CES-135-01-G-D

The CES-135-01-G-D is a rectangular connector, typically referred to as a header or female socket, commonly used in a range of different industries including telecommunications, industrial equipment and consumer electronics. The design of this particular header features two rows of five contacts, with contacts at the front and mating contacts at the rear.

The very silm and compact design of the connector allows for a high level of integration in a relatively small space. The connector employs a snap-in locking mechanism with two locking posts and some plastic tabs providing a secure mechanical connection of the header with the mating connector as well as making the assembly and disassembly fairly straightforward.

The CES-135-01-G-D is most commonly used for data transmission between two printed circuit boards as the connector features the Reduced Space Connectors (RSC) technology. But also it can be employed for any high speed data signal transferring application. The signal pins in the connector feature the press-fit technology, providing a reliable and secure electrical contact between the two boards. The pins also guarantee a high level of contact resistance and durability for repeated mating cycles.

The CES-135-01-G-D can be used to connect an array of devices and peripherals. It is highly compatible with a broad range of different connectors and offers integrated pass-through options, making it suitable for a variety of applications.

The working principle of the CES-135-01-G-D is simple. The connector is designed to provide a connection between two printed circuit boards. The connection between the two boards is made when the contacts on the header contact with the mating contacts on the mating connector. The mechanical locking mechanism ensures that the connection is secure and stable. The press-fit connection on the pins guarantee a reliable electrical connection between the connected boards.

The CES-135-01-G-D connector is a reliable and cost-effective solution for those looking for a quick and easy connection between two printed circuit boards. It is versatile enough to be used in a range of different applications and offers a high level of performance and durability.