The SFSD-05-28-G-05.50-DR-NUS is a cable assembly manufactured by Samtec Inc. It is part of the SFSD series, known for its high-density interconnect solutions. This specific model features a 5x28 (140-pin) socket configuration in a double-row arrangement, with a cable length of 5.50 inches. The 'NUS' suffix typically indicates particular plating or design modifications specific to customer requirements. It is ideal for board-to-board connections where space is limited and reliable signal transfer is essential.

Applications

• Telecommunications equipment requiring compact interconnects
• Data storage systems needing high-speed data transfer
• Industrial control systems demanding robust connections
• Medical devices where signal integrity is paramount
• Testing and measurement equipment requiring precision connections

Features

• High-density 140-pin (5x28) double-row socket
• Compact 0.050" (1.27mm) pitch for space-saving design
• 5.50-inch cable length for flexible connectivity
• Durable cable construction ensuring reliable performance
• Polarized design to prevent incorrect mating
• High-quality materials for extended lifespan

Benefits

• Provides reliable board-to-board connections in tight spaces
• Ensures high signal integrity for accurate data transmission
• Simplifies assembly and reduces the risk of errors
• Offers long-term cost savings due to durability
• Meets stringent quality standards for reliable performance
• Facilitates efficient data transfer in demanding environments

Additional Details

This Samtec cable assembly is designed to provide a robust and reliable connection for demanding applications. The 'DR' in the part number specifies a double-row configuration. The gold-plated contacts ensure excellent conductivity and corrosion resistance. The cable is carefully shielded to minimize signal loss and interference. The precise engineering and manufacturing processes ensure consistent performance and a long service life. It is typically used with compatible Samtec mating connectors for optimal performance.