Crystal Clear Electronics 2
An innovative electronics curriculum with real-world examples and step-by-step instructions from basic mathematics to programming microcontrollers and basic control applications.
Publication of the English curriculum will start in May 2022.
Recommended for students and hobbyists, ideal for extracurricular courses or self study.
The list of chapters and the 27 engineer authors:
| 1. Number Representations, History of Microprocessors and Microcontrollers |
- Tamás Pepó |
| 2. Advanced Microcontroller Types, ARM Cortex Cores | - Máté Preinsperger |
| 3. Low-Level Programming in C Language, Process of Compilation |
- Zsolt Thamó |
| 4. STM Programming Environment: CubeIDE, ST-Link | - Szabolcs Hadarics |
| 5. Hardware Abstraction Layer | - Virág Erzsébet Szűcs |
| 6. Debugging and Analysis (JTAG és SWD) | - Tamás Horváth, Gergely Lágler |
| 7. I/O Ports of the Microcontroller | - Kristóf Csököly |
| 8. Serial Communication Lines Part I. - I2C, SPI |
- Béla Szabó |
| 9. Human-Machine Interface (7-Segment, Alphanumerical, Graphical Displays) |
- Dávid Kulcsár |
| 10. Serial Communication Lines Part II. - UART, CAN, USB |
- Dániel Csapó |
| 11. A-D Conversion | - Máté Trádler |
| 12. D-A Conversion | - Viktor Vincze, Gábor Baracsi |
| 13. Sensor Types and Their Applications | - Botond Csathó |
| 14. Calibration of Sensors | - Gergely Palotás |
| 15. Counter and Timer Units, WDT | - János Szalay |
| 16. Real Time Clock | - Gábor Kalmár |
| 17. Control of Motors | - Dániel Szabó |
| 18. P, PI, PD, PID Controllers | - Gergely Herángli |
| 19. Implementing Simple P and PI Controllers | - Ádám Szabó |
| 20. Power Requirements of Microcontrollers | - László Iványi |
| 21. Simple Real-Time Operating Systems | - Endre Szesztay |
| 22. Using a Real-Time Operating System (FreeRTOS) | - Csaba Apró |
| 23. File Systems, SD Card | - Szabolcs Veréb, Péter Buzás |
| 24. Complex Summary Application Using Examples From the Course Material |
- Péter Girgász |
