BKT-167-04-L-V-S-P

BKT-167-04-L-V-S-P is a type of rectangular connector, commonly used as headers, male pins or socket strips, as well as in PCB components. It is also sometimes known as a double-row connector, featuring two rows of male pins on opposite sides. Built with high quality materials, BKT-167-04-L-V-S-P connectors offer maximum reliability and durability.

The rugged design of BKT-167-04-L-V-S-P connectors makes them suitable for a wide variety of applications, from consumer devices such as smartphones and tablets to industrial and aerospace use. For instance, they are widely used to connect PC boards and sensors, forming a secure and reliable contact between electronic components. In addition, they are often used to interface new instruments to existing devices, providing the connection required for data transfer.

The working principle of BKT-167-04-L-V-S-P connectors is simple. The male pins are held in place between two mating headers, held together with a combination of screws or clips. An electrical connection is formed when a mating header with appropriate female slots is connected to the male pins. The connection is secured and electrically stable thanks to the secure fit of the headers and the use of insulation gaskets or spacers.

The different sizes and configurations of the BKT-167-04-L-V-S-P connector make it well suited for a variety of applications. From consumer electronics such as computers, cell phones, and tablets, to industrial and aerospace applications, BKT-167-04-L-V-S-P connectors offer reliably secure electrical connections. In addition, its rugged design and wide range of sizes make it a popular choice for PCB components such as digital input and output (I/O) terminals, as well as for motor and diagnostic controllers.

In summary, BKT-167-04-L-V-S-P connectors provide a reliable and durable connection for a wide range of applications. The design allows for secure fitting, electrical stability, and a wide range of sizes to suit different applications. It can be used to connect PC boards and sensors, interface new instruments with existing devices, and provide connections for motor and diagnostic controllers.