28A0350-0B2

Ferrite Cores are a type of cable or wiring used for electrical insulation and protection. They are made of different materials, and are often used to protect sensitive electronic components and devices from high-voltage surges and other risks. In this article, we will be discussing the specific components and application field of the 28A0350-0B2 Ferrite Core, as well as its working principle.

Components of Ferrite Cores

Ferrite Cores are made up of two components: a high-permeability core and an outer winding. The core is made of ferrite, a magnetic alloy that is able to absorb and dissipate magnetic energy. This allows it to protect sensitive components from high-voltage surges and other risks. The outer winding provides shielding against electromagnetic interference, such as radio-frequency (RF) waves.

28A0350-0B2 Application Field

The 28A0350-0B2 Ferrite Core is typically used in areas that require high-voltage power, such as in the manufacturing, telecommunications, and power industries. It is a high-performance ferrite core that can withstand temperatures up to +120 °C without deformation or degradation. This makes it ideal for use in environments with high levels of vibration and other stressors. Additionally, it has excellent resistance to corrosion and weathering, making it suitable for outdoor applications.

Working Principle

The 28A0350-0B2 Ferrite Core works by inducing a magnetic field between its terminals. When current passes through the core, it creates a magnetic field that causes an attraction or repulsion between the terminals. This induces a voltage, which is then carried by the core, providing power to the connected components. Additionally, the core is able to absorb and dissipate any unwanted electromagnetic energy, or “noise”, which can interfere with sensitive electronic components and devices.

Conclusion

The 28A0350-0B2 Ferrite Core is a high-performance cable or wiring used for electrical insulation, protection, and power delivery. Its magnetic alloy core is able to absorb and dissipate any unwanted electromagnetic energy, while the outer winding provides shielding against RF waves. Additionally, it can withstand temperatures up to +120 °C and has excellent resistance to corrosion and weathering, making it suitable for outdoor applications.