SA28B3013

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Ferrite cores play an important role in a variety of electronics applications. The purpose of these cores is to ensure electromagnetic compatibility (EMC) and minimize interference which can damage delicate electronic equipment. One such ferrite core type is the SA28B3013 - a versatile and reliable core that is suitable for a number of cable and wiring applications.

The SA28B3013 ferrite core is specifically designed to reduce EMI/RFI factors in a variety of applications. It is best used in power supplies, data and control cables, and signal and grounding cables. It is composed of high permeability ferrite materials which allow for high current densities and low losses in electrical applications. The core can also be used in ferrite-based filters and signal isolation circuits.

The SA28B3013 has a variety of features which make it an ideal choice for various cable and wiring applications. It has a highly efficient magnetic core design with low insertion loss. Its high current capability and resistance to thermal breakdown make it an ideal choice for high voltage applications. It is also protected against overcurrent, so it is suitable for a number of uses. Additionally, it has a wide operating temperature range, from -50°C to 150°C.

The working principle of the SA28B3013 ferrite core is simple but effective. The core works by controlling the flow of electromagnetic energy, reducing the effects of interference on sensitive cables. This is done by allowing the current to move freely inside the core but restricting it from leaving via the wire. This reduces the level of interference, allowing for proper functioning of the cable or wiring.

The SA28B3013 ferrite core is a reliable and versatile product that is suitable for a variety of uses. It has a number of features which make it an ideal choice for various cable and wiring applications, including high current capability, low insertion loss, and thermal breakdown protection. Its working principle is based on controlling the flow of electromagnetic energy, allowing it to be used in EMI/RFI reduction and signal isolation projects.

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