160-272FS

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Fixed Inductors

Inductors are passive electronic components that store energy in the form of magnetic fields. Their internal construction often consists of a coil of insulated wire wrapped around a core material, usually a ferromagnetic metal like iron. When current flows through the inductor, it creates a magnetic field that stores energy as an electromagnetic field within the component. Fixed inductors are those whose inductance remains constant. The 160-272FS is a fixed inductor that has a range of applications.

160-272FS application field

The 160-272FS is a type of stacked inductor, usually found in small electronic circuits where space is at a premium. It takes up less space compared to other types of inductors, which makes it an ideal choice for board-level applications. These devices are specifically designed for consumer electronics, portable devices, lighting systems, electronic toys, computers and other electronic equipment. The 160-272FS inductor is also commonly used for power supply filtering, interference suppression, decoupling, and signal shielding, as well as in antenna and radio-frequency (RF) circuits.

160-272FS working principle

When a current flows through an inductor, it produces a magnetic field, which stores energy as an electromagnetic field inside the device. The 160-272FS stacked inductor specifically has multiple windings separated by a core material, which serves to separate the windings and reduce the total inductance. This allows for higher inductance values while maintaining a small overall form factor, allowing it to be used in small applications where space is limited. The inductance value of the 160-272FS is always fixed, meaning that it is not affected by external factors, such as temperature or current.

Conclusion

The 160-272FS is a type of fixed inductor, used in a variety of applications such as consumer electronics, portable devices, computers, and RF circuits. Its construction consists of multiple windings of insulated wire arranged around a core material, which allows for a smaller form factor and higher inductance values. When current flows through the device, energy is stored as an electromagnetic field, which allows for applications such as power supply filtering, interference suppression, signal shielding, and antenna circuits. This makes the 160-272FS an invaluable component in a range of electronics.

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