DF9B-25P-1V(68)

The DF9B-25P-1V (68) is a type of rectangular connector array, which is an edge-type mezzanine board-to-board connector. This connector offers a high performance for applications where precision and robustness is needed, such as automated inspection systems and medical imaging. As such, it is ideal for connection of two Printed Circuit Boards (PCBs) in a system.

Application Field

The DF9B-25P-1V (68) is designed for precision interconnects between two PCBs. It is often used in the field of automated inspection systems, medical imaging, and automotive control systems. As this connector provides robust performance and ensures reliable data transmission, it is frequently used in accuracy-critical mission critical applications.

Working Principle

The DF9B-25P-1V (68) utilizes a 25-pin receptacle on one board array that is mated to a 25-pin plug (male) connector on the mating board array. An array of 25 pins is available on the edge of the PCB to connect the data from one board to the other. The connector has two separation points that provide a robust secure-mate between the two boards.

The DF9B-25P-1V (68) has two types of contacts, contacts capable of carrying differential signals and power contacts capable of carrying current. The differential contacts provide signal transmission without distortion, while the power contacts provide power connections with high current capacity. This ensures that signals and power connections are correctly connected between the two PCBs, providing reliable performance and operation.

Conclusion

The DF9B-25P-1V (68) is a type of rectangular connector array, and is an edge-type mezzanine board-to-board connector. This connector is ideal for applications where precision and robustness are required, such as in the field of automated inspection systems, medical imaging, and automotive control systems. Utilizing a 25-pin receptacle on one board array with a 25-pin plug connector on the opposing board array, the DF9B-25P-1V (68) connects differential and power connections with high current capacity that ensure reliable data transmission and power supply between the two boards.