many applications, such as power supplies, stepper motor driving circuits, and LED lighting. Its working principle is based on the electromagnetism principle, and it helps to reduce the current rise rate in circuits to ensure reliable performance. <\/p>

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