IM10RFCMRR100K13

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Fixed inductors have been a reliable source of energy in industrial, medical and commercial applications for many decades. The IM10RFCMRR100K13 is a perfect example of how advanced inductive technology has become. It offers excellent performance within its small size range and is designed for both motor control and DC power circuits. This article will provide an overview of the features, applications and working principle of this particular inductor.

Features: The IM10RFCMRR100K13 is a high-performance surface mount inductor which is rated at 100K Ohms. It is made up of 202 turns, has a wire diameter of 0.3mm and can effectively handle currents of up to 13A. This type of inductor is ideal for use in high-frequency switching applications and is suitable for a wide range of AC and DC applications. It is also resistant to shock and vibration and is both UL94V-0 and Halogen-free certified.

Applications: The IM10RFCMRR100K13 is suitable for many applications including switching mode power supplies, motor control circuits, DC-DC converters, communication circuits, high-frequency circuits, DC power rectification, and USB power banks. It is also useful in many consumer electronics devices such as laptops, tablets, and mobile phones.

Working Principle: This high-performance inductor functions using the principle of inductance. The inductor consists of a coil of wire which stores magnetic energy when current is passed through it. This magnetic energy is re-released when the current is stopped, creating an oscillation of electrical power. This back and forth motion of current is known as inductance, and is used in numerous applications with varying degrees of success.

The IM10RFCMRR100K13 fixed inductor is an excellent choice for achieving the desired performance in a wide range of applications. It provides excellent performance in a small size range, and is resistant to shock and vibration. It is suitable for a variety of AC and DC applications including motor control, power supplies, and DC power circuits. The working principle of this inductor is based on the concept of inductance, which is the back and forth motion of current that occurs when a current passes through an inductor.

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