SS28B2030

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Ferrite Cores - Cables and Wiring is the perfect choice for applications that require minimization of electromagnetic interference. SS28B2030 is a ferrite core that has been used in various cables and wiring applications. This graphite core is designed to reduce noise levels and maximize signal integrity in applications that are susceptible to interference.

The SS28B2030 ferrite core is designed using high quality material in order to optimally reduce the levels of interference. The core is coated with graphite in order to increase its electrical and thermal conductivity. The graphite also gives the core additional strength, which helps to reduce the risk of damage during installation. The core is also resistant to corrosion and good for use in various high temperature applications.

The SS28B2030 features a core diameter of 28mm and a length of 20mm. It is designed to fit into small spaces in both cables and wiring, making it a versatile solution for a variety of applications. The core features an operating temperature range of -55 to +125 degrees Celsius and is rated for a maximum current of 4500mA.

When using the SS28B2030, it is important to take into account the working principles of the core. The core features an inductance value of 10mH and a direct current permeability of 5000. The core works by using the principle of magnetization of the core material to minimize the impact of electromagnetic interference, allowing for better signal transmission. The induction helps to reduce the noise generated by the interference waves while amplifying the desired signal.

The SS28B2030 is a versatile and effective choice for a variety of applications. The ferrite core is designed to reduce the levels of interference, allowing for better signal transfer. Its small size and high temperature range make it suitable for use in both long and short cables, while its graphite coating gives the core additional strength and protection. The core\'s inductance and permeability values make it ideal for applications that are susceptible to electromagnetic interference.

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