5-146274-7

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Rectangular Connectors, namely Headers, Male Pins, are a kind of electric connectors with a ground plane that provides a wide range of contact options and unique features. Connections between two systems in a reliable and consistent way can be established with a minimum number of components. This kind of device utilizes redundant alignment pins to provide alignment with an extended level of accuracy, and also a higher capacity, robustness, and flexibility for applications.The 5-146274-7 is a type of rectangular connectors related to the Headers, Male Pins, and it is designed for board-to-board and wire-to-board applications. It offers differential parallelism, reduced intracavity restrictions, greater accuracy of fit, and higher cycle life than other common types of connectors. It utilizes redundant alignment pins to provide alignment with an extended level of accuracy, and also consist of two mating members with multiple parallel contacts that provide a reliable electrical connection. This device also features a corrosion-resistant plated surface and dual-pipe structure, which helps to reinforce the connectivity of the connectors and ensure good contact.This device has a wide range of applications, commonly used in telecommunications, computers, and other electronic devices. It is specifically suited for transmission between two components because of the robustness and the accuracy of the alignment pins. It is usually seen in the power grid, entertainment equipment, and digital control systems to transfer data. In addition, the device is ideal for high-speed transmission, such as the novel 5G technology. In terms of its working principle, the 5-146274-7 is a low-contact resistance technology. When the two members of the device are extruded, the parallel alignment pins pass through a guide mouth at both ends of the cavity. The alignment pins help the contact end of both members to align accurately and produce a reliable electrical connection. The positive contact prevents the sliding of the contact end and increases reliability and stability. During the connection, a special designed lattice-type elastic insert is adopted to press the contact end with a predetermined force, which further reduces contact resistance. In addition, a corrosion-resistant plated surface is used to prevent high-frequency oscillation and greatly decrease the transmission loss.

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