MTSW-101-09-G-S-270

MTSW-101-09-G-S-270 is an industry standard, rectangular, two-piece interconnect system with headers, male pins and female sockets. This system allows users to terminate a wide range of small coaxial and twin axial cables. The header and two-piece pin system is designed for both high density mounting and also an easier and more reliable connection than conventional high cross section double twist and solder contacts. MTSW-101-09-G-S-270 headers provide a high degree of flexibility for wire termination, allowing users to configure connections for data rates to 25 Gbits/s.

MTSW-101-09-G-S-270s have numerous applications, from board level interconnect applications to high speed signal transmission. This interconnect system solves the problem of conventional contacts which rub against each other making a contact connection. Additionally, it is compatible with numerous board level connectors, enabling the design engineer to implement and carry over a single contact system across multiple applications.

The working principle of MTSW-101-09-G-S-270 requires no soldering, mechanical or thermal contact with the cable. The two contacts are held together within a plastic housing and a spring contact forces the wire into the ends of the contact surfaces. This ensures a solid and reliable connection between the cable and header. The spring contact also provides superior vibration resistance and longer cycle life when compared to traditional solder connections.

MTSW-101-09-G-S-270 connectors are available in a variety of sizes and configurations, including single row, double row, and triple row, as well as different contact pitches. The outer casing is made of rugged and long-lasting thermoplastic which can be provided in several colors. This system is designed to meet the stringent standards of EMC, high speed signal transmission, and system integrity.

In conclusion, MTSW-101-09-G-S-270 is a versatile interconnect system for terminating a wide range of small coaxial and twin axial cables. This system is designed for board level applications as well as high speed signal transmission, and it is the perfect solution for anyone looking for a reliable and secure connection. Furthermore, this system is available in a variety of sizes and configurations, and is made from durable thermoplastic. Finally, it has been designed to meet the highest standards of EMC and system integrity.