MGV1207R40M-10

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Fixed inductors play an important role in the application of components, including not only basic components such as resistors, capacitors and diodes, but also increasingly advanced components such as filters, inductors and switches. Among them, MGV1207R40M-10 is a special fixed inductor. It has wide application field and working principles, which make it a choice for design engineers.

Application Field

MGV1207R40M-10 is a common fixed inductor, which means that it has a fixed inductance and can not be adjusted. It is mainly applied in AC/DC power input circuits, filtering circuits, and system-level voltage regulator circuits. Its fixed inductance keeps it working under high frequency load, providing better filtering performance for system-level voltage regulation. By applying this fixed inductor, the performance of the system-level voltage regulator can be greatly improved.

In addition, MGV1207R40M-10 can also be used in the current sensing, voltage division, pulse response, and protective circuits. Under its high frequency load, it can provide a stable voltage and current supply, which makes it an ideal choice for voltage division, current sensing, pulse response, protective circuits, and many other applications.

Working Principle

The working principle of MGV1207R40M-10 is relatively simple, but it’s capable of meeting the high frequency load requirements. Basically, this fixed inductor consists of a copper winding and an iron core. When power supply and voltage is applied, the core will be magnetized. The magnetization generates an induced voltage, which generates a current in the copper winding, producing an inductance.

The magnetic field generated by the core is then fed back to the windings. This feedback creates a magnetic field, called a flux linkage, around the winding. The greater the flux linkage, the higher the inductance. It is this flux linkage that is responsible for the fixed inductance of this component.

Moreover, the MGV1207R40M-10 consists of two windings in parallel, which makes it capable of working under high frequency load. The higher the frequency, the greater the flux linkage and the higher the inductance. This feature makes it an ideal choice for filtering circuits, power input circuits, and system-level voltage regulating circuits.

Conclusion

MGV1207R40M-10 is a common kind of fixed inductor, which has wide application field and working principles. It is mainly used in AC/DC power input circuits, filtering circuits, and system-level voltage regulator circuits. The core and windings of this inductor generate a magnetic field, referred to as a flux linkage, around the winding. The greater the flux linkage, the higher the inductance, making it an ideal choice under high frequency load. MGV1207R40M-10 has proven itself to be an invaluable component in the design of electronic systems.

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