2143272-1

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The 2143272-1 is a specialized backplane connector that is used for high speed communications applications. It is a popular choice for data centers, network equipment, telecom and telecom equipment, and computer equipment. It is also used in many industrial applications.

The 2143272-1 backplane connector offers high-density connectivity for applications that require high-speed communications and high levels of reliability. It is designed to carry signals over high-speed, low-noise, and secure data channels. This connector is often used for Ethernet, Fibre Channel, and Serial Attached SCSI (SAS) applications.

The 2143272-1 connector has an angled, modular design that is easy to configure and install. It is available in a variety of configurations, including copper and fiber types. The connector is also compatible with many popular boards and system architectures. It can be used to connect two circuit boards, backplanes, systems, or appliances.

The working principle of the connector is based on signal integrity. Most 2143272-1 connectors are designed so that their signal integrity can meet or exceed certain industry standards for noise, interfering signals, and power requirements. The connectors offer enhanced signal integrity by providing an environment free from any EMI/RFI interference. In addition, the connector has a low-profile design that guarantees a high-speed signal transmission rate.

The 2143272-1 connector is also designed with four or three conductors to ensure higher levels of electrical isolation. The increased electrical isolation helps protect connected circuits from EMI/RFI that could cause interference. or even cause data errors. Depending on the application, this connector is available in various board-to-board configurations to accommodate different types of circuits.

The 2143272-1 connector is a reliable and cost-efficient option for high speed applications. Its high flex life ensures that it will last for years, while its wide compatibility ensures that it will work with most popular systems and architectures. The 8P8C configuration also helps reduce installation time by avoiding the need for complex wiring systems. Finally, the connector is designed to meet important industry standards and requirements.

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