4226AB50109600

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RFI and EMI shielding has become an increasingly important part of modern electronics manufacturing, due to the ever-growing demand for devices to be able to withstand high levels of interference. The most fundamental level of shielding is achieved through the use of material contacts, such as fingerstock and gaskets.

4226AB50109600 is a 7/16-high contact that is designed specifically for providing robust and reliable RF/EMI shielding. It is a one-piece contact designed with stainless steel construction, making it highly resistant to corrosion and wear, as well as offering excellent shielding performance.

The 4226AB50109600 is suited for applications where high level of electromagnetic interference needs to be blocked. It is able to perform shields out frequencies as high as 5 Ghz, making it ideal for controlling interference from mobile phones, wireless communication systems, and other sources.

The contact is designed to provide a fixed level of contact pressure, which is essential for reliable high-frequency performance. The contact is also designed with a “fingerstock” wrapping which provides a flexible but reliable contact with low-pressure. This helps to ensure reliable electrical contact over time, even when the contact is subject to vibrations or other mechanical stresses.

Another advantage of 4226AB50109600 is that it provides excellent shielding performance without the need for complex sealing systems. It can be assembled directly onto a device or chassis to provide an effective EMI shield. For additional protection, it can also be used with gaskets, which provide additional sealing and environmental protection.

In conclusion, 4226AB50109600 is an excellent choice for a reliable and efficient EMI and RFI shielding solution. It offers excellent shielding performance up to 5 Ghz, while its stainless steel construction ensures a long life and reliable performance. Furthermore, it does not require complex sealing systems for effective shielding, making it ideal for simple and cost-effective production.

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