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Fixed Inductors

Fixed Inductors are components used to store an electrical charge in a loop of wire and ranges from a variety of designs, sizes and packages. The MHQ0603P2N7BT000 is a small, low-profile inductor with an internal shielding system, and its construction and principles of operation differentiates it from traditional inductors.

MHQ0603P2N7BT000 Application Field

The MHQ0603P2N7BT000 is suitable for a wide range of applications. This inductor is especially well suited for applications that require high performance requirement, excellent common mode noise reduction, and high current capability while maintaining a small form factor. This inductor can be used in high-end power adapters, notebook computers, car audio systems, and other applications that demand high power transfer and quality requirements.

MHQ0603P2N7BT000 Working Principle

The MHQ0603P2N7BT000 utilizes a shielded construction and includes an internal shielding system. This feature reduces common-mode noise, which can occur when current is passed through the inductor. The construction also limits the magnetic field propagation, eliminating the need for an external radiator or ferrite core. The principle of operation of MHQ0603P2N7BT000 is based on the “eddy current effect”, wherein a current is induced in a loop of wire placed in a magnetic field. With a higher frequency, the eddy current will increase the magnetic field, increasing the inductance of the inductor.

The internal shielding system of the MHQ0603P2N7BT000 reduces common-mode noise, improves power transfer efficiency, and enables higher current ratings than traditional inductors. The construction also reduces the size of the inductor, making it suitable for applications with limited space requirements.

Conclusion

The MHQ0603P2N7BT000 is a high-performance low-profile inductor with an internal shielding system. This inductor is suitable for a wide range of applications, including power adapters, notebook computers, car audio systems, and more. The internal shielding system reduces common-mode noise, improves power transfer efficiency, and reduces the size of the inductor.

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