0761605016

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Backplane connectors provide an essential role in the communication between control and signal lines in a wide array of electronic equipment, especially in large-scale industrial applications. Available in standard and custom configurations, there are a multitude of different backplane connector types that vary in size and design, each specifically designed to provide the most effective connection and optimally meet the demands of the application it will be used for. One such type of specialized backplane connector is the 0761605016, designed for high-reliability, high speed applications in the medical, military, and aerospace industries. This article outlines the applications this connector is typically used for, and describes its working principle.

Application field

The 0761605016 backplane connector is a compact, low profile connector intended for use in applications where space is a constraint. This makes it an ideal choice for embedded systems, portable medical equipment, and smaller profile machinery components where reliability and speed are of paramount importance. Its design also makes it a popular option for applications in the military, aerospace, and telecommunications industries where it can support a wide range of frequencies and data transmission rates.

The connector has a durable construction with an outer casing made out of stainless steel that can withstand harsh conditions and environmental factors such as dust, protection, and corrosion. Additionally, it is designed for high speed connectivity, making it a suitable option for a variety of industrial and automotive applications where data must be sent at high rates and accuracy is paramount.

Working principle

The 0761605016 backplane connector operates using a differential routing structure made up of a row of balanced signal pairs. This type of differential signaling can reduce noise and enhance signal performance, providing reliable signal transmission between connected devices and at high rates of data transfer. The structure of the connector allows for high-frequency signal transmission with minimal crosstalk and noise interference.

Additionally, the connector uses screw-lock technology to provide a secure connection that can withstand shocks and vibration. This type of locking system guarantees a reliable connection even under difficult operating conditions. It also requires minimal force to make the connection, making the 0761605016 connector a good choice for applications where a secure, low-force connection is necessary.

Conclusion

The 0761605016 backplane connector is a specialized, high-reliability connector designed to fit the needs of demanding applications. It is well suited for use in aerospace, medical, telecommunications, and other high-reliability applications where speed and reliability are essential. Its robust design provides excellent signal integrity and reliability, while its screw-lock mechanism ensures a secure connection that can withstand shocks and vibration.

The specific data is subject to PDF, and the above content is for reference