CLF7045NIT-100M-D

Fixed inductors are essential components in radio frequency switching circuits and high-frequency filters. The CLF7045NIT-100M-D is a fixed inductor with a wide range of excellent performance characteristics and it is suitable for use in a variety of applications.

Application Field of CLF7045NIT-100M-D

The CLF7045NIT-100M-D inductor is a type of monolithic inductor, produced using advanced high-frequency methods. It has a wide range of applications, including radio frequency circuits, wireless transmission systems, digital cameras, mobile phone base stations, and broadcast systems. This type of inductor can also be used in tuning circuits, filter networks, and in non-linear network approximation circuits.

The CLF7045NIT-100M-D inductor has a unique structure, allowing it to offer excellent performances, such as low self-resonance frequency (fSRF), high quality factors (Q-factor), and high self-resistance value (RDC) in high-frequency regions. Its solder-mounting package enables it to be easily used in industrial applications.

Working Principle of CLF7045NIT-100M-D

The basic operating principle of the CLF7045NIT-100M-D inductor is that of an active inductor. In other words, it works by creating a current imbalance in an electrical circuit, causing the magnetic field to flow around the component. This magnetic field induces a voltage in the component, which is then converted into current. The resulting current is used to power the device, allowing it to perform its desired function.

The CLF7045NIT-100M-D inductor features an advanced winding method, which ensures the appropriate amount of current, voltage and frequency is supplied to the component. It also features an internal structure, which minimizes the size of the package and ensures improved conversion efficiency. As a result, the CLF7045NIT-100M-D inductor is able to offer superior performance with minimal power consumption.

Conclusion

The CLF7045NIT-100M-D is a high-performance fixed inductor that is suitable for a wide range of applications. Its advanced design ensures superior performance characteristics, making it ideal for use in high-frequency switching circuits, wireless transmission systems, digital cameras, mobile phone base stations, and broadcast systems. Furthermore, its solder-mounting package ensures that it can be easily incorporated into industrial applications.