4049PA51H00165

Radio Frequency interference (RFI) and Electromagnetic Interference (EMI) have become one of the major concerns when designing electronic products these days. In order to deal with such interference, engineers must adopt proper countermeasures. One of the solutions is contact materials such as contacts, fingerstocks and gaskets. 4049PA51H00165 is a type of contact material that has been designed to provide a secure, reliable and low noise connection. In this article, we will look at the application field and working principle of 4049PA51H00165 contact material.

4049PA51H00165 is a type of contact designed for use with Ethernet cable systems and other area networks. It is composed of an insulating structure, a composite contact and a conductive insert. The composite contact is made of Phosphor bronze with Gold plating that provides excellent electrical and mechanical performance. The insert is made of Tin-lead alloy and is divided into two parts. The first part is the contact structure which comes with two tabs that are used to mount the contact onto the back of the board. The second part is the perforated isolation layer that provides excellent thermal insulation properties.

The 4049PA51H00165 contact material is designed to provide efficient electrical and mechanical connection between Ethernet systems and other area networks. It is also designed to reduce the interference from radio frequencies and from electromagnetic interferences. The contact structure provides excellent shielding properties against RF and EMI and also prevents any crosstalk between the networks. The insulation layer also protects against high voltage surges which could cause damage to the equipment.

The working principle of 4049PA51H00165 contact material is very simple. When the contact material is mounted onto the back of the board, the contacts on the contact structure create a secure low noise connection between the Ethernet system and other area networks. The copper plated shielding layer helps to reduce the interference caused by radio frequencies and electromagnetic interferences, while the perforated insulation layer helps to reduce high voltage surges which could potentially damage the equipment.

In conclusion, 4049PA51H00165 contact material is an important component of designing efficient and reliable Ethernet systems. It provides a secure, reliable and low noise connection that is designed to reduce RF and EMI interferences as well as high voltage surges. The contact structure, composite contact and insulation layer of the contact material all work together to ensure an efficient connection between the networks.