Fixed Inductors

Fixed inductors are electronic components that store energy in the form of magnetic fields. They can be used in a wide variety of applications. This article will look at the application field & working principle of the RCH895NP-150K fixed inductor.

Types of Fixed Inductors

Fixed inductors are available in a large number of shapes, sizes and values. They are usually categorized by their physical form factor - typically a traditional cylindrical shape, surface mount, edgewise, and power semiconductor packages. They are also categorized by their value rating, ranging from sub 1 nH to over 3 mH.

RCH895NP-150K specifications

The RCH895NP-150K is a fixed surface mount inductor designed for high-frequency applications. It has an inductance rating of 150nH and can handle peak current ratings of up to 10A. The self-resonant frequency is up to 50MHz. It is also rated at up to 200Vrms and is rated for environmental temperatures of -40 to 105°C.

RCH895NP-150K application field

The RCH895NP-150K is suitable for a wide range of high-frequency applications. It is a suitable choice for DC/DC converters, noise filters, and switch-mode power supplies. It is also suitable for AM/FM radio applications, cellular telephones, and low-noise amplifiers.

RCH895NP-150K working principle

The working principle of the RCH895NP-150K is quite straightforward. It works by storing energy in the form of a magnetic field, which can then be used to power electronic components. When a current flows through the inductor, it generates a magnetic field, which will create a force that is proportional to the current. This opposing force opposes the change in current, helping to stabilize the current flow over time. This mechanism is the basis for the working principle of all fixed inductors.

Conclusion

The RCH895NP-150K is a high-precision fixed inductor designed for high-frequency applications. Its range of specifications makes it suitable for DC/DC converters, noise filters, and switch-mode power supplies. Its working principle is based on the simple concept of storing energy in the form of a magnetic field, which is then used to power electronic components.