The DW-03-11-G-S-650-002 is a board-to-board connector manufactured by Samtec Inc. Specifically, it's a board spacer or stacker, which provides a fixed distance between two printed circuit boards (PCBs). These connectors are used to create multi-board systems and offer a reliable and space-saving interconnect solution. The part number provides specifics: DW- series board stacking connector, 03 = 3 total pins, 11= 11 positions in the series, G = Gold plating, S = single row, 650 = .650" (16.51mm) stack height, and 002 signifies a specific modification.

Applications

• Multi-board systems: Connecting multiple PCBs in electronic devices.
• Stacking PCBs: Creating compact and modular electronic designs.
• Daughterboard connections: Connecting daughterboards to a motherboard.
• Parallel board connections: Providing a parallel connection between two PCBs.
• Prototyping: Used to create quick and easy connections between PCBs in prototype circuits.

Features

• Fixed stack height: Provides a precise and consistent distance between PCBs.
• Gold-plated contacts: Ensures reliable and corrosion-resistant connections.
• Single-row configuration: Allows for high-density stacking.
• Surface mount termination: Facilitates easy soldering to PCBs.
• Durable construction: Offers robust and reliable performance.

Benefits

• Space-saving design: The compact size allows for the creation of smaller and more efficient electronic devices.
• Reliable connection: The gold-plated contacts ensure a secure and dependable connection.
• Easy assembly: The surface mount termination simplifies the soldering process.
• Versatile application: The fixed stack height and single-row configuration make it suitable for a wide range of applications.
• Increased system performance: The reliable connection ensures stable and consistent performance in demanding applications.

Additional Details

The Samtec DW-03-11-G-S-650-002 typically features a current rating of 3A per contact. The operating temperature range is typically -55°C to +125°C. The insulator material is typically high-temperature thermoplastic. Mating cycles are often rated at 100 or more. It is crucial to consult the specific datasheet for details on insertion/withdrawal forces, voltage ratings and other important characteristics.