2 Pieces Female Single Row Header Pin, 1.27mm Spacing

Description

What it is

Female single-row header pins are components used to electrically connect various devices and circuits. This specific article consists of two pieces of female single-row header pins with a pin spacing of 1.27mm, ideal for mounting on a protoboard or breadboard.

Features

• Pin spacing: 1.27mm
• Length of pieces: check the datasheet
• Number of connectors per piece: check the datasheet

What it is for

Female single-row header pins are useful for creating simple circuit prototypes and integrating components on a breadboard. They are ideal for beginners who want to easily and safely connect LEDs, resistors, and sensors.

Tutorial: How to Use Female Single-Row Header Pins

A single-row female header pin is a fundamental component for connecting electronic boards. Ideal for beginners who want to create simple circuits or integrate components on a breadboard.

What you need

• Connection between electronic boards
• Integration with the breadboard
• Prototype creation

Steps

1. Check the pin header compatibility with your devices.
2. Insert the pin header into the breadboard or in the desired position on the PCB.
3. Connect electronic components to the pin header according to your needs.
4. Verify the installation by checking that all connections are secure.

Mini project

Create a simple circuit prototype with an LED, resistor, and integrated sensors using the single-row female pin header.

Common mistakes

• Inserting the pin header into the breadboard in the wrong direction
• Connecting components without verifying the correct orientation
• Insufficient number of pins for the project

Recommended accessories

• Breadboard
• Jumper Cable M-M and F-F
• Variable Resistors
• LEDs in various colors

Frequently asked questions

What is the length of the pins?
Check the product datasheet.

Can I use this component with Arduino?
Yes, but make sure the pins are compatible with the Arduino in use.

How can I protect the header from accidental damage?
Use a small housing or insulating material to cover and protect the pins.