CONXALL Micro-Con-X Right-Angle PCB Connectors

Introduction

The CONXALL Micro-Con-X Right-Angle PCB Connectors are engineered for demanding environments, providing a compact and reliable solution for various electronic applications. With their unique right-angle design, these connectors facilitate easy installation while maintaining high performance and durability.

Part Description

The Micro-Con-X Right-Angle PCB Connectors from CONXALL are designed to accommodate up to 7 high-performance contacts within a compact form factor of less than 1/2" in diameter. These connectors feature a right-angle orientation, making them ideal for applications that require a connector to be positioned perpendicular to a circuit board. They are available in both bayonet and positive-locking Insta-Click styles, with options for male pins or female sockets. Notably, these connectors are sealed to IP68 when mated and IP67 when unmated, ensuring protection against dust and water ingress.

Applications

• Robotics and automation systems
• Industrial control panels
• Medical devices and equipment
• Telecommunications equipment
• Aerospace and defense applications

Industries

• Electronics manufacturing
• Automotive
• Medical technology
• Telecommunications
• Industrial automation

Usage Ideas

1. Robotic Arm Control: Use the Micro-Con-X connectors to establish reliable connections between the control board and the motors in a robotic arm, ensuring robust performance in a compact space.
2. Weatherproof Sensor Deployment: Integrate these connectors in outdoor environmental sensors that require a sealed connection to withstand harsh weather conditions while maintaining data integrity.
3. Compact Medical Device Design: Implement the Micro-Con-X connectors in a portable medical device, allowing for efficient space utilization and ensuring the device remains protected from moisture and dust.

Conclusion

The CONXALL Micro-Con-X Right-Angle PCB Connectors are an excellent choice for applications requiring compact, reliable, and durable connections in harsh environments. Their versatility and robust design make them suitable for a wide range of industries and applications, paving the way for innovative electronic solutions.