IMS02BH180K

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Fixed inductors are among the most common electronic components, and IMS02BH180K is no exception. It is widely used in civilian consumer applications, given its low cost and flexibility. Though its size looks small, it has many advantages, including high reliability, high performance, good energy efficiency and smooth operation. Furthermore, it is ideal for both low power and high power applications as well.

IMS02BH180K is a type of multilayer ceramic inductor that is widely used to store energy and control electric current. It consists of a multilayer substrate composed of two ceramic layers. The first layer has a large number of tiny metal particles embedded in it, and the second layer has an insulating layer of glass or ceramic material. Inside the inductor, there is a winding wire made of copper or aluminum. The winding wire forms a loop and the ends are connected to two electrodes.

The application field of IMS02BH180K is mainly in the telecommunications industry, such as cordless phone base stations, cellular base stations, passenger and aviation communication systems. It is also used in vehicular computers, measuring and metering systems, and security systems. It can be applied in almost any DC or AC circuit, including signal conditioning, filtering, bypassing, coupling, DC-DC, and AC-DC converters.

IMS02BH180K features a high working frequency (up to 1GHz). The inductance value varies from 0.47μH to 2.2μH, and the rated current from 540mA to 2.8A. It has a minimum self-resonance frequency of 500MHz and a Q factor of 22 at 1GHz. It also has a low insertion loss of 0.3dB at 1GHz. This means that the inductor can support a large amount of power while maintaining a low power consumption, making it energy efficient. Lastly, the inductance tolerance of IMS02BH180K is around 5%.

IMS02BH180K’s working principle is simple. When an AC or DC current is applied to the winding wire, a magnetic field is generated in the inductor which stores energy. When the current is removed, the magnetic field collapses and energy is released back into the circuit. This process continues as long as there is a current flowing through the inductor. Depending on how the inductor is wired, the stored energy can be used for various purposes, such as increasing or decreasing the current, voltage, or frequency of the circuit.

Unlike other common inductors, IMS02BH180K is designed with high reliability in mind. It is well-shielded from interference and disturbances, which ensures that the inductor will work reliably and won’t be affected by the environment. It also has a long working life, capable of running for thousands of hours non-stop without any significant drop in performance. This makes it one of the best inductors for long-term use.

Overall, IMS02BH180K is a highly reliable and versatile multilayer ceramic inductor that is suitable for a wide range of applications. It is highly energy efficient, and can handle a large amount of power without sacrificing performance. It has a long working life and is well-shielded from interference, making it perfect for long-term applications. For these reasons, IMS02BH180K is ideal for any electronic application where an inductor is required.

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