Pin socket connectors, also known as female header connectors, are electrical connectors used to mate with pin header connectors (male connectors). They consist of rows of receptacles or sockets that securely accommodate the pins from the male connector. Available in various configurations, including straight and right-angle types, they are adaptable in terms of the number of rows and sockets per row. Pin socket connectors are widely utilized in electronic devices for board-to-board or wire-to-board connections, particularly in printed circuit boards (PCBs) and electronic assemblies. They are essential for creating reliable, yet easily detachable, connections in a range of electronic applications.
Design | Rows of female sockets designed to mate with male pin headers |
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Pin Spacing | Typically matches pin header spacing, common spacing is 2.54mm (0.1 inch) |
Number of Sockets | Varies; can range from a few sockets to over 40 sockets per row |
Number of rows | Commonly single or double-row, but can have more rows for increased connectivity |
Mounting Type | Through-hole or surface mount options available |
Material | Pins are usually made of metal like brass or copper, often gold or tin-plated for conductivity |
Compatibility | Designed to mate with corresponding pin headers |
Applications | Used in PCBs, electronic components, computers, communication devices, etc. |
Durability | Suitable for permanent or semi-permanent connections, not designed for frequent disconnection |
Customization | Can be customized in terms of pin count, spacing, and arrangement |
Electrical Properties | Suitable for low to moderate power and signal transmission, varies based on design |
Pin socket connectors, often referred to as female header connectors or simply socket connectors, are a type of electrical connector used in electronics. They are designed to mate with pin header connectors (male connectors). Here are some key aspects of pin socket connectors:
Pin socket connectors are crucial in electronic design, offering a simple and effective way to achieve removable yet secure electrical connections in a variety of devices and systems.
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