172-E50-113R011

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D-Sub Connectors are an extensive family of multi-purpose, high-density electrical connectors. The 172-E50-113R011 Connector is one type of connector within this family, specifically intended for use within the military, aviation and commercial aircraft sectors. This connector is versatile, cost effective and reliable, and can be used with many types of applications that require data, power and signal.

Application Field

The 172-E50-113R011 Connector can be used in a variety of applications, ranging from control systems to communication systems and from industrial equipment to medical devices. In terms of electrical power, this connector is especially useful for applications that require high-power transmissions, such as aircraft, aircraft engine control, and emergency power systems. It is also well-suited for military, aerospace, and medical applications where transfer of sensitive data is necessary.

Working Principle

The 172-E50-113R011 Connector has a unique array of features and components that enable it to fulfill its required tasks and applications. It has two sets of contact terminal pins, each one rated at 50 Amps. The terminals are enclosed in a shell that is designed to reduce EMI/RFI interference and ensure consistent and reliable contact with the mating connector. Additionally, the connector has a keyed retention system that helps to ensure a reliable mechanical and electrical connection.

In terms of data transmission, the 172-E50-113R011 Connector is designed to transmit up to a maximum of three contacts. This helps to give it a higher data rate when compared to other types of connectors such as USB. Additionally, this connector is capable of supporting higher voltage and current than many other connectors – for data, up to 10A/80V, and for power, up to 50A/40V.

Conclusion

The 172-E50-113R011 Connector is an invaluable addition to a wide range of applications from the military to the medical industry. Its high-power transmissions, data transmissions and keyed retention system make it highly reliable. Its specialized design has made it perfect for use within the aviation, military and commercial aircraft sectors, and its ability to provide high-speed data signals with increased flexibility will ensure its use within many more sectors in the years to come.

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