5-star Rated Rm412-276-392-0256-910 Check It Out [EIOnW4Yu]

Rugged Rectangular Connector

Introducing the 5-star Rated Rm412-276-392-0256-910 Check It Out [EIOnW4Yu], a high-quality Rugged Rectangular Connector designed for robust and reliable performance in various applications. This connector boasts an impressive 276 contacts, ensuring seamless connectivity and durability. Its 0.075"/1.91mm pitch is perfect for precision installations, while the plastic body provides a durable yet lightweight solution. With surface mount termination (SMT), this connector offers both convenience and efficiency.

• High contact count for enhanced connectivity
• 0.075"/1.91mm pitch for precision installations

Product Specifications

The 5-star Rated Rm412-276-392-0256-910 Check It Out [EIOnW4Yu] features a plastic body, making it a versatile choice for various environments. The termination is surface mount (SMT), allowing for easy installation and compatibility with modern manufacturing processes. With four rows of contacts, this connector is ideal for complex circuit configurations. Here are the key specifications:

• Plastic body for durability and versatility
• Surface mount termination (SMT) for easy installation
• Four rows of contacts for complex circuit configurations

Practical Applications

The 5-star Rated Rm412-276-392-0256-910 Check It Out [EIOnW4Yu] is a versatile connector that finds applications in a wide range of industries. Its rugged design and high contact count make it perfect for use in harsh environments, such as automotive, industrial, and consumer electronics. The surface mount termination (SMT) feature ensures quick and efficient assembly, while the lightweight plastic body adds to its convenience. Whether you are working on complex circuit boards or need a reliable connector for your next project, the 5-star Rated Rm412-276-392-0256-910 Check It Out [EIOnW4Yu] is the ideal choice.

• Robust design for harsh environments
• High contact count for reliable connectivity
• Surface mount termination (SMT) for efficient assembly