Make Your Own Arduino Shield

Make Your Own Arduino Shield using More than 5 Software: Fritizing, Circuit maker, Easy Eda and Eagle Software.

What you'll learn:

• Create and design a custom Arduino Shield
• Draw schematic of Your Specialized Arduino Shield and wire components
• Create your own custom components and component library
• Compile design detect and eliminate design errors
• Define board shape and size
• Auto route to speed up the routing process
• Route Arduino Shield Printed Circuit Board (PCB)
• Eliminate errors and reduce manufacturing board iterations by Using design rule checker

>>> Make Your Own Arduino Shield using More than 5 Software: Fritizing, Circuit maker, Easy Eda and Eagle Software.

Welcome to this course.

What is this course about:

In This courseyou will learn from start to finish, from zero to production readyon how to designcustom Arduino Shield Printed Circuit Board . It will help you to improve your PCB design skills which will help you to get started freelancing or to get a job in Arduino and PCB design.

Why you should take this course?

• Learn about Arduino and learn how to build your own shield

• Easy-to-follow video lectures

• Learn more than 5 software for designing and creating Arduino Shield

• Practical design course

• Learn how to build an Arduino Shield with Make Your Own Arduino Shield course!

• You will also learn about Arduino and the components used to make it work.

• There are easy-to-follow video lectures that will teach you the basics of electronics, how to create schematics, PCB layout, Eagle CAD software programming, Fritzing prototyping tools, Easy EDA circuit simulation software, Circuit Maker prototype board fabrication tools.

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What you should expect after taking this course:

• Get started PCB design using More than 5 Software.

• Download and install Different Circuit design software.

• Create your own shield so that you can create your specialized Arduino Shield that fits your needs.

• Create the Arduino Shield Schematic

• Wiring components in Schematic view.

• Transfer schematic into PCB.

• Place components on board.

• Create a multilayer board.

• Route layers and place components on board.

• Autorouteto save time.

• Eliminate design errors.

• Create Gerber files foryour manufacturer.