105-060-201-200

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Backplane connectors, also known as backplane contacts or connector systems, are electrical connectors used to interconnect printed circuit boards (pcbs). They are often used to increase reliability, reduce assembly time and cost, and provide a higher degree of connectivity between boards. Backplane connectors are designed with different configurations, depending on the requirements of the application, and can be utilized in a range of applications, including automotive, medical, telecommunications, consumer electronics, robotics and industrial automation. This article examines the 105-060-201-200 backplane connector, its application in various fields, and the working principle of the connector.

Applications of the 105-060-201-200 Backplane Connector

The 105-060-201-200 backplane connector is a two-piece contact system that uses a combination of threaded screws and removable spring terminals to provide a secure and reliable connection. It is ideal for applications that require multiple connections over a large area, such as prototyping, industrial automation, or robotics. The 105-060-201-200 connector system provides a high number of contacts, allowing for greater flexibility and higher data rates. It is also designed for a variety of configurations, including board stack, side-by-side, and progressive movers. This connector system is designed to provide highly reliable and secure connections, and is frequently used in industrial automation, robotics, telecommunications, medical devices, automotive, and consumer electronics.

In the industrial sector, the 105-060-201-200 backplane connector enables the secure and reliable transfer of data in many applications. It is often used in industrial automation for the controllable switching of motors and valves. It is used in robotics to interconnect different parts of automations, enabling increased flexibility and greater reliability. It is also widely used in telecommunications for data transfer in large data centers.

The 105-060-201-200 backplane connector is also used in many medical device applications. It is ideal for medical applications that require a high degree of reliability, such as medical imaging, life support systems, and patient monitoring devices. Its quick and easy connection and disconnection process makes it an ideal choice for medical devices, as it can be easily reconfigured to accommodate different medical requirements.

The 105-060-201-200 backplane connector is also used in automotive and consumer electronics applications. Automotive applications such as the control of engine control modules and ABS systems rely on reliable connections that can withstand extreme temperatures and vibrations, and 100-060-201-200 backplane connectors are designed to meet these needs. The connector is also used in consumer electronics, such as smartphones, tablets, and other personal electronics, which require connections that are secure, reliable, and easy to configure.

Working Principle of the 105-060-201-200 Backplane Connector

The 105-060-201-200 backplane connector is a two-piece contact system. It consists of a threaded screw and a removable spring terminal, and is designed to provide a secure and reliable connection between two pcbs. The screw is threaded into the backplane connector and the spring terminal slides into the screw. The screw compresses the spring and creates a secure connection with the pcbs.

The 105-060-201-200 connector system also has a unique design that makes it ideal for quickly connecting and disconnecting pcbs. The connector has a spring latch feature that allows the pcbs to quickly be connected and disconnected with a simple push of the latch. This feature also allows for easy repositioning or reconfiguring of the pcbs.

The 105-060-201-200 backplane connector is designed for a variety of applications and is an ideal solution for applications that require reliable data transfer. It is designed to provide a secure and reliable connection over a large area, and is often used in industrial automation, robotics, telecommunications, medical device applications, automotive, and consumer electronics.

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