303076016

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Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) are two critical elements of electromagnetic compatibility and electromagnetic radiation. The application field of 303076016 contacts, fingerstock, and gaskets is in the radio-frequency (RF) and EMI field, which is commonly referred to as Structural Shielding & EMI Control. As such, readers unfamiliar with the terminology should be made aware that the 303076016 products are intended for use in the RF and EMI industries.

The 303076016 contact, fingerstock and gasket products are designed to reduce RFI and EMI in electronic devices. By shielding vulnerable components and conducting stray energy away the effects of RFI and EMI can be diminished. The effect of these products is enhanced when they are combined with the other shielding techniques, such as use of metallic shielding, chokes, and filters. In addition, the 303076016 contact, fingerstock and gasket products offer mechanical protection for the circuitry of the product and protect against accidental shorts.

The Working Principle of 303076016 Contact, Fingerstock, and Gaskets

The contacts, fingerstocks, and gaskets are designed with a conductive layer between in order to divert any RF and EMI. The gasket material is usually a formable material as in whether it is plastic or rubber, which can be molded in almost any shape for the desired shielding results. The conductive layer is a thin sheet of conductor that is usually made of tin, silver, or copper and serves as a faraday cage. The contacts are made of metal or other conductive material to ensure a good connection. Lastly, the fingerstocks are typically formed metal pieces used to assist in connecting the shield to the chassis of the device.

In Conclusion

The 303076016 contact, fingerstock, and gasket products offer the best protection against RFI and EMI. As such, they should be used in all products that are designed to meet EMC and EMI standards. When used in combination with shielding techniques, they can provide an effective shield from external radiation. The additional benefit of using them is that it adds mechanical protection and helps protect the circuitry from accidental shorts.

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