3M Y2500 Series Four-Wall Headers

Introduction

The 3M Y2500 Series Four-Wall Headers are innovative wire-to-board connectors designed to meet the needs of various electronic applications. With their low-profile design and reliable performance, these connectors are ideal for environments with less demanding conditions.

Part Description

The 3M Y2500 Series features connectors that measure 0.100" x 0.100" and are specifically engineered for low mating cycles. They come equipped with gold flash plating and a high-temperature insulator, making them suitable for no lead soldering operations. The connectors also include a center slot polarization feature that helps prevent mis-insertions, thereby minimizing insertion time. An optional retainer clip is available to ensure secure socket placement, particularly in vibration-prone environments. The series offers various mounting styles, including right angle and straight surface mount options, as well as through-hole versions for reflow soldering.

Applications

• Wire-to-board connections in low mating cycle scenarios
• Applications requiring reliable performance in vibration-prone environments
• Situations where space-saving designs are essential

Industries

• Consumer Electronics
• Automotive
• Industrial Automation
• Telecommunications
• Medical Devices

Usage Ideas

1. Compact Electronic Device: Use the Y2500 headers to create a compact circuit board for a handheld electronic device, ensuring efficient space utilization and reliable connections.
2. Vibration-Prone Equipment: Integrate these connectors into machinery or equipment that experiences vibrations, utilizing the optional retainer clip for enhanced stability.
3. Prototyping for IoT Devices: Employ the Y2500 headers in the prototyping phase of Internet of Things (IoT) devices, taking advantage of their low-profile design and ease of soldering.

Conclusion

The 3M Y2500 Series Four-Wall Headers are versatile connectors that provide reliable performance in various applications. Their low-profile design, combined with features that enhance usability and stability, make them an excellent choice for industries ranging from consumer electronics to automotive. Whether for prototyping or final product assembly, these connectors are designed to meet the demands of modern electronic applications.