MGV06038R2M-10 Datasheet/PDFFixed Inductors
Fixed inductors are electronic components that use a coil of wire to store energy in the form of a magnetic field. They are commonly used in electronic circuits, and have various applications including filtering, oscillator circuits, and matching impedance for high-frequency signals. Among them, MGV06038R2M-10 is such a type of fixed inductors, which is widely used in a number of applications.
MGV06038R2M-10 Application Field
MGV06038R2M-10 is a type of fixed inductor with a spiral shape, which has a wide application in the Switching Mode Power Supply (SMPS) and various types of electronic circuits such as AC / DC adapter, non-contact power supply, mobile device, automotive electronics, LED lighting, etc. It is also highly efficient for mobile device power management, as it can reduce overall system losses when operating in full-wave mode. In addition, it offers low noise operation and is able to withstand high frequencies without introducing interference due to its uniform wire winding.
MGV06038R2M-10 Working Principle
The working principle of MGV06038R2M-10 is based on the concept of an inductor, which stores energy in a magnetic field. The physical structure of a typical inductor includes a coil of wire, with a magnetic core in the center of the winding. When electricity passes through the wire, a magnetic field is created around the core. This stored energy can then be easily released upon demand, as a current is passed through the wire in the opposite direction. This effect is commonly used in transformer circuits, and is also one of the main principles applied to the MGV06038R2M-10.
MGV06038R2M-10 also features a high current rating and even wire winding, which allows it to handle high frequency signals with minimal interference. Moreover, it has a very low resistance profile, which enables this component to effectively dissipate heat without overheating.
Conclusion
MGV06038R2M-10 is an excellent choice for applications requiring a reliable fixed inductor with high current ratings and a low resistance profile. Its even wire winding and uniform magnetic core enable it to handle high frequency signals without introducing interference, while its efficient heat dissipation ensures minimal heat buildup. Its numerous applications make it a popular choice when it comes to powering and managing mobile devices.