SS28B2034

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Ferrite cores are an essential component in the construction of a variety of devices, from electronic equipment to data signal wires. In this article, we will focus on one particular example of a ferrite core: the SS28B2034. We explore its uses in the wider electrical and electronic industry, as well as its working principles.

Overview of Ferrite Cores

A ferrite core is a partially permeable magnetic material, made from a combination of iron oxide and other additives. Ferrite cores are produced in two common shapes – an E-shape and a toroid shape – and are commonly used in transformers and inductors. Ferrite cores are used as a core material for cables with high frequency electrical signals, as they have excellent electrical and magnetic properties.

Ferrite cores are usually classified into two main types: functional ferrite core and cable ferrite core. Functional ferrite cores are used in transformers, inductors and other electrical components, while cable ferrite cores are used to improve the electromagnetic interference (EMI) performance of cables with high frequency signals. Cable ferrite cores are typically used in cables that carry radio frequency (RF) signals, such as Wi-Fi or Bluetooth signals.

SS28B2034 Ferrite Core

The SS28B2034 is a ferrite core manufactured by Sumitomo Electric Industries. It is a functional ferrite core used in transformers, inductors, and other electrical components. It is designed for use in high-frequency applications, such as in high-frequency power supplies, inverters, and switching regulators. The SS28B2034 has an air gap in the core, which allows it to be tuned for specific power levels. It is also designed to be compatible with lead-free soldering.

The SS28B2034 has a high current carrying capacity and a high operating frequency, and has excellent heat resistance. Its core material is a mix of ferrite and other additives, and its physical dimensions are 28.0 mm (L) x 28.0 mm (W) x 20.3 mm (H). This ferrite core can handle up to 200 amps of current, and its operating frequency is up to 250 kHz.

SS28B2034 Application Field and Working Principle

The SS28B2034 ferrite core is suitable for a range of applications, including power transformation, power line noise suppression, power transformers, and high-frequency switching regulators. It is also suitable for use in applications such as inverters, power supplies, and high-frequency communication equipment. The SS28B2034 can also be used for the protection of sensitive electronic circuits, as it has excellent magnetic impedance properties.

The SS28B2034 ferrite core works by controlling the magnetic and electric fields of the signals it transmits and receives. The core is also designed to have high permeability, which helps reduce losses in high-frequency applications. The ferrite material of the core helps to absorb high-frequency noise in the circuit, which improves the reliability of the equipment.

In addition, the SS28B2034 ferrite core has a wide range of operating temperatures. It can operate from -25 to +125 °C without degradation in performance, and can even tolerate temperatures up to +200 °C for short periods of time. This makes the SS28B2034 an ideal choice for use in applications such as high-frequency power supplies and inverters.

Conclusion

The SS28B2034 ferrite core is a powerful component that can be used in high-frequency applications. It has excellent electrical and magnetic properties, and is designed to handle high currents and high operating frequencies. The core is also designed for use in applications that require protection from high-frequency noise, such as power transformers and inverters. Finally, the SS28B2034 ferrite core can withstand a wide range of operating temperatures and is lead-free soldering compatible.

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