In addition to serving as a fully-fledged PC, the Raspberry Pi is also perfectly suited as a programmable control center for electronics projects. With only a few components and the appropriate Python code, the mini computer becomes an electronics lab. From building a full-blown component tester to a simple oscilloscope, you learn to use the GPIO ports in a hands-on way.
Develop your own graphical output in Python for the results
In the process, you take a look under the hood and learn e.g. how to measure the port access time. In order to output the results, you use the graphical Tkinter library. With your new-found skills building your own GPIO projects will be a cinch!
Examples of the contents:
- Graphical programming with Tkinter
- Transistor switch
- Transistor control
- Frequency measurement
- Resistance measurement
- Capacity measurement
- Voltage measurement
- Oscilloscope
-Manual: Y
-Manual language: German, English
Features
-Theme: Engineering
-Recommended age (min): 14 yr(s)
"synopsis" may belong to another edition of this title.
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