326-83-157-41-001101

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Rectangular Connectors - Headers, Receptacles, Female Sockets, such as the 326-83-157-41-001101, can be used in a wide variety of applications ranging from billboards, cell phones, computers, and network cable. These connectors consist of a receptacle and a header, which are designed to fit together without much force to maintain a secure connection.

The 326-83-157-41-001101 is a type of female socket connector that is suitable for PCB-to-PCb applications, signal-grounding, inter-circuit isolation, and flexible connections with wire-to-board devices. It has a maximum current capacity of 2 amps and a mounting pattern of 55.55 mm for shallow and standard depths. The thread of the wire is 5 mm and the total coverage is up to 4.5mm which allows for locking into tight space constraints when used with a compatible header.

The most important aspects of these connectors are their low profile design, robust construction, and customizable design. To reduce weight and size, the designt makes use of advanced manufacturing processess and materials, such as phosphor bronze and stainless steel. The design also integrates parts, such as terminal blocks, springs, and pins, which are not easily visible and are made to handle a large range of applications such as high shock, vibration, and temperature fluctuations.

The 326-83-157-41-001101 has three working principles that are integral to its function, which include insulation, grounding, and power-sharing. Its insulation reduces the amount of current that can flow through the body of the socket, while its grounding ensures secure data transmission and electrical connections. Last, but not least, its power-sharing principle allows the connector to share excess power from one source to several devices connected to it.

In conclusion, the 326-83-157-41-001101 is a female socket connector that can fit into a broad range of applications. Its low profile design, robust construction, and customizable design make it a great choice for a variety of applications. Its three working principles of insulation, grounding, and power-sharing make it even more versatile. For these reasons, it is an ideal choice for PCB-to-PCB applications, signal-grounding, inter-circuit isolation, and flexible connections with wire-to-board devices.

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