4289EE51H00212 RF/IF and RFID

The 4289EE51H00212 is a component of RF and EMI contacts, fingerstock, and gaskets, designed for optimal performance in interconnect applications. This type of contact is commonly used for a variety of applications, including signal integrity, thermal management, and current conduction.

Application Field

The 4289EE51H00212 contact has a flexible spring action that allows it to snugly fit into small spaces, making it suitable for applications that require tight tolerances. It has been designed to meet stringent international standards for use in a variety of applications, including:

• High-speed communication systems
• Data transmission
• Sensor technology
• Medical device control
• Circuit boards

The contact is designed to provide reliable connection over long periods of time, and is rated to withstand up to 10W of power and 5A of current.

Working Principle

The 4289EE51H00212 contact consists of two pieces: the contact and the spring base. The contact is typically made of a conductive metal, such as tin-zinc or brass, while the spring base is made of a flexible material, such as stainless steel or beryllium copper. The contact is magnetically attracted to the spring base when in use, creating a low-resistance connection.

The contact is designed to make contact when pressure is applied, creating a temporary mechanical connection between the two pieces. As pressure is released, the contact returns to its original shape, breaking the connection. This allows for reliable connections in applications where connections are repeatedly made and broken.

Conclusion

The 4289EE51H00212 contact is a reliable component of RF and EMI contacts, fingerstock, and gaskets designed for optimal performance in interconnect applications. It is suitable for high-speed communication systems, data transmission, sensor technology, medical device control, and circuit boards. The contact consists of two pieces: the contact and the spring base, and relies on pressure to create a temporary mechanical connection that is quickly broken when pressure is released.