BM14B(0.8)-34DP-0.4V(53) Connectors, Interconnects

A BM14B(0.8)-34DP-0.4V(53) rectangular connector is a type of electrical connector often used in industrial and other fields for reliable connections. They are designed for use in mezzanine applications, such as connecting printed circuit boards together. They allow for a high degree of flexibility in design and are also compatible with many standard industry components.

The BM14B(0.8)-34DP-0.4V(53) is made up of two sets of 0.8mm-pitch through-hole pins, one set on each side of the connector. The two sets are joined to each other with two rows of 0.4mm-high pins. The design ensures a secure and reliable connection. The four rows of pin contacts are arranged in a cross formation, to allow for the connection of a wide variety of components. The pins are mounted in a plastic housing, which is designed to protect the connections from moisture and vibration.

The connectors can be used for a range of applications, including data and power transmission, merging various signals, and providing multiple inputs and outputs. This type of connector is often used in data acquisition and control systems, as well as audio/video and computer applications. Additionally, they are commonly used in mezzanine applications such as in motherboards and daughterboards.

The working principle of this type of rectangular connector is simple. When two mating connectors are brought together, the 0.8mm-pitch pins, which are set in plastic housings, make contact. The pins are then reliably and securely held in place, allowing a connection to be made. The 0.4mm-high pins ensure a reliable and consistent connection.

In summary, the BM14B(0.8)-34DP-0.4V(53) rectangular connector is a reliable and versatile electrical connector. It is designed for use in mezzanine applications, such as connecting boards together and provides a secure and reliable connection between two devices. Furthermore, its working principle is simple and easy to understand, making it an ideal solution for a wide range of applications.