MHQ0402PSA6N2JT000

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Fixed inductors are electrical components that are designed to store energy and release it slowly over time. One example is the MHQ0402PSA6N2JT000 inductor from JOHNSON ELECTRIC. This product is an SMD (Surface Mount Device) inductor that has been specifically designed for use in common-mode power supply applications.

The MHQ0402PSA6N2JT000 inductor has a number of features that make it well suited for common-mode power supply applications. Firstly, its low impedance design allows it to minimise Common-Mode noise and improve EMI (electromagnetic interference) performance. Additionally, the product has been designed to meet UL 94V-0 flammability requirements for PCB\'s and is RoHS compliant.

The working principle of the MHQ0402PSA6N2JT000 inductor is based on the phenomenon of magnetically induced current. When a current is passed through the inductor, a magnetic field is established, and this magnetic field induces a current in the inductor in the same direction as the original current. This phenomenon is also known as electromagnetic induction.

The primary purpose of the MHQ0402PSA6N2JT000 inductor is to reduce the amount of noise and interference in common-mode power supplies. By including the inductor in the power supply design, the flow of current is constrained by the inductive reactance of the inductor. This in turn helps to reduce the amount of EMI that is generated by the power supply and makes it more stable.

In addition to its use in common-mode power supplies, the MHQ0402PSA6N2JT000 inductor can also be used in other applications such as Snubber Networks. Snubber Networks are used to provide protection against surges, spikes and over-currents in power supplies and can be used to improve the performance and reliability of the system.

Overall, the MHQ0402PSA6N2JT000 inductor is an excellent example of how fixed inductors can be used to improve the performance of common-mode power supplies. By minimising the amount of EMI generated by the power supply, the inductor can help improve the reliability and stability of the system. Additionally, by including the inductor in the power supply design, the protection of the system against surges, spikes and over-currents can also be improved.

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