QR/P1-SC2B-221(12) Datasheet/PDFBackplane Connectors - Contacts
QR/P1-SC2B-221(12) are a type of backplane connectors with contacts and used in a number of applications that involve connections between multiple planes and/or systems. These connectors consist of a body that is machined from aluminum or plastic and contains a number of pins that provide electric power, signal paths, and/or ground connections. The plastic body is usually shaped like a half-circle or hexagon and often has apertures for the side contacts. The contacts are typically made from phosphor bronze but can also be made from gold or silver and are designed to make electrical connections to the system.
Applications of QR/P1-SC2B-221(12)
QR/P1-SC2B-221(12) connectors are widely used in the industry and can be found in many different applications. These connectors are often used in personal computer cases and the power supplies, motherboards, memory cards, and other components of the system. They are also used in automotive and aerospace industries, as well as in telecommunications and data networks. They can even be found in medical and imaging equipment, providing power and communication between systems.
QR/P1-SC2B-221(12) connectors are also used in various industrial applications, including process control systems, robotics, and automation. Additionally, they are often used in robotic arms and other machine tools, providing power and data connections between the robotic arm and the system. They are also often used in machinery that needs a reliable high-speed connection, such as 3D printers and CNC machines.
Working Principles of QR/P1-SC2B-221(12)
QR/P1-SC2B-221(12) connectors consist of several contacts that are designed to provide electrical connections between multiple systems or planes. The contacts are typically made from phosphor bronze or gold and have a tin plating to improve the conductivity and signal integrity. The contacts are arranged in a pattern that corresponds to the connections that the connector is intended to make. Each contact is then mounted in holes that are precision-drilled in the body of the connector and secured with screws or bolts.
Each contact is then connected to a copper braid that is used to provide the electrical connection. The copper braid is connected to a backplane or circuit board. This board is then connected to the other boards or systems that the connector is intended to link. This is known as a daisy chain connection, and it allows the system to quickly and easily connect multiple systems.
The design of QR/P1-SC2B-221(12) connectors is what makes them suitable for a wide range of applications. The signals sent through the connector are clean and high-speed, and the connector itself is robust enough to withstand the pressures and temperatures of many applications. This helps to ensure that the connector is reliable and safe to use in even the harshest of environments.
Conclusion
QR/P1-SC2B-221(12) connectors are a dependable and secure way to transfer data between boards and systems. Their compact design makes them a great choice for many industrial, automotive, and aerospace applications. With their daisy-chain connections, these connectors are able to quickly establish reliable and high-speed connections between multiple systems. Their robust design also makes them suitable for use even in the harshest of environments.