The TSM-107-02-L-SHLCP is a high-performance, vertical multi-row connector designed for industrial automation and electronic assemblies. It features a black Liquid Crystal Polymer insulator, phosphor bronze contacts with gold and matte tin plating, and supports operating temperature ranges from -55°C to +125°C. Rated up to 54 A per pin, it is RoHS compliant, with options for lead-free soldering, coplanarity, and various length and position configurations. Suitable for reliable, high-current connections in dense electronic environments, it offers durability and flexibility with multiple options for mounting and polarization.
Dimensions vary by model; typical pin diameter 0.062 inches, length options include 4.82 inches (approx. 122 mm)
Number of positions: from 2 to 30
Style options: -01, -02, -03
Compatible with multiple mating connectors including SSW, BCS, SSM, IDSS, IDSD
Designs are subject to change without notice
Buy the Samtec TSM-107-02-L-SHLCP – Reliable High-Current Connector for Industrial Applications
Secure your high-current, reliable multi-row connector online today. The Samtec TSM-107-02-L-SHLCP offers advanced features like gold plating, RoHS compliance, and a range of configurations. Perfect for industrial automation, electronics, and dense circuit assemblies, this connector ensures durability, high current capacity, and excellent electrical performance. Available with lead-free soldering options, coplanarity, and various length choices, it elevates your projects' reliability. Purchase now to benefit from fast shipping, trusted quality, and technical support for your critical electronic connections.
Order your Samtec Series TSM-107-02-L-SHLCP today and ensure your electronic assemblies benefit from high current capacity and durable, high-quality connections.
Frequently Asked Questions
Where can I buy SAMTEC TSM10702LSHLCP?
You can click on the BUY or RFQ button to purchase TSM10702LSHLCP from an authorized SAMTEC distributor.
How do I troubleshoot issues or seek technical support for part TSM10702LSHLCP?