BTE-040-03-F-D-A-TR

Mezzanine connectors are part of the rectangular connector family. They are designed to between printed circuit boards in a variety of electronic equipment. The BTE-040-03-F-D-A-TR mezzanine connector is one such example. This particular series of connectors is designed for use in applications that require a landing card which mates in an overlying circuit card. Common areas where these connectors are used are found in industrial equipment, networking cards, and military and aerospace designs.

The BTE-040-03-F-D-A-TR mezzanine connector is designed to provide reliable electrical connectivity and protection to the contacts. The housing material used to make the connector is either black liquid crystal polymer or polyphenylene sulfide. Its contacts are composed of phosphor bronze and the contact plating is gold. This combination of components ensures that the connector will be durable and corrosion resistant.

The BTE-040-03-F-D-A-TR connector has a rectangular-shaped array with an even number of contacts. The contacts are arranged in two rows and they are stamped and formed similarly. The lead spacing for the array is 2.00mm and the contact retention force rating is 18.5 lbs min. There is also a locking clip on either side of the connector, which ensures a robust connection.

The working principle of the BTE-040-03-F-D-A-TR mezzanine connector is relatively simple. Once the array has been positioned correctly, the mating card can be inserted on top of it and the contacts on the connector with the mating card will lock together. This locks the mating card in place and increases the stability and accuracy of the connector.

Overall, the BTE-040-03-F-D-A-TR mezzanine connector is an ideal solution for applications that require a robust, reliable connection between two printed circuit boards. It is corrosion resistant and durable, and the locking clips ensure a secure, stable connection. It is also designed to have a low profile, making it a great choice for applications where space is at a premium.