87267-2650

Introduction

The 87267-2650 is a single row, low-profile, surface-mountable, rectangular connector. This connector has a lockable, multifunctional design with two levels, two sides, and six pins. It is designed to provide a secure connection for reliable signals, power, and grounding in designs for industrial, power, and automotive applications. In addition, the 87267-2650 is also suitable for use in military and other high-demand applications.

Features and Benefits

The 87267-2650 offers a number of features and benefits, including:

• High-temperature, low-profile design.
• Lockable, multifunctional design.
• High-compliance pins for secure contact.
• Robust design to withstand extreme environmental conditions.
• Excellent signal integrity.

Applications

The 87267-2650 is designed for a variety of applications, including:

• Industrial automation.
• Power supply and control systems.
• Motor control systems.
• Smart sensors and IoT applications.
• Automotive applications.
• Military applications.
• Telecommunications and broadcast.

Working Principle

The 87267-2650 uses a two-level, two-sided, six-pin design for secure connection and reliable operation. Each pin is held in place with a compliant contact, which ensures the pins cannot be dislodged, even in extreme conditions. The two-level design also helps reduce EMI, as the connections are shielded and the interference signal is minimized. The lockable design also helps to prevent accidental disconnection of the pins and ensures a secure connection in tough industrial and military environments.

Conclusion

The 87267-2650 is a single row, low-profile, surface-mountable, rectangular connector designed for industrial, power, and automotive applications. It is equipped with a lockable, multifunctional design, two levels, two sides, and six pins for secure connections and reliable operation. It is suitable for use in a variety of applications, from industrial automation to telecommunications and broadcast. The 87267-2650 is an ideal solution for secure connections in tough industrial and military environments.