IM02RU3R9F

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Fixed inductors are important components in electrical engineering. They play a critical role in providing inductive reactance in circuits. An inductance is the ability of a circuit element to store energy in the form of a magnetic field when current passes through it. The most common type of inductor is a wound coil of wire and is typically referred to as a coil. A fixed inductor is an alternative design where an air gap is used between two sections of ferromagnetic material to vary the inductance. The IM02RU3R9F (IMR) is a fixed inductor that has been designed to be used in a variety of applications.

The IMR fixed inductor has a diameter of 2.5mm and a height of 4.2mm. The body material is a ferrite core with an outer plastic casing. The inductance range and inductance tolerance for the IMR is 8µH to 680µH with a tolerance of +/-10%. The operating temperature is -25°C to +120°C. It has a resonance frequency range of 2.4MHz to 40MHz and a rated current of 0.45A.

The IMR fixed inductor can be used in a wide range of applications including power electronics, automotive electronics, consumer electronics, automotive power supplies, and communications. It is suitable for a variety of use cases, from DC/DC converters and high-frequency inverters to high-current DC/DC converters and switching regulators. As well as being suitable for applications with high power requirements, the IMR is also ideal for designs with low power requirements due to its low DC resistance.

The IMR inductor works by providing a path between two terminals for current to flow. When current flows through the device, a magnetic field is generated. This magnetic field interacts with the core material to produce inductive reactance. This indutive reactance opposes an AC current which causes it to be reduced in amplitude as it passes through the inductor. This process is referred to as "inductance" and is an essential part of any circuit that uses an AC current.

The IMR inductor is designed with a number of features which make it highly efficient and reliable. The ferrite core is designed to provide high inductance with minimal losses due to heat or eddy currents. The insulation of the outer casing helps to maintain the integrity of the inductor over a wide temperature range. Finally, the resonance frequency range allows the device to be used for a variety of applications.

The IMR fixed inductor is a highly efficient and reliable inductor for use in a range of applications. Its design features allow it to operate efficiently over a wide temperature range and provide a stable inductance for AC and DC currents. This makes it an ideal choice for power electronic applications such as switches and inverters, as well as other general applications. Its low DC resistance also makes it ideal for low power applications.

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