c Bot

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http://www.didel.com/ [email protected] www.didel.com/diduino/LearnCbotOptions.pdf LearnCbot – options The LearnCbot circuit is populated according to 3 educational objectives. The LearnCbot Arduino shield is compatible with all Arduino boards. It allows a thorough understanding of programming in C through a set of exercises that insist also on the realtime aspect: handling motors and sensors is the base of all applications. See Most Grove modules are too primitive, documentation is naive, but the concept is good. The LearnCbot card has 9 grove connectors, quite enough for testing Grove modules and future Didel sensor and display modules. The Kidule compatible LearnCbot is perfect for teaching C, as a transition between the motivating simple kidules used with beginners and robots with wheels and sensors not so easy to program. The breadboard LearnCbot option can be used with any microcontroller that provides access to 7 bidirectionnal pins (5 outputs, 2 inputs) – Pinguino, Raspberry, Arm, etc. Picture shows a MSP430 under the control of CSS or Energia on the LaunchPad. jdn 140121

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Learn Cbot

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Page 1: c Bot

http://www.didel.com/ [email protected]

www.didel.com/diduino/LearnCbotOptions.pdf

LearnCbot – options

The LearnCbot circuit is populated according to 3 educational objectives.

The LearnCbot Arduino shield is compatible with all Arduino boards. It allows a thorough understanding of programming in C through a set of exercises that insist also on the realtime aspect: handling motors and sensors is the base of all applications. See

Most Grove modules are too primitive, documentation is naive, but the concept is good. The LearnCbot card has 9 grove connectors, quite enough for testing Grove modules and future Didel sensor and display modules.

The Kidule compatible LearnCbot is perfect for teaching C, as a transition between the motivating simple kidules used with beginners and robots with wheels and sensors not so easy to program.

The breadboard LearnCbot option can be used with any microcontroller that provides access to 7 bidirectionnal pins (5 outputs, 2 inputs) – Pinguino, Raspberry, Arm, etc. Picture shows a MSP430 under the control of CSS or Energia on the LaunchPad.

jdn 140121