KiCad Schematic Tutorial

Learn to draw a circuit diagram in this KiCad schematic tutorial for beginners. Draw a 555 timer LED flasher circuit using free open source KiCad EDA software.

KiCad is an Electronic Design Automation (EDA) software package that can run on Windows, Linux and MAC OSX. Beginners in electronics may be interested in learning how to draw a circuit using this software package. The circuit diagram or schematic can then be exported for publishing on the web or in documents.

The image below shows KiCad running on a Windows computer with the circuit drawn in the tutorial.

KiCad Schematic Tutorial

KiCad Schematic Tutorial

Beginners in electronics may also like the blog post on how to read schematic or circuit diagrams for beginners.

Installing KiCad

KiCad can be installed on Windows, Linux and MAC OSX:

How to install KiCad in Windows is a short article on installing the newest version of KiCad on a Windows computer.

How to install KiCad in Linux is an article that shows how to install the latest version of KiCad on a Linux computer.

The KiCad download page has links for installing KiCad on OS X and Windows and various Linux distributions.

KiCad Schematic Tutorial for Beginners

The full KiCad schematic tutorial can be found on the Starting Electronics website.

The tutorial shows how to create a new project in KiCad, including how to create and name a project directory. A 555 timer flashing LED circuit is then drawn using the KiCad schematic editor called Eeschema.

You will learn how to zoom in and out of the circuit, scroll the schematic, place electronic part symbols, wire the circuit and annotate the circuit. These and more basic actions needed to draw and edit a schematic are included in the tutorial.

Finally the tutorial explains how to export a circuit diagram or schematic for publishing on the web or in a document.

Go to the KiCad Schematic Tutorial now →

 

Simple Raspberry PI Serial Port and Breakout Board

Add a RS232 serial port and GPIO breakout to your Raspberry PI using this simple single-sided circuit board that you can build at home.

To keep the design simple and easy to lay out on a single sided board, only 5 GPIO pins were connected to a socket strip – this is fine for initial experimentation. The serial port allows the Raspberry PI to be connected to a PC without the need to connect a keyboard and screen to the Raspberry PI.

Go to the article on the Raspberry PI serial port and breakout board to see the circuit diagram and source files in KiCad format.