SB28B0500-1AB

Series:	Saddle Beads®
Part Status:	Active
Filter Type:	Ferrite Plate
Size / Dimension:	0.500" L x 0.500" W (12.70mm x 12.70mm)
Height - Seated (Max):	0.100" (2.54mm)

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Ferrite Disks and Plates

Ferrite disks and plates are components in electronic systems that generate and use radiofrequency energy. Such components are often used for applications such as transmitting signals over long distances, radar, wireless communications, and other radio-frequency projects. The SB28B0500-1AB disk and plate are two such components that are used for these applications. They are made of ferrite materials, such as nickel-zinc ferrite, containing a combination of magnetic and electrical properties that make them useful in these applications.

Application Field

One application for these ferrite disks and plates is in wireless communication. This includes FM radio broadcasting, microwave ovens, and other uses that transmit signals at radio frequencies. SB28B0500-1AB disks and plates are used in these systems to transmit and receive signals.In addition, these components can be used in radar systems. These radar systems use radio waves to locate and identify objects, such as aircraft or ships. By transmitting the radio waves and reflecting them off the objects, the systems can determine their location. SB28B0500-1AB disks and plates are used to generate the radar waves and receive the reflected waves. In addition to these uses, these components can also be used in other applications that generate and send radio frequency signals. These include medical applications such as MRI machines and medical imaging systems, as well as for research purposes.

Working Principle

The working principle of the SB28B0500-1AB ferrite disks and plates is based on their electrical properties. They are constructed of materials that contain a combination of electrical and magnetic properties. These materials can be magnetized and demagnetized in a controlled way.The way this works is when an alternating electric field is applied to the disks and plates, they become magnetized and then quickly demagnetized. This process is then repeated at a specific frequency that can be controlled. This process produces a radio frequency signal that can be used for transmission and reception.The power of the radio frequency signal produced by the SB28B0500-1AB disks and plates can be increased or decreased depending on the power applied to the disks and plates. This makes them a versatile component for a variety of applications that need to generate and control radio frequency signals.In addition, the signal produced by the disks and plates can be controlled by adjusting the orientation of the magnetic field. This makes them useful for applications such as medical imaging and research projects that require precise signal control.

Conclusion

The SB28B0500-1AB discs and plates are components that are used in many applications that generate and use radiofrequency energy. These components are made of materials that have a combination of magnetic and electrical properties that make them useful for generating and controlling radio frequency signals. This makes them a versatile component that can be used for a variety of applications.

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