DIN-064CSB-PW1-FJ

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DIN 41612 is a heterogeneous backplane system, comprising of secure and efficient connectors to establishing detailed electrical interconnections from the top, bottom and sides of backplanes. These connectors have found their way into digital applications in almost every field of technology. DIN-064CSB-PW1-FJ is a type of backplane connector of this series designed for providing effective interconnection in harsh environment. This article will discuss about the applications and working principle of this connector.

Applications

DIN-064CSB-PW1-FJ connectors provide a robust connection solution in IEEE1394 applications, enabling error-free data communication at high data transfer rate. These high-density connections are suitable for highly integrated PCBs, where sockets are either installed directly on the PCB or mounted on a separate frame. The rugged design of the connector with small mating interface allows it to handle multiple blind mating cycles, making it well suited for vibration applications.

The exceptionally high-temp range of -55°C to +155°C of these connectors makes it one the most preferred choice in auto test and measurement systems. Being resistant to water and other chemicals, it is commonly employed in parking systems, agricultural machinery and robotic applications. It is also extensively used in industrial automation, defense systems, and submarine instrumentation.

Working Principle

The working of DIN-064CSB-PW1-FJ connector is based on the interfaces provided on its mating sides. It consists of two parts; the plug and receptacle, which are composed of mating components like blind mating posts, pin and socket contacts, ridge plates, shields, latches etc. The plug has insulation displacement connectors (IDC) which pierces through the insulation layer and approaches the contact to establish the signal connection. A female contact receptacle receives the IDC and makes physical contact with it after the latching. The contact between these two sides forms a tight mechanical connection and the compressive force created by this connection helps to conduct the current.

The insulation layer on the face plate is responsible for keeping the temperature within the desired range while maintaining the electrical connections. In addition, the ridge plate provided across the interface helps in removing dust or other particles from the contact surface, and performs the task of guiding the plug in its mating position. Latches, which are basically spring-loaded elements, provide a secure locking after the connection is established, preventing accidental disconnection.

The DIN-064CSB-PW1-FJ is designed for working at high current and data rates, and provides wide ground connections through shielding plates for appropriate isolation. The shielded design of the connector not only prevents EMI/RFI but also protects the critical components from any kind of damage. Another great feature of the connector is that it has provisions for dual shielding, i.e. an overall shielding layer in addition to contact specific shielding, by which it eliminates the undesirable crosstalk.

To sum up, DIN-064CSB-PW1-FJ is a high-performance backplane connector offering a dependable and reliable connection in extremely harsh environment conditions. Its rugged construction makes it a great choice for use in applications where timely and reliable connections are required.

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