The SFMC-135-01-S-D-K-TR is a fine-pitch micro header from Samtec Inc., part of the SFMC series. This surface mount connector is designed for high-density board-to-board connections, emphasizing reliability and ease of automated assembly.

Applications

• Board-to-Board Connections: Connects PCBs within electronic devices.
• High-Density Interconnects: Suited for applications where space is limited.
• Medical Devices: Used in medical equipment requiring compact and reliable connections.
• Industrial Automation: Integrated into control systems needing robust connectivity.
• Data and Signal Transmission: Used in devices needing reliable data and signal transfer between boards.

Features

• Fine Pitch: Allows for high-density connections.
• Surface Mount: Designed for automated assembly processes.
• Dual Row: Increases contact density.
• 35 Positions per Row: Providing a total of 70 contacts.
• Samtec Tiger Eye™ Contacts: Known for their reliability and durability.
• Keyed Connector: The 'K' designates a keyed connector for proper mating.
• Tape and Reel Packaging: The 'TR' designates tape and reel packaging for automated handling.

Benefits

• Space Saving: Fine pitch allows for more components on the board.
• Reliable Connection: Tiger Eye™ contacts ensure a secure and durable connection.
• Easy Assembly: Surface mount design simplifies assembly, and tape and reel packaging streamlines automated processes.
• High Density: Dual row configuration maximizes connections in a small area.
• Prevents Misalignment: Keyed connector prevents incorrect mating.

Additional Details

The SFMC-135-01-S-D-K-TR connector uses high-quality materials for sustained performance. The '01' specifies a particular plating or internal design characteristic. 'S' indicates surface mount configuration, 'D' denotes dual row, and 'K' signifies the keyed feature, preventing accidental misconnections. Mates with FFSD, FFTP, and other compatible series from Samtec. The tape and reel packaging ('TR') facilitates high-volume, automated assembly, enhancing manufacturing efficiency.