4B40HC51K00118 RF/IF and RFID

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Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) can cause significant data loss, circuit malfunction or operational disruption for a variety of device. In order to protect electronics from these electromagnetic disturbances, device manufacturers must ensure their equipment is outfitted with superior contacts, fingerstock and gaskets. The 4B40HC51K00118 contact fingerstock and gaskets meet the most stringent quality requirements, making them ideal for applications where optimal RFI/EMI containment is critical.

Applications Of 4B40HC51K00118 Contacts, Fingerstock And Gaskets

The 4B40HC51K00118 contact fingerstock and gasket performs under the most rigorous industrial standards. As a result, the product is often used in commercial aviation and industrial manufacturing. In these industries, it is possible for a wide range of EMI disturbances from other equipment to interfere with the performance of the protected device, and these gaskets provide superior EMI filtering.

The 4B40HC51K00118 contact fingerstock and gasket are also used in medical and military applications. They offer an excellent barrier between circuits carrying different electrical signals, preventing cross-talk and helping to reduce the risk of interference. This reduces the risk of stray signals that can disrupt the operation of medical equipment and military hardware.

The 4B40HC51K00118 contact fingerstock and gasket have also found extensive use in the telecommunications industry. By shielding the sensitive electronic components within phone systems, these gaskets help ensure the smooth transmission of data and voice signals without any unwanted disruption.

Working Principle of the 4B40HC51K00118 Contact Fingerstock and Gaskets

The 4B40HC51K00118 contact fingerstock and gasket rely on several principles to shield the device against interference. Firstly, they are designed to maintain relatively constant contact pressure when mounted. This helps to ensure a reliable and consistent barrier against EMI. Furthermore, the contact fingerstock and gasket ensure that the flow of electricity is consistent when the device is at rest or under load. This makes it much harder for interference to penetrate the barrier.

In addition to these mechanisms, the 4B40HC51K00118 contact fingerstock and gasket rely on high-quality and resilient construction to provide superior interference suppression. The materials used are highly conductive and have a proven track record of successfully preventing electromagnetic interference from other sources.

How To Choose The Right 4B40HC51K00118 Contact Fingerstock and Gasket

When selecting the 4B40HC51K00118 contact fingerstock and gasket for your application, there are a few factors to consider. Firstly, you should always choose a product that meets all relevant EMI standards. Different applications require different levels of protection, so make sure you select the product that best meets your requirements.

You should also consider the environment in which the contact fingerstock and gasket will be used. Different environments will require different materials, so make sure you select the best product for your specific application. It is also important to take into account the size of the device that the gasket will be fitted to, as this will determine the size of the gasket required.

Finally, you should consider the cost of the 4B40HC51K00118 contact fingerstock and gasket. Depending on the size and the materials used, the cost of these products can vary significantly. Make sure you select the product that best matches your budget.

Conclusion

The 4B40HC51K00118 contact fingerstock and gasket are ideal for EMI/RFI protection in industrial, medical, military, and telecommunications applications. They rely on several principles to provide superior shielding and protection, including constant contact pressure, consistent current flow, and high-quality materials. Finally, when choosing the contact fingerstock and gasket, make sure you select the product that best meets your requirements, taking into account environment, size, and budget.

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