SB28B0875-1

Ferrite Disks and Plates are utilized in a variety of electronic systems and applications as part of the overall system architecture. The SB28B0875-1 is a special type of ferrite disk and plate which can be used to control electromagnetic fields in such a way that the system using it can integrate the desired signals with the product.

The SB28B0875-1 consists of an array of four ferrite disks stacked together which each have slightly different diameters, thicknesses, and materials which result in a unique combination of characteristics and parameters in the overall integrated disk and plate. In addition, the plate and disk have a special bonding technique which results in a higher degree of flexibility and rigidity over other disk and plate materials. This increases the effectiveness of the shield and protection it provides.

The application field of the SB28B0875-1 is primarily in the automotive electronics industry as a part of the entire system structure for in-vehicle electronics systems such as engine controls, navigation, entertainment systems, and many more. Other applications include medical equipment, consumer electronic devices, and home appliances.

The primary working principle behind the SB28B0875-1 is that it can control the rate of passage of electromagnetic fields while providing a barrier between the user and the components within the equipment which have higher concentrations of electromagnetic radiation. This allows the signal from the user’s device to be safely integrated into the product and does not interfere with any processes inside the product. Additionally, the material and design of the disk and plate enable it to withstand element exposure which increases its lifetime and overall usability.

The SB28B0875-1 ferrite disk and plate is a widely used piece of equipment due to its high efficiency, flexibility, and strength in handling electromagnetic fields. It is suitable for various applications such as automotive, medical, consumer electronics, and appliances and its unique design makes it a great choice for any application needing to control electromagnetic fields.