1410962-6

Series:	--
Packaging:	--
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Accessory Type:	Guide Pin
For Use With/Related Products:	VITA 41 Guide Module
Specifications:	M4 Thread

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Backplane Connectors - Accessories

1410962-6, also known as a backplane connector, is an electrical connector which connects a number of components to one another on the backplane of a computer system, server, or other electronic device. It is designed to ensure reliable high-speed data transmission between the linked components, typically including logic boards, communication interfaces, and storage devices.

Applications

Backplane connectors find applications in the computer industry for connecting multiple electronic components in a rear-plane architecture, including datacenters, mainframes, servers, storage systems, and embedded and industrial computers. They are also helpful in switching, routing, machine vision, semiconductor test and fabrication, data networks, and transmitting audio and video signals.

Connectors and Manner of Attachment

1410962-6 connectors consist of two parts: the connector assembly and the pin system. The pin system is typically composed of a male or female set of pins. The connection is made when the male pins enter the female counterparts, and the two pieces are fastened together.Many backplane connectors are equipped with screws, snap-together pins, pins-and-sockets, or other system components that ensure the two pieces of the connector are kept together. Some also feature clips that catch the two pieces when the pins are inserted. This helps reduce the connector’s snagging and ensure that the connection is securely formed.

Working Principle

In a backplane connection system, each connector consists of several pins and sockets that contact each other when the two pieces of the connector are fastened together. When the pins are in the correct positions, the electric current flows through the pins and underground paths in the backplane substrate. This creates a data/signal path for information to be transferred between the components. The current then flows through the backplane substrate and the appropriate components. A signal then passes from one component to the next through the pins on the backplane connector. This enables the data transfer between the components, which allows for the combination of multiple functions within a single system.

Durability

Backplane connectors are designed to withstand a wide range of conditions, including high temperatures, dust, shock, and vibration. They are also designed to last for many years without degradation in performance, ensuring a high level of reliability even in harsh environments such as datacenter and telecommunications systems. The connectors are made from durable materials such as metal, plastic, and composite materials, which not only make them resistant to wear and tear, but also help to reduce the risk of failure due to corrosion.

Pros and Cons

Backplane connectors offer many advantages over traditional solutions such as wires and cables. Their modular design allows them to be used in different architectures, and they can reduce the clutter in a system. Additionally, they are typically lighter and more compact than other electrical connectors, making them easier to install and use in constrained spaces.The major disadvantage of backplane connectors is that they are more expensive than other types of connectors and wiring. Moreover, they are usually more difficult to repair and replace due to complexity of the system.

Conclusion

1410962-6 connectors are highly versitile electrical connectors that are commonly used for connecting multiple components in a backplane architecture. They consist of two parts: a pin system and a connector assembly, and offer several advantages such as modular design, reduced clutter, and improved reliability. While more expensive than other types of connectors, backplane connectors are also much more durable, making them a great option for applications such as datacenters and telecommunications systems.

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