Introduction:

EDA cloud tools that are related to electronics are emerging exponentially in almost all aspects (i.e. simulation, PCB design, footprint creation, Gerber files viewing, and 3D PCB viewing). Even well-known desktop programs like EAGLE CAD and Altium are trying to compete in this field by making their own services or by acquiring others.

The EasyEDA website provides a great platform for creating custom electronic designs. In this tutorial, we will use EasyEDA to create a custom Arduino power supply shield. This shield will allow us to easily connect an external power source to our Arduino board. We will use a simple switch to control the power flow to the Arduino. This shield will be very useful when working with high-powered devices that require more current than the Arduino can provide on its own.

This course will provide you with everything you need to know about Microsoft Outlook. You will learn how to effectively use Outlook to manage your email, calendar, and contacts. In addition, you will learn how to customize Outlook to fit your specific needs. By the end of this course, you will be an Outlook master!

In this course, we will be using EasyEDA to design and build our own Arduino Power Supply Shield. This shield will allow us to power our Arduino from a variety of different power sources, including batteries, solar panels, and AC adapters. We will also learn how to use EasyEDA's powerful circuit simulation tools to test our design before we build it.

Why you should take this course?

• EDA is the best place to design your Arduino power supply shield

• Designing your own circuit board with EDA is fun, fast, easy, and inexpensive

• You can also simulate your design before you order boards. This saves time and money

• All the parts you need are on the EasyEDA website, including suppliers

• You can walk through tutorials or consult an expert for help in designing circuits

• There are 2D and 3D views of the PCB created for reference

• The 3D view lets you zoom in to see how small components fit together perfectly

• Ordering boards is quick and easy.

Web-based EDA tool suites like EasyEDA and Upverter are getting rapidly famous. These online tools offer some outstanding solutions for collaboration and provide some viable features for teams with financial limits like multi-layer PCB designing, while it costs a lot to buy a license for other EDA tools with a multi-layer feature, for example.

In this course, EasyEDA is going to be explained to live the experience of using this web-based tool. It’s not hypocritical to say that this tool is a very sophisticated tool that has everything you need to make your PCB in no time.

What You Will Learn In This Course:

• What is this platform and why are you should use it

• How to create a free account

• Interface explained in details

• How to get from idea to PCB design and order PCBs

• How to create a simple schematic and PCB design and get the 3D view

• How to create an Arduino power shield using this free platform and prepare it for manufacturing

• How to get the Gerber file

• How do use other people's designs and edit them for free

• How to order a PCB online and things to set before doing that.

• Tips and tricks for a great PCB design and manufacturing process

• How to create a component in case you can't find it in the online library.

• Tricks and tips about tracks, rules, exposed copper, board outline

• Schematic editor including NgSpice-based simulation, WaveForm viewer, and other common features.

• PCB layout editor including PCB photo viewer, Gerber viewer, scripts support, and other features.

• Library editor and manager.

• Integrated PCB fabrication and components purchase service.

• Team collaboration with good sharing capabilities.

Keep in mind, that this will be a step-by-step course to explain the general structure of this tool and to highlight the most important features.

This course will teach you how to build a power supply shield for your Arduino using EasyEDA. You'll learn how to select the right components for your project, how to solder them together, and how to test your work. By the end of this course, you'll have a working power supply shield that you can use in future projects.

Enroll Now!!