5084613-3

5084613-3 is a type of rectangular connector array which is used to connect two separate boards for data or signal transmission. The connector consists of two matched pieces, each with an array of conductive pins. It is also known as an edge array, mezzanine connector, or board-to-board connector and is widely used in the electronics industry.

The 5084613-3 rectangular array is made up of two arrays of 16 pins arranged in a 2 x 8 configuration. Each array is divided into two rows, with the lower row containing 8 pins and the upper row containing 8 pins. The two pieces are mated to each other and the pins are interconnected by means of a thin-film circuit. Each row of pins is separated by a gap of 0.170 inches which prevents the two arrays from shorting. This type of connector is highly reliable and is able to withstand harsh environments.

The 5084613-3 connector array is most commonly used to connect two PCBs (Printed Circuit Boards). This allows data or signals to be easily transferred between the two boards. The two arrays of pins can be used to either connect the two boards or transmit data or signals between them. This type of connector provides a high level of flexibility as it allows multiple connection configurations. It can accommodate a range of different pin sizes and has the capability to be configured to support large volumes of data.

In order to ensure the reliability of the signal or data transferred between the two boards, the 5084613-3 connector is designed to remain securely connected even when subjected to high vibration levels. This is due to the connector\'s design which utilizes a dual-spring contact system to securely maintain the connection between the two arrays of pins, even in harsh industrial or environmental conditions.

The 5084613-3 rectangular connector array is an easy to use and highly reliable part which is able to withstand high vibration levels. It is a popular choice for use in applications that require the connection of two printed circuit boards and is well-suited for a wide range of applications in the electronics industry.