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.
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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 | - Gergő 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 |
