535875-2

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Backplane connector systems are enormous time-saving devices that allow for fast and efficient data transmissions between different data devices, as well as the connections required to form networks between those devices. The 535875-2 backplane connector system is a common variant in industry. This article takes at look at the application field and underlying working principle of the 535875-2 connector.

Applications

Backplane interconnects provide high-quality power sharing within a variety of systems, in market areas such as the industrial, automotive, medical, military and communications industries. The applications of the 535875-2 connector are far-ranging, however it is best suited for to medium and high-end embedded systems where fast and reliable data transfer is necessary. The 535875-2 connector can be used in many situations, including:

• Data communications networks
• High-speed data buses
• Controlling electrical and mechanical systems in factories and buildings
• Equipment in telecom, medical and military applications
• Industrial and embedded automation platforms

In addition to its various uses, the 535875-2 connector is both lightweight and compact in size, making it a suitable choice for applications in environments where space is at a premium.

Working Principle

The 535875-2 connector is a backplane system consisting of a series of contacts that are electronically connected and physically bound by a dielectric core or housing. This forms a multi-layered interconnect system with a built-in array of high-speed signal contacts that share voltages in parallel and transmit power in series. The connector is comprised of a rear insertion receptacle, called a backplane, and a complementary socket, or board.

The backplane has four rows of contacts each providing 18 contacts, with a pitch of 0.635 mm. The small pitch allows the connector to fit in tight areas and have a variety of applications in different industries. The board receptacle has a different number of contacts with both vertical and horizontal kind of receptacles available. Vertical boards are more stable as they have guides which support the board and have less misalignment.

The working principle of the 535875-2 connector is based on a common electrical contact system called a multi-part contact system. It is designed to direct electrical current flow from the board to the backplane along multiple pathways. This means that larger currents can flow without disruption, providing higher speeds of data transmission and ensuring the maintenance of a high quality of signal.

The 535875-2 connector’s unique design provides a high-speed data transmission up to 5 Gbps, with sequence rates of up to 2.5 Gbps. This speed can also be achieved with higher signal-to-noise ratios, allowing for a more reliable and efficient data connection. As discussed, the 535875-2 connector also provides power sharing between the board and the backplane, enabling simultaneous operation of multiple devices. The connector is designed for a robust and reliable performance with low electrical crosstalk, as well as an excellent mechanical performance with a high number of mating cycles.

Conclusion

Backplane connectors are becoming increasingly popular with their compact design and high-speed data transmission capabilities. The 535875-2 backplane connector is ideal for a wide range of applications, providing robust, reliable performance with speeds of up to 5 Gbps and low electrical crosstalk. With its shared voltage and power supplies, the 535875-2 connector is a popular choice for industrial, automotive, medical, military and communications sectors alike.

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