3-2013298-6

Memory Connectors are a type of injection molded plastic sockets designed to hold integrated circuits or other electronic components. They are designed to make it easier to work with electronic components, and to protect them from physical damage. The Inline Module Socket, commonly referred to as the 3-2013298-6, is a type of memory connector used in a variety of applications

The 3-2013298-6 was designed to be used in a variety of application fields, such as industrial, automotive, consumer, and medical. It can be used in any application where the need for reliable and secure interconnection of electronic components is required. The socket is made up of two halves; one half is designed to accept a circuit board, and the other half is moulded to hold the integrated circuit. The two halves are connected via a metal pin, which is inserted into a drilled hole, and then locked into place using a retention feature.

The working principle of the 3-2013298-6 is quite straightforward. The socket secures and protect the electronic components, while allowing them to be quickly and easily connected with a simple push-and-lock mechanism. The metal pin is inserted into the drilled hole, and then locked into place by a retention feature. When the socket is connected to a circuit board, the integrated circuit is inserted into the socket, and the two halves are locked together by the retention feature, securing them in place.

The 3-2013298-6 memory connector is designed to provide a secure connection between the integrated circuit and the circuit board, preventing any accidental disconnections. Its unique design also prevents damage to the integrated circuit, allowing for a reliable connection between electronic components. Additionally, the socket can be used with a variety of integrated circuits, making it useful for a range of applications, including industrial, automotive, consumer, and medical.

The 3-2013298-6 memory connector is a reliable, secure, and versatile device that can be used in a variety of applications, in order to make it easier to work with integrated circuits and other electronic components. Its push and lock mechanism ensures a secure connection without risking any accidental disconnections. Additionally, its unique design helps to protect the integrated circuits from physical damage, enabling the user to achieve a reliable connection, free of damage.