17011542219

Backplane Connectors are connectors that provide power and communication between the various upwardly-mounted subsystems of a computer or other electronic system. The connectors come in a variety of styles, some of which include Hard Metric, Standard, 17011542219 and so on.

At the Hard Metric level, the Backplane Connectors feature an array of independent low-profile sockets that are all configured to accept compatible plugs, which can be a variety of different shapes and sizes. The Hard Metric connectors are characterized by their durability and excellent electromagnetic shielding, so they are well suited for use in mission-critical applications. The Hard Metric connectors also reduce noise and deliver maximum data transfer rates.

Moving into the next standard type of Backplane Connectors: 17011542219. This type of Backplane Connector features a single integrated socket which is designed for use with double-sided and surface-mount applications. It is known for its superior shielding interference, and its ability to transfer high-powered currents. The 17011542219\'s low profile and flat mounting ensures that the connector fits easily into the chassis of systems with limited space.

Last but not least is the Standard Backplane Connectors, which is one of the most common forms of Backplane Connectors. Standard Connectors can be either male or female, and are typically composed of three or four pins arranged in a common pattern. The Standard Connectors have the advantage of being widely available and reliable, and have been used in a variety of electronic boards, from motherboards to instrumentation boards in industrial applications.

No matter which type of Backplane Connector is chosen, the job of providing power and communication between subsystems is an important one. As research into new materials and technologies continues, new and improved Backplane Connectors with improved power efficiency, lower electromagnetic interference (EMI) shielding, and even dustproof designs may become available, making them even more suited for use in a variety of applications.