Pin header female square 5pcs #934

Description

A “pin header female square” likely refers to a square-shaped female connector or socket designed to receive male pins or connectors. This type of connector is commonly used in electronics and electrical applications for making secure and reliable connections between circuit boards, components, and devices. Here’s what you should know:

1. **Female Connector**: The “pin header female” is a female connector, meaning it’s designed to accept male pins or connectors, typically in the form of square or rectangular pins.

2. **Square Shape**: The term “square” indicates that the connector has a square or rectangular shape, as opposed to the more common rectangular or round-shaped connectors. The square shape may be designed to fit specific applications or to provide a distinctive form factor.

3. **Usage**: Pin header female connectors are commonly used in PCB (printed circuit board) applications for connecting components such as sensors, displays, and other modules to the main circuit board. They are also used in wiring harnesses and cable assemblies.

4. **Contact Arrangement**: These connectors come with a specific number of contacts (pins) arranged in rows and columns. The configuration and number of contacts may vary depending on the application and the specific connector type.

5. **Pitch**: The “pitch” refers to the distance between adjacent pins or contacts on the connector. It’s important to select a pin header female connector with the correct pitch to match the male pins or connectors you are using.

6. **Mounting Options**: Pin header female connectors may be available in various mounting options, including through-hole, surface mount, or panel mount, depending on the application and PCB type.

7. **Wire Termination**: Some pin header female connectors may include wire termination options, such as solder cups or crimp contacts, for connecting wires directly to the connector.

8. **Customization**: Manufacturers often provide customization options for pin header female connectors, allowing you to select the number of pins, contact plating, and other features that suit your specific needs.

These connectors come in a variety of sizes, configurations, and materials, so it’s essential to select the appropriate connector that matches your application’s requirements. When working with these connectors, pay attention to polarity and pin numbering to ensure proper connections.