SS28B2033

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Ferrite cores are one of the most important elements of cables and wiring, as they are able to suppress conducted or radiated electromagnetic interference (EMI) from the cables being used in a particular system. The SS28B2033 is a miniaturized type of ferrite core designed for cable-end termination, making it suitable for cable-end mounted applications, such as on the end of cables that are being used to connect computers or other electronic equipment in a system. The SS28B2033 ferrite core is composed of a ferrite-ring with dozens of punched cores and a plastic injection molded shell. It is designed for ultrafast responses to input signals, as the ferrite-ring can change quickly between two different magnetization states. The SS28B2033 ferrite core is primarily used in data transmission applications, as it can provide a physical barrier to high-frequency signals. This makes the ferrite core a versatile solution for EMI shielding, since it can prevent electromagnetic disturbances from impacting the cable being used, as well as reduce the amount of noise gained by the cable. The SS28B2033 ferrite core is suitable for a wide range of applications, including power line communication, computer networking, and industrial control systems, as it can be designed to filter out electrical noise that would otherwise disrupt the functioning of the system. In addition to its use in data transmission applications, the SS28B2033 ferrite core is also used to suppress antenna signals, which can interfere with the operation of wireless networks. An antenna signal is a type of electromagnetic energy that travels through the air, and can interfere with the signals being sent in a wireless network. The ferrite core can be placed around the antenna, thereby blocking the interfering signal and ensuring the signals being sent in the network will remain clear. The working principle of the SS28B2033 ferrite core is that it works to absorb electromagnetic interference through magnetic hysteresis. In a normal hysteresis loop, an external magnetic field is applied to the ferrite material, which causes the material to become magnetized. The material will retain its magnetic state until the external field is changed, at which point it reverts to its original state. In ferrite hysteresis, the ferrite core works to absorb and change the wavelength of any incoming interference, thereby preventing the interference from causing disruption to the cable or network being used. By utilizing ferrite cores, such as the SS28B2033, cables and wiring systems can be designed to provide maximum protection against EMI, while also ensuring optimal performance even when faced with interference from external sources. With its fast response time and ability to absorb interference, the SS28B2033 ferrite core is a reliable and cost-effective solution for many cable-end mounted applications.

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