326-41-140-41-002000

Headers, Receptacles, Female Sockets Overview

The Mill-Max 326-41-140-41-002000 is a precision-machined interconnect socket designed for IC and component applications. It features a single row of contacts with a total of 140 positions, providing high-density connectivity. The connector utilizes a wraparound post design with solder tail termination for secure board mounting. Contact surfaces are finished with gold plating to ensure reliable signal transmission in demanding environments.

Headers, Receptacles, Female Sockets Feature Summary

• Precision-machined construction ensures consistent contact alignment and mechanical stability
• Wraparound post design accommodates lead diameters from 0.381mm to 0.635mm
• Gold-plated contact surfaces provide corrosion resistance and low contact impedance

Headers, Receptacles, Female Sockets Applications

• High-density IC socketing
• Component testing fixtures
• Prototype development boards

Headers, Receptacles, Female Sockets Procurement Notes

This item is classified as a factory special order. Availability may vary by region. Verify current pricing, delivery schedules, and specific manufacturer ordering requirements directly with the supplier before finalizing procurement plans.

Headers, Receptacles, Female Sockets Selection Notes

Select this part for applications requiring a single-row, high-pin-count socket with solder tail termination. Ensure the target component leads fall within the specified diameter range of 0.381mm to 0.635mm to guarantee proper fit and electrical connection integrity.

Headers, Receptacles, Female Sockets Part Context

Part of the Mill-Max 326 series, which specializes in machined pin sockets. This series is known for high reliability and precision engineering, suitable for critical interconnect needs where standard stamped contacts may not suffice.

Headers, Receptacles, Female Sockets Replacement Considerations

Consult the Mill-Max cross-reference tool for parametrically similar parts. Verify pin count, row configuration, and termination style when evaluating substitutes to maintain system compatibility.