BKT-167-04-L-V-S-TR

BKT-167-04-L-V-S-TR is a high-speed rectangular connector designed for applications that require ultra-high-speed signal transmission and durability. The connector is comprised of a plastic housing, two or more rows of female sockets, and two or more rows of male pins. It is widely used in the industrial automation field, such as industrial computers, humanoid robots, machine tools, and 3D printing machines.

Features:

• High durability and impact resistant
• Supports up to 16 A per connector
• Lower cross talk with integral shielding
• High speed signal transmission up to 5 Gb/s

Applications

BKT-167-04-L-V-S-TR can be found in the industrial automation field, where a reliable connection is needed. It is mainly used for connecting industrial computers, humanoid robots, machine tools, and 3D printing machines.

Working Principle

BKT-167-04-L-V-S-TR uses the standard signal transfer principle. It involves two or more rows of pins and sockets that match each other. The female sockets in the connector are in contact with the male pins. When an electrical signal is sent to the female socket, the metal pins transmit the signal to the male pins. The signal is then transferred from the male pins to another device.

This process facilitates fast signal transmission between two or more electrical devices, ensuring the reliable connection of the devices. The use of a proven signal transfer principle makes BKT-167-04-L-V-S-TR highly reliable, even under extreme conditions. It is also designed to withstand high temperatures, mechanical vibrations, and harsh environmental conditions.

Conclusion

BKT-167-04-L-V-S-TR is a high-speed rectangular connector designed for applications that require ultra-high-speed signal transmission and durability. It is widely used in the industrial automation field, mainly for connecting industrial computers, humanoid robots, machine tools, and 3D printing machines. It features high durability and impact resistance, and supports up to 16 A per connector. It uses the standard signal transfer principle, which makes it highly reliable under extreme conditions.