FX2BA-52SA-1.27R

Connectors D-shaped are a type of connector that is used in many different applications, ranging from consumer electronics to commercial and industrial applications. One such connector is the FX2BA-52SA-1.27R, which is used in applications such as printed circuit boards, distributed control systems, automotive, and general purpose applications.

The FX2BA-52SA-1.27R is a centronic-style connector, which is characterized by its D-shaped design. It features two rows of terminals, each with 50 pins arranged in a 4×12 matrix, for a total of 100 pins. The pins are spaced 0.050 inches apart, and the connector is rated at a maximum of 75V AC and 10A. It also features a 1.27mm pitch, which is the distance between the center points of adjacent terminals.

The purpose of the FX2BA-52SA-1.27R is to provide an electrical connection from one device or circuit to another. It is often used as an interconnect for sophisticated circuitry, as it enables the transfer of high-speed digital signals without any signal loss. It is also widely used in the automotive industry, as it is designed to withstand harsh environmental conditions, including vibrations, shock, and severe temperatures. Additionally, it is often used in distributed control systems, providing connections between remote nodes, allowing for the transfer of data and control signals. In general, the FX2BA-52SA-1.27R is an extremely versatile connector with many possible applications.

In terms of its working principle, the FX2BA-52SA-1.27R is similar to other connectors. It features two rows of terminals, each with a contact on one side, and insulation on the other. When the connector is mated, the contacts on the two sides are pressed together, creating an electrical connection. This connection then allows for the transfer of signals between the two devices. Additionally, when the connector is disengaged, the contacts separate, breaking the electrical connection.

Overall, the FX2BA-52SA-1.27R is a versatile connector with many applications. It is used in a variety of applications ranging from consumer electronics to commercial and industrial applications. It is specifically designed to be robust and reliable, and it enables the transfer of high-speed digital signals without any signal loss. Additionally, its working principle is similar to other connectors, in that it creates an electrical connection when two connectors are mated, and breaks the connection when disengaged.