5148386-1

Backplane Connectors, Contacts & Terminals have been critical components of electronic systems for decades. These components are used in virtually every type of electronic system, ranging from circuit breakers to computers. The 5148386-1 Backplane Connector is a type of backplane connector used in a variety of electronic systems. This article will discuss the various application fields and working principle of the 5148386-1 Backplane Connector.

Application Field

The 5148386-1 Backplane Connector is most commonly used in high-speed, high-capacity systems. It is designed to be used in systems with high data transmission or data node requirements. It is also the connector of choice for printed circuit board (PCB) manufacturing. Additionally, the 5148386-1 is often used in power generation and control systems, as well as in automotive electronics and telecommunications systems.

Working Principle

The 5148386-1 connector utilizes a two-part system. First, the power terminal contacts are designed to provide a low-resistance contact between two circuit boards or PCBs. Second, the insert-based power term contact system is designed to secure both boards or PCBs into the receptacle and provide a low-resistance connection. This two-part system is designed to ensure a reliable and low-resistance power contact between two circuit boards or PCBs. This two-part system also helps prevent shock and vibration of the power terminals when connected.

In addition, the 5148386-1 connector has been designed to meet stringent safety standards and requirements. The body of the connector is made of high-grade plastic and has been designed to prevent any possible shorting of power terminals. Additionally, the anti-vibration and shock resistance of the connector ensures that it will remain secure and error-free when exposed to high power cycles. Finally, the connector has also been designed to provide a low-resistance connection that is durable and reliable.

Conclusion

In conclusion, the 5148386-1 Backplane Connector is a useful and versatile piece of technology. It is widely used in various industries including power generation, control systems, automotive electronics, and telecommunications systems. The connector is designed to provide a low-resistance, secure, and reliable connection between two different circuit boards or PCBs. Additionally, it is designed to meet stringent safety standards and requirements.