MGA0402R10M-10

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Fixed inductors are components used in electronic circuits to store energy in electromagnetic form. The MGA0402R10M-10 is a product produced by Taiwan\'s Chunghwa Electronics that falls into this category. It has a wide range of applications, and its working principle is especially simple and reliable.

Application Field

The MGA0402R10M-10 inductor can be used in the SMPS of desktop computers, communications equipment, and consumer electronic products. It is also suitable for frequency range applications, such as radio frequency circuits, RF power amplifiers, IF amplifiers, VCOs (voltage-controlled oscillators), etc. Furthermore, its low-contact resistance characteristics make it suitable for applications where low current flows, such as noise shields and filter circuits.

Working Principle

The MGA0402R10M-10 inductor works on the principle of electromagnetic induction. It consists of a ferrite core made of ferromagnetic material and two coil windings. When current flows through the inductor, a changing magnetic field is generated. This induces a voltage across the two windings. Therefore, the inductor is capable of storing energy and allowing only a small amount of current or voltage to flow through the circuit.

Features and Advantages

The MGA0402R10M-10 fixed inductor features low contact resistance, excellent stability, and low signal attenuation, making it a great choice for low-current applications. It also has a small size and is highly cost-effective. Compared to other inductors, its performance is further enhanced by its moisture-resistant and corrosion-resistant surfaces. This means that the inductor can operate efficiently even in harsh environments.

Conclusion

The MGA0402R10M-10 fixed inductor is an ideal choice for use in desktop computers, consumer electronics, radio frequency circuits, and various other applications. It features excellent stability, low contact resistance, and low signal attenuation, as well as small size and cost-effectiveness. Moreover, its moisture and corrosion-resistant surfaces allow it to operate efficiently in harsh environments.

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