Mill-Max Pins & Receptacles

Introduction

Mill-Max Pins and Receptacles are versatile connectors designed for high-reliability applications across various sectors. With a focus on modular interconnect solutions, these components are engineered to meet the demands of modern electronic designs, ensuring both performance and compactness.

Part Description

Mill-Max Pins and Receptacles provide a robust interconnect platform featuring a diverse range of configurations. These connectors include low-profile, high-current, and compliant press-fit options, making them ideal for socketing, modular assemblies, and test interfaces. The product line includes models such as the 5288 and 5783 series, which offer high-density layouts with a 0.100" pitch and 0.025" mating pin diameters. Other models, like the 9353 and 6839 series, can handle higher current loads of up to 9A. The connectors are available in various termination styles, including solder tail, compliant press-fit, and wire termination, with mating pin diameters ranging from 0.020" to 0.064". Their gold-over-nickel plating ensures long-term conductivity and reliability.

Applications

• Medical devices
• Automotive systems
• Industrial equipment

Industries

• Healthcare
• Automotive
• Manufacturing
• Electronics

Usage Ideas

1. Medical Device Prototyping: Utilize Mill-Max Pins and Receptacles to create a modular prototype for a medical device, ensuring reliable connections for sensors and power supplies.
2. Automotive Control Systems: Implement these connectors in automotive control systems to facilitate high-current connections while maintaining a compact design.
3. Industrial Test Interfaces: Design a test interface for industrial equipment that leverages the repeatable performance of Mill-Max connectors for reliable testing and diagnostics.

Conclusion

Mill-Max Pins and Receptacles are essential components for engineers seeking reliable and flexible interconnect solutions. With their wide range of configurations and robust performance, these connectors are well-suited for various applications across multiple industries, making them a valuable addition to any electronic design.