4E06PA51G01800 RF/IF and RFID

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4E06PA51G01800 is a contact that is widely used in electrostatic shielding applications, such as RFI and EMI. It is a fingerstock contact that is made of stainless steel and is capable of withstanding a wide range of temperatures. It is able to achieve a tight connection, which makes it useful in controlling static and other forms of electrical interference.

This contact is available in two different sizes, 0.08 inch and 0.09 inch. It is also designed with a hermetic seal and has a black type I finish. This contact is resistant to corrosion and is designed to protect the application from dust, gases, and other environmental factors. It also has a larger contact area than most other fingerstock contacts, allowing it to provide more effective static shielding.

The most common application of this contact is in medical electronics, broadcasting equipment, communication systems, LEDs, and other electronic systems that require EMI protection. It is also used in transformer and switchgear equipment and other noise-resistant electrical appliances. It is used in a variety of designs, with its most popular application being in shielded equipment and contact assemblies.

The 4E06PA51G01800 contact\'s working principle is based on two primary components. First, it uses a three-tier system of elastomeric fingers that provide secure, mechanical lock-in. These fingers ensure that the contact is securely and accurately, seated when assembled. They also greatly reduce any possibility of contact rattling or misalignment. Second, the contact has an electrically conductive layer that physically shields the electrical connections from EMI. This layer is made from a nickel beryllium alloy and has proven to be highly effective in controlling electromagnetic interference.

Overall, the 4E06PA51G01800 contact is a reliable and flexible contact that can be used in a wide variety of situations. Its robust construction and ability to provide effective shielding makes it an ideal solution for a variety of electrostatic shielding applications. Its availability in two different sizes makes it suitable for use in both larger and smaller systems. Finally, its working principle ensures that the contact delivers reliable and accurate electrical performance.

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