0097065017

Series:	--
Part Status:	Active
Type:	Fingerstock
Shape:	--
Width:	0.980" (24.89mm)
Length:	24.000" (609.60mm)
Height:	0.400" (10.16mm)
Material:	Beryllium Copper
Plating:	Tin
Plating - Thickness:	299.21µin (7.60µm)
Attachment Method:	Clip
Operating Temperature:	121°C

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RFI and EMI - Contacts, Fingerstock and Gaskets

The beauty of RF and EMI lies in the freedom of designers and engineers to create innovative technology solutions in a range of different applications. There are a huge range of different applications where RF and EMI Contacts, Fingerstock and Gaskets can be used, ranging from mobile phones to medical and aircraft components. Here, we\'ll explore some of the most common applications and how RF and EMI Contacts, Fingerstock and Gaskets are used in these.

Applications of RF and EMI Contacts, Fingerstock and Gaskets

RF and EMI Contacts, Fingerstock and Gaskets are used across a wide range of industries and sectors. They are ideal for use in mobile phones, as well as satellite and broadcast systems, radio frequency identification (RFID) systems, near-field communication (NFC) and medical applications. As such, they are used in a vast range of products, from consumer electronics to aerospace engineering.

Types of RF and EMI Contacts, Fingerstock and Gaskets

RF and EMI Contacts, Fingerstock and Gaskets come in a wide variety of shapes and sizes. The most common type of fingerstock, for example, are the surface mount type, which are designed for use in mobile phones, tablets and other consumer electronics devices. These fingerstock are designed to help reduce the risk of RF interference.The most common type of EMI gasket is the flat type, which is frequently used for shielded enclosures, shield doors and metal plates. These are designed to provide the highest level of shielding possible, as well as to reduce and eliminate the potential of EMI interference with other components.

0097065017 Working Principle

The working principle of RF and EMI Contacts, Fingerstock and Gaskets is relatively simple. They\'re designed to absorb and mitigate radiation between two interconnected parts, ensuring that any radiation emanating from one part is not conducted or transferred to the other. This can be accomplished in a variety of ways, from using shielding, conducting materials, or other materials such as conductive coatings. The most important thing to remember when using RF and EMI Contacts, Fingerstock and Gaskets is that the electrical connection between two contacts is critical. If the connection is not made correctly, then the shield will not function properly. Ensuring that the electrical contact is tight between two contacts is essential in order to ensure that the shield is effective.

Uses of RF and EMI Contacts, Fingerstock and Gaskets

RF and EMI Contacts, Fingerstock and Gaskets are essential components in a range of electronic and communication systems. They are used in mobile phones, tablets, laptops, and other consumer electronics, as well as in aerospace engineering and medical applications. In aerospace engineering, for example, they are often used in avionics systems to help protect connecting wires and components from RF and EMI interference. In addition to this, they are often used in medical applications to protect sensitive patient data from being transmitted over radio frequencies. They can also be used in telecommunications systems in order to protect against EMI interference. As such, they are used in many different applications, all of which require a high level of protection from RF and EMI interference.

Conclusion

In conclusion, RF and EMI Contacts, Fingerstock and Gaskets are essential components in a huge range of applications. They are designed to protect connecting wires and components from interference, as well as to provide shielding against harmful EMI radiation. They come in a variety of shapes and sizes, and are used in a vast range of industries and sectors, from mobile phones to aircraft engineering. As such, they play a vital role in the development of modern technology, and are essential components in ensuring that our electronic and communication systems remain reliable and effective.

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