Arduino Projects (Paperback) (ISBN-13: 9781704770987)

For the Arduino programmer that wants great projects. Learn to work with sensors and motors. Step by step projects that take you to the next level of understanding. The Arduino platform is a wonderful tool for learning the capabilities of computers. Adding sensors, remote control and of course various motors. Projects range from reading writing to SD (Secure Digital) cards to a simple calculator. Move at your own pace. A pretty complete list of materials used in the projects is included. All the projects use either the Arduino Uno or Nano. Other Arduino platforms could be used with appropriate changes.The Arduino system is a fantasist prototyping tool. The Arduino IDE (Integrated Development Environment) is a free download. The IDE provides libraries that greatly simply programing. There are examples included with the IDE that help you get projects rolling. This book takes you to a new level with projects that combine many of the capabilities of the Arduino coupled with the vast array of sensors available on the open market. This book project list includes temperature, moisture level, infrared control, Bluetooth, motors (stepper, DC, servo), pumps, GPS, SD to name a few. Over 30 projects. Even a project to develop an application for your Android phone that controls a robot.Complete Arduino projects for Uno and Nano. The wiring diagrams and printed source code are shown. More than 30 projects ranging from beginner to more advanced. Starter projects include programming a calculator, reading voltage and temperature. More advanced projects including robot remote control using infrared, radio and Bluetooth. Motor instructions include DC, servo and stepper. For the more advanced user writing to SD and logging GPS readings for plotting your travel route on to a map.

Author: Herb Norbom
ISBN-10: 170477098X
ISBN-13: 9781704770987
Publisher: Independently Published
Language: English
Published: 11/30/2019
Pages: 118
Format: Paperback
Weight: 0.64lbs
Size: 11.00h x 8.50w x 0.25d