4157AB50100898 RF/IF and RFID

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RF & EMC Contacts are essential components for maintaining EMC throughput. Its main role is to provide a reliable electrical connection and to act as a shield against possible interference. 4157AB50100898 is a type of RF & EMC Contact, which is suitable for a variety of applications.

The primary application of 4157AB50100898 is in aerospace, telecommunication, military, medical, and power electronics. Its lightweight aluminum alloy construction combined with its small size makes it one of the leading EMC connectors on the market. Additionally, it is designed to meet MIL-PRF-835,2 requirements, making it highly suitable for a wide range of military applications.

The working principle of 4157AB50100898 is based on the idea of forming a “shield” around the contact. This is achieved by using thin, conductive contacts that are placed close together in order to form an effective barrier to RF and EMC interference. This type of contact is often referred to as a “Fingerstock/Gasket” as it is designed to be wound around a contact, providing additional shielding and insulation. The design is also self-aligning, allowing for a simple mounting process.

4157AB50100898 is a reliable, economical choice to add to a system’s shielding capability. It is corrosion resistant and can be mated with other types of connectors, such as DIN connectors. The contact is also constructed to meet the stringent requirements of MIL-STD-835,2, making it suitable for a wide variety of applications. Additionally, the small size and low weight of the contact make it an ideal choice for areas where space and weight restrictions are an issue.

In conclusion, 4157AB50100898 is an effective RF & EMC contact suitable for a variety of military, aerospace, telecommunications, medical, and power electronics applications. Its small size and light weight make it an effective, reliable choice for those applications. The contact’s design also allows it to form an effective barrier against RF and EMC interference, making it an ideal choice for those applications requiring a high level of protection against such interference.

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