DIN-048CSC-PSL-FJ

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Backplane connectors are PCBs designed to connect multiple printed circuit boards within a computer system. The DIN 41612 is one of the many standardized backplane connectors that are used in a wide range of applications. DIN-048CSC-PSL-FJ is a type of DIN 41612 connector with different structural characteristics and working principle from others. This article will introduce the application fields and working principle of the connector.

Application field

The DIN-048CSC-PSL-FJ is a DIN 41612 type of connector with 48 contact positions in the backplane plane and permits stacking in two rows. Even though it postures a limited amount of power, it\'s applications extends both in the consumer and industrial fields. In the consumer market it is used in DVD systems, game consoles, PC motherboards, cell phone chargers and also CCTV systems. In the industrial applications it is used for prototyping purposes where connections between a few boards are required, displaying up to 128 contacts.

Depending on the electrical and mechanical variation in the design and materials, these connectors are rated for operation voltage of up to 250 V AC/DC and a current capacity of up to 2.5 A. Moreover, the DIN-048CSC-PSL-FJ connectors are best suited for controlling signals and communication protocols.

Working Principle

The main purpose of the DIN-048CSC-PSL-FJ connectors is to produce reliable connections between circuit boards and other electronic components. They offer mechanical stability and electrical contact when connected and installed properly. The DIN-048CSC-PSL-FJ connectors consist of a contact, a conductor, and an insulator. The contact is the circuit board that connects to the other board. The conductor is the electrical connection, either through a copper trace on the board or a conductive cable, between the contact and other boards.

The insulator separates and protects the contact from short circuiting or touching against other boards. The contact is secured to the contact surface of the board with a series of screws or nuts and bolts. Pressure is exerted between the contact and the contact surface of the board and helps to create a tight fit and good electrical connection. For example, two DIN-048CSC-PSL-FJ connectors can be connected together using cable assemblies or screws. With the correct assembly, cable and contact, a secure electrical connection is achieved.

The DIN-048CSC-PSL-FJ connectors are durable and can withstand mechanical shocks and vibrations. Some of these connectors also allow for the insertion and removal of multiple contacts. This makes them even more versatile when dealing with complex electronics designs and multiple connections. In addition to using screws or bolts for the electrical connections, the connections can also be soldered for improved contact strength.

Conclusion

DIN 41612 connectors eliminate the need for a large, bulky switch board and are ideal for applications that need a robust connector to connect multiple boards together. The DIN-048CSC-PSL-FJ is an example of a DIN 41612 connector which offers both mechanical and electrical stability, and suitable for controlling signals and communication protocols. It has applications in both consumer and industrial fields and can be used to connect directly between two boards or with the use of cable assembly.

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