VLCF5024T-4R7N1R3-2 Inductors, Coils, Chokes

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Fixed Inductors

A fixed inductor, also commonly known as a fixed-value inductor, is an electromagnetic device designed to produce an electromagnetic field for a variety of applications. They are commonly found in radio communications systems, electrical networks, and electrical equipment.

VLCF5024T-4R7N1R3-2 fixed inductor is an inductor that provides consistent inductance with varying currents. The inductance remains fixed regardless of the load, temperature, or other environmental conditions. Its use is widely seen in power grids, switching regulators, telecommunication systems, power supply filters, and more.

Application Field

The VLCF5024T-4R7N1R3-2 fixed inductor is designed using the Niehoff winding technology. It provides the flexibility of optimizing desired inductance versus current ratings versus temperature. It is commonly used in applications where performance over temperature and load variability need to be exercised. It is widely used in RF positioning, antenna tuning, telecom, high-current discharging, mobile phone antenna matching, and radio communication circuits, and more.

Working Principle

A fixed inductor works on the integration of electricity and magnetism. When current passes through the conductive wire, it creates a magnetic field and an electromagnetic reaction occurs. The size of the magnetic field depends on the conductivity of conductor, current, and the coil shape. The coil creates resistance to the current and stores the energy in the form of a magnetic field. It takes a certain time to reach a peak value of the magnetic field, which is proportional to the inductance of the device. This inductance is constant regardless of the load, temperature, or other environmental conditions.

The VLCF5024T-4R7N1R3-2 has a very stable inductance over a broad range of frequencies. Its self-resonant frequency is particularly impressive, allowing it to operate at lower frequencies without compromising its inductance. This makes it suitable for applications such as RF positioning, RF antenna tuning, telecom, mobile antenna matching, and more.

Conclusion

In conclusion, the VLCF5024T-4R7N1R3-2 fixed inductor is an ideal choice for a variety of applications. It has great features including high efficiency, stability, and highly reliable performance. It is suitable for high frequency and low frequency operations making it perfect for applications that need high frequency precision. This makes it suitable for RF positioning, antenna tuning, telecom, mobile phone antenna matching, and more. With its great features and advantages, the VLCF5024T-4R7N1R3-2 continues to stand out as a great choice for various applications.

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