IMS02BH3R9J

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Fixed inductors are components that store electrical energy in an inductive coupling, by generating a magnetic field when a current passes through one or more coils. They are generally used in the circuit of an electronic circuit to reduce electromagnetic interference and improve the performance of certain electrical circuits. The IMS02BH3R9J fixed inductor is designed for high power applications with low current levels.

Applications & Working Principle

The IMS02BH3R9J is a high power, low current fixed inductor. It is capable of dissipating up to 3 W of power, and operating in a wide temperature range (-40°C to +125°C). Its size allows it to be used in high current applications in small spaces. The inductor is particularly suitable for high frequency switching applications, such as frequency converters. It is also widely used in audio and video systems, automotive, telecommunications, and other applications that require a low-noise environment.

The cored magnetic structure of the IMS02BH3R9J is designed to provide superior power capabilities, while keeping the size and cost of the part to a minimum. The insulation on the coils helps to reduce eddy currents and prevent audio or video interference. Also, the large surface area of the wound coil allows for a rapid heat dissipation, allowing the inductor to be used in relatively high-power, low-current applications without overheating.

The key feature of the IMS02BH3R9J is its excellent static inductance versus current (I2L) characteristic. This feature helps to reduce the amount of power that is absorbed by the inductor when the current increases, minimizing the amount of heat generated inside the component. The patented cored design also provides precise levels of inductance allowing for greater performance in high power applications.

The IMS02BH3R9J is particularly suited for being used in high-power applications, particularly those that require a low profile and high frequency operation. The component is very reliable, and its size and cost make it an attractive choice for engineers. The inductor is also highly efficient, and therefore can be used in applications where heat dissipation is an issue.

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