The QSH Series is a high-quality, low-profile connector designed for compact electronic solutions. Featuring gold flash plating and matte tin on tails, these connectors support up to 25 A per ground plane and operate within a temperature range of -55°C to +105°C. Designed with a pitch of 0.0197 inches and available in multiple options such as differential pad and latching configurations, they offer reliable signal and power connections for numerous applications. The connectors ensure easy SMT mounting, coplanarity, and processing flexibility, making them suitable for dense circuit boards and high-performance devices.
Features: SMT lead coplanarity, lead-free solderable, pick & place capability
Lead Options: Matte Tin, Gold flash
Lead Pitch: 0.0197 inches (0.50 mm)
Contact Rows: Differential, single-ended options
Durability: Max cycles of 100 mates
Insulation Material: Polyimide film
Board Mates: No. of pairs options, full reel available
Optional: Latching, differential pad, high current capacity
Buy the Samtec Series QSH Connector: QSH03001LDATR
Purchase the Samtec Series QSH connector online today and benefit from its exceptional durability, high current capacity, and compatibility with dense circuit boards. Designed for high-performance electronic assemblies, this connector features gold flash plating and SMT coplanarity for easy mounting and reflow soldering. Its versatile options include differential pads, latching variants, and full reel packaging, making it ideal for manufacturing, prototyping, and field replacements. Secure your electronics with a trusted, professionally tested connector for lasting reliability and optimal signal integrity.
Order your Samtec Series QSH connector today and ensure reliable high-current, high-density electronic connections for your projects.
Frequently Asked Questions
Where can I buy SAMTEC QSH03001LDATR?
You can click on the BUY or RFQ button to purchase QSH03001LDATR from an authorized SAMTEC distributor.
How do I troubleshoot issues or seek technical support for part QSH03001LDATR?