Some code related to (very) basic electric circuit lab with Arduino board
It's April 2020, the world is fighting against the spread of covid-19. As a consequence all laboratory activities in schools/universities are stopped.
To lower distances with students, in this repository I'm going to summarize some activities that can be performed at home with a low cost Arduino kit. All experiments are very basilar and related to a specific aspect of basic circuit theory. The main aim is to touch with hands concepts that would remain otherwise too abstract.
Each experience is accompanied by a YouTube video (Italian language only).
Currently, the following activities are present:
- Open a Serial Communication with the Arduino board using the Serial Monitor integrated in the Arduino IDE and with Python (Python 3).
-->link to rev. 2 (old version) - Acquisition of an electric voltage. This is done using the application of a voltage divider.
-->link - Measurement of an equivalent resistance.
-->link - Thévenin's theorem: computation and experimental validation.
-->link - Superposition principle: computation and experimental validation.
-->link - Maximum power transfer: experimental validation.
-->link - Circuits in time domain: the RC circuit.
-->link