MBH6045C-100MB=P3

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Fixed inductors, also known as Iron Core Inductors, are used for power transmission, distribution and noise reduction in all types of electrical circuits. They are used to control AC and DC currents in a variety of applications. The MBH6045C-100MB=P3 is a fixed inductor which is commonly used in various power and industrial applications. This article will discuss the application field and working principle of MBH6045C-100MB=P3.

The MBH6045C-100MB=P3 is commonly used for damping and noise suppression in various AC and DC switching circuits. It can also be used to filter electromagnetic interference (EMI) in automotive and aerospace applications. The structure of this inductor is composed of the core and windings. The core is formed of two ferrite rods with a cylindrical air gap, and the windings are made of copper round wire. The inductance of the MBH6045C-100MB=P3 is 0.48 mH ± 25%. Moreover, the rated current of this inductor is up to 45A.

The fundamental working principle of the MBH6045C-100MB=P3 is related to its inductance and the Faraday\'s law. Faraday\'s law states that induced electromotive force in an electrical circuit is proportional to the rate of change of magnetic flux. In other words, when there is a change of current, the inductor acts as an energy storage device and produces a proportional electromagnetic field in the core. As a result, the current through the inductor is regulated and smoothened.

The MBH6045C-100MB=P3 fixed inductor is widely used in various power and industrial applications such as frequency inverters, motor control circuits, and electric equipment. It is also applied in high-efficiency power converters of electronic appliances and in traction drives. The advantages of using this inductor include high current handling, high energy storage capacity, wide working temperature range, low losses and high efficiency.

In addition to power and industrial applications, the MBH6045C-100MB=P3 can also be used in medical equipment such as magnetic resonance imaging (MRI) scanners, medical monitoring systems and other medical equipment where EMI noise suppression is necessary. This type of inductor is particularly suitable for applications that require relatively high current handling, precise voltage/current control, and reliable noise suppression in a wide temperature range.

To conclude, the MBH6045C-100MB=P3 fixed inductor is an ideal choice for various power and industrial applications due to its wide temperature range, high current handling, energy storage capacity, and noise suppression ability. This fixed inductor is also suitable for medical equipment where precise voltage/current control and EMI noise suppression are needed.

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