201910-1

Series:	M
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Accessory Type:	Jackscrew Socket
For Use With/Related Products:	M Series
Specifications:	6-32 Single Thread

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Backplane Connectors - Accessories

Backplane connectors are typically used to connect multiple printed circuit boards together in form-factor installation packages. The backplane utilizes the standard model of physical space which is divided into grid patterns that are used to design the environmental containment for various computer system boards. These connectors create an efficient communications link between multiple system boards, so that they can exchange data more quickly and easily.

2019-10-1 Application Field and Working Principle

Backplane connectors are applied to a wide variety of electronic devices, from telecommunications equipment and networking hardware to industrial automation systems. In particular, backplane connectors are essential components in server racks, networking switches, and server chassis. When designing components and systems with backplane connectors, it is important to remember that there is a wide range of options available to meet the requirements of any application. Backplane connectors can be specified to meet various environmental conditions, including temperature, humidity, shock, and vibration. In addition, backplane connectors can be designed to support a variety of power, signal, ground, and other connection types. The working principle of a backplane connector is simple. When multiple printed circuit boards are connected via the backplane, they are placed in physical proximity to one another. This close proximity allows information to be quickly transferred from one board to another. The backplane connector’s contacts link up to the same circuits on each board, creating pathways for data transmission between the boards. Due to the hot-pluggable nature of most backplane connectors, existing systems can be easily upgraded and enhanced with additional boards, as desired. This flexibility makes backplane connectors an essential component for applications requiring dynamic scalability.Backplane connectors typically use a female-male connection type. A female connector is inserted into the male connector, providing an electrical connection between two boards. Some backplane connector systems use multiple backplane connectors to create a larger interface. For example, server racks often use multiple backplane connectors to connect the system boards. In addition to providing physical connections between boards, backplane connectors are used to power multiple boards. When multiple boards are connected, they share the same power supply, eliminating the need for individual power sources. This makes backplane connectors cost-effective, as the overall number of components required is reduced. Given their large range of applications, backplane connectors must be designed with reliability and durability in mind. Traditionally, backplane connectors are classed as dielectric, air, epoxy, or molded devices. Each of these materials provide unique insulation and shielding properties that are suitable for a particular environment and application. The interior components of backplane connectors are typically made of steel and/or aluminum. The contact pins are constructed of copper alloys, as this provides superior conductivity and corrosion resistance. Care must be taken in the selection of contact pins, as the electrical characteristics (e.g., resistance) of the pin must match the requirements of the application. Given their wide range of applications, backplane connectors offer a great deal of flexibility and scalability. By designing systems with backplane connectors, users can implement large numbers of boards without the hassle of wiring and rewiring components. In addition, the hot-plugging capability of backplane connectors ensure that systems can quickly be upgraded. As a result, these connectors are essential components in a variety of electronic devices.

Conclusion

Backplane connectors are commonly designed with female-male connections, air, epoxy, and molded dielectric components. With this wide range of options, these connectors are a cost-effective and reliable solution for connecting multiple printed circuit boards together in form-factor installations. In addition, backplane connectors provide the flexibility of hot-plugging, enabling users to expand and upgrade existing systems. As a result, they are essential components in a variety of electronic devices.

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