MP2-R150-51S1-KR

Backplane connectors have become an increasingly necessary component in many types of modern electrical and industrial designs. Manufacturers must meet a variety of stringent market demands such as size, performance, cost, and application-specific requirements. In response to these needs, specialized backplane connectors, such as the MP2-R150-51S1-KR, have been developed to provide superior performance and reliable long-term solutions. In this article, we will review the application field and working principle of the MP2-R150-51S1-KR specialized backplane connector.

Application Fields

The MP2-R150-51S1-KR is designed to meet the stringent operational and cost requirements of high-speed transmision applications. It is specifically designed for use in routing intelligent control systems in buses, aircraft, and trains. It\'s high-speed transmission capacity, robust construction, and extreme temperature tolerance make it suitable for a wide variety of critical applications. Additionally, the connector is certified to UL 94-VO flame retardant ratings, making it one of the few connectors with this type of UL-approved rating.

The MP2-R150-51S1-KR is also designed to meet the stringent thermal, electrical, and mechanical requirements of industrial automation and control. This connector is suitable for applications such as heavy-duty industrial machine tooling, factory automation, and industrial robotics. Its built-in surge protectors make it suitable for use in applications requiring precise control over load current and power distribution.

This specialized backplane connector is also designed for use in medical, telecommunication, and consumer electronics applications. It features a toughened glass insulation structure, making it suitable for long-distance transmission of data in medical networks and wireless networks. In addition, its durable construction helps ensure reliable data transmission in consumer electronics applications.

Working Principle

The MP2-R150-51S1-KR connector features a robust design that enables high-speed signal transmission while offering superior reliability and long-term protection against electrical, thermal, and mechanical stressors. This connector is constructed of high-strength copper and features a tough insulation material that provides protection against shock and vibration.

The connector\'s unique design offers superior shock and vibration resistance, excellent signal quality, and low cross-talk levels. The special construction of this connector includes shielding, sealed enclosures, and specific insulation materials to help reduce cross-talk. Additionally, the connector is designed to ensure low insertion and return loss across all frequencies for reliable data transmission.

The MP2-R150-51S1-KR connector also features an advanced locking mechanism to ensure frequent mating cycles. This locking mechanism is designed to ensure an optimal fit during installation, while also providing protection against accidental disconnection. In addition, the design includes a secondary retaining mechanism and shield grounder to ensure strong mechanical stability and reliable long-term performance.

Conclusion

The MP2-R150-51S1-KR is a specialized backplane connector designed to meet the stringent demands of multiple applications. Its highly robust construction and advanced shielding technology provide superior data transmission performance and long-term reliability. Its UL-approved rating and advanced locking mechanism provide additional design assurance and peace of mind. This specialized backplane connector is suitable for a variety of applications ranging from industrial automation and control to medical, telecommunication, and consumer electronics applications.