9-78D-A-MAG-16

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RFI and EMI Contacts, Fingerstock and Gaskets, can come in many forms. The 9-78D-A-MAG-16 application field looks at these components and their purpose in more detail.

When looking at how to improve on Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI) issues, many solutions can be employed. One of the ways to improve on both EMI and RFI is to make gases out of the components that are used.

The gaskets used must be designed and manufactured to the specific requirement of the system in question. It is essential that the gaskets are able to provide a shielding effect that will prevent any of the electromagnetic or radio waves from entering and then exiting the system.

The choice of raw material is of utmost importance. For certain applications, stainless steel is the material of choice whereas for other applications a copper-based material might be desired. The selection of the material will largely depend on the application.

Fingerstock, on the other hand, is the name given to a particular type of contact which is made up of fingers. The fingers are typically made from a variety of materials such as alloys, plastics and conductive polymers. Fingerstocking materials allow for efficient and reliable electrical performance. Fingerstock contacts can be used for a variety of applications such as PCB boards, DC-AC power supplies and many other applications.

The 9-78D-A-MAG-16 application field looks at the use of these components for their shielding and other purposes which can come in various forms for different uses. Many times, the shape and the size of these components must be considered. The geometry and the profile can also affect their electrical performance and these are important to consider in the design process. There are also a variety of treatments which can be applied to the material which can then influence its properties.

The working principle of these components looks at the ways in which they carry out their respective purposes as per the given application. There is an understanding of the basic principles involved which must be looked at to ensure that the design meets all of the specifications required. The types of materials used have a great influence on the electrical performance of the components and these must be taken into account.

In conclusion, the 9-78D-A-MAG-16 application field and working principle looks at the different components used to reduce the effects of EMI/RFI in a number of different systems. The materials used, the geometry of the components and the treatments applied all influence the electrical performance and these must all be taken into account when designing these particular components.

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