The SSA-107-S-T is a single-row, right-angle socket strip manufactured by Samtec Inc. It is designed for board-to-board connections where a right-angle orientation is required. This connector offers a reliable and space-saving solution for applications where horizontal mating is necessary.

Applications

• Right-angle board-to-board connections
• Telecommunications equipment
• Networking devices
• Industrial control systems
• Medical equipment
• Embedded systems

Features

• Single-row configuration
• 7 contacts
• 2.54 mm pitch
• Right-angle orientation
• Through-hole termination
• Gold-plated contacts
• High-temperature thermoplastic insulator

Benefits

• Provides a reliable right-angle board-to-board connection.
• Saves board space with its compact design.
• Ensures good signal integrity with gold-plated contacts.
• Withstands high temperatures during soldering processes.
• Offers a robust and durable connection.

Additional Details

The SSA-107-S-T socket strip is designed with a right-angle, through-hole termination, providing a secure and stable connection to the PCB. The gold-plated contacts ensure a reliable, corrosion-resistant interface, crucial for maintaining signal integrity over the product's lifespan. The 2.54 mm pitch allows for compatibility with a wide range of mating connectors and boards. The high-temperature thermoplastic insulator offers excellent electrical and mechanical properties, including resistance to high temperatures encountered during soldering processes. This connector is often paired with Samtec's terminal strips (TSM series) or header strips (TMM series) to create a complete board-to-board interconnect solution.

The product is RoHS compliant, meeting environmental standards for lead-free manufacturing. The specific current and voltage ratings depend on the application and board layout; please refer to the manufacturer's datasheet for detailed electrical specifications. The right-angle design allows for versatile board orientations, making it suitable for applications with specific space or layout constraints.