Pin Header 10pin

20.00

SKU: 000787 Categories: , , Tags: , ,

Description

10-pin header connector” or “10-pin header strip,” is a small electronic component used for connecting and interfacing various electronic devices or components. Here’s a description of a typical 10-pin header:

1. Physical Configuration: A 10-pin header consists of a plastic or nylon housing with ten evenly spaced holes or sockets. These holes are designed to receive the pins or leads of other components, such as jumper wires, cables, or other connectors.

2. Pin Count: As the name suggests, it has ten pins or connectors arranged in a single row. These pins are typically numbered consecutively from 1 to 10, allowing for easy identification and connection.

3. Pitch: The distance between adjacent pins is standardized and is typically 2.54 millimeters (0.1 inches). This spacing is known as “0.1-inch pitch” and is widely used in electronics for compatibility and ease of use.

4. Mounting: 10-pin headers can be mounted on printed circuit boards (PCBs) or other surfaces using through-hole soldering. They have long, straight pins that are inserted through holes in the PCB and soldered on the other side to provide a secure electrical and mechanical connection.

5. Versatility: 10-pin headers are versatile components used in a wide range of applications, including connecting sensors, displays, microcontrollers, and other electronic devices to a PCB or a breadboard.

6. Gender: Headers can be either male or female. A male header has pins that protrude out, while a female header has sockets that receive the male pins. The choice between male and female headers depends on the specific application and the components being connected.

7. Customization: Some 10-pin headers can be easily cut or snapped into smaller sections if you don’t need all ten pins. This allows you to create custom-sized headers to match your project’s requirements.

8. Color: Headers are often available in various colors, but the most common color is black. The color doesn’t affect the functionality but can be useful for organization and aesthetics in electronics projects.

9. Locking Mechanisms: Some headers come with locking or latching mechanisms to ensure a secure and stable connection between components.

10. Connectivity: Headers are used to establish electrical connections, making it possible to transmit signals, power, or data between different electronic components, which is essential in building circuits and electronic devices.

In electronics, headers are widely used for their ease of use and adaptability. They are frequently used in conjunction with jumper wires, ribbon cables, or connectors to create reliable connections between components in a wide range of applications, including prototyping, hobbyist projects, and professional electronics design.