2631626202

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Ferrite Cores are essential components in the cable and wiring industry, for their ability to protect electronics from electromagnetic interference (EMI). The 2632626202 is a high quality ferrite core that has been designed to provide a great electrical performance and strength for any application.

Ferrite Core Construction

2632626202 ferrite cores are constructed of a combination of iron oxide and barium titanate powders. This mixture produces low electrical losses and good permeability while maintaining a high maximum current capacity. The mixture is then placed in a mould and pressed, allowing the powder to become a continuous material which can be formed into any desired shape. The cores are then grounded with an enameled wire for electrical insulation.

Defining Characteristics

The 2632626202 ferrite core has several defining characteristics that make them ideal for a range of applications. These include a high resistance to high frequencies, an increase in impedance at high frequencies, and excellent impedance characteristics across the frequency range. Additionally, they have a low dielectric loss at high frequencies, making them suitable for use in power and RF applications. Finally, they have a high impedance radius, which limits high frequency EMI.

Application Fields

2632626202 ferrite cores are suitable for a variety of applications in the cables and wiring industry. For power applications, the core provides low resistance to current while also offering high impedance at the high frequency range. Additionally, the core can be used for filtering to minimize crosstalk and EMI. For radio frequency (RF) applications, the high impedance radius of the core allows for better noise control between different antennas.

Working Principle

The working principle of the 2632626202 ferrite core is based on the inductance of the ferrite material. A primary and secondary coil are wound around the core, and the ferrite core is permeated by a magnetic flux when a current is applied, which allows for the current to pass through the coils and generate a magnetic field. The flux then links with the core, causing a voltage to be generated in the second coil. This voltage can then be used as a source of energy.

Conclusion

The 2632626202 ferrite core is an essential component in the cable and wiring industry, due to its strong performance in power and RF applications. With its excellent resistive and inductive characteristics, this ferrite core offers high electrical performance, providing protection against EMI. Furthermore, its inductance-based working principle allows the core to be used as a source of energy in applications where voltage is required.

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