BBD-131-G-C

Rectangular connectors have been widely used in industrial control and automation applications. They are used to provide reliable and secure connections between electronic components, such as microprocessors, transistors, and other integrated circuits, as well as in motor and robot control devices. Among these connectors, the most popular and widely recognized is the BBD-131-G-C connector.

The BBD-131-G-C is a single-row, 26-pin connector, with two rows of 13 pins on the male side and two rows of 13 pins on the female side. It is designed for applications ranging from communications and control to automotive and industrial. It is also used in the power distribution system, and can be used for power connection between the battery and the system.

The working principle of the BBD-131-G-C connector is based on the physical contact between the male and female pins. The male pins have a round or square shape at the base and are inserted into the female socket. The two pins have an offset relationship to ensure electrical connection when they are fully inserted. The internal contact of the pins conducts electric current between the two pins, which completes the electrical connection.

The application fields of the BBD-131-G-C connector are diversified. In the industrial field, it is mainly used in production automation control systems, and is suitable for communication and signal transmission, such as data exchange between PLC and I/O module. In the automotive field, it is used for the connection of electronic starting systems, car audio systems, and vehicle entertainment systems. In the medical field, it is used for the connection of medical monitoring and medical imaging equipment. It is also used in the power supply system, such as the connection of batteries, solar panels and other power sources.

The BBD-131-G-C connector has the advantages of strong connection and corrosion resistance, and it is a cost-effective solution for applications requiring robust, reliable and secure electrical connectivity. In addition, its large current carrying capacity and low-resistance contact provide better performance and reliability in harsh environments.