4D11EA51K00405 RF/IF and RFID

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RFI and EMI - Contacts, Fingerstock and Gaskets play a vital role in protecting electrical and electronic components from interference. In particular, 4D11EA51K00405 application fields and working principles are key components of this RFI and EMI protection.

The 4D11EA51K00405 application fields include Automotive, Communication, Data management, Instrumentation, Military, Power Electronics, Telecommunications and Automotive Electronics. In each of these application fields, the 4D11EA51K00405 is used in the process of providing Shielded Connectors. Shielded Connectors protect electrical and electronic components from the interference generated by external electromagnetic fields.

The 4D11EA51K00405 working principles involve the use of a variety of materials, including fingerstock, gaskets, and contacts. Fingerstock provides electrical isolation and thermal protection, while gaskets provide a seal or barrier to prevent EMI or RFI from entering. Contacts provide electrical filtration and are used to complete the circuit between two electrical components or between two connectors.

Fingerstock is available in various materials including copper, aluminium, beryllium copper, silver-plated copper, titanium and brass. Different types of fingerstock have different characteristics. Aluminium fingerstock provides thermal and electrical isolation, while copper fingerstock provides excellent electrical conductivity. Beryllium copper fingerstock is highly resistant to corrosion and provides superior electrical and thermal isolation.

Gaskets are typically made of either rubber or plastic and are used to seal the connection between two electrical components or between two connectors. The gasket helps to prevent EMI and RFI from entering the electrical components. The gasket also helps to reduce or eliminate any contact between the ground and the electrical components.

Contacts are typically made of brass or bronze and are used to complete the electrical circuit between two components or two connectors. Contacts also provide electrical filtration, allowing only the desired electrical current to pass through. Contacts are also essential in providing a strong electrical connection between two components or two connectors.

4D11EA51K00405 application fields and working principles are critical in providing effective RF and EMI protection. The application fields are used to ensure that electrical components are adequately protected from interference, while the working principles involve the use of suitable materials, such as fingerstock, gaskets and contacts, which serve to provide further protection from external electromagnetic fields.

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