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This course requires students to have a foundation in C language programming. In the course, ARM microcontrollers (single-chip computers) and embedded systems are gradually explained. The teaching is arranged for practice and encourages hands-on practice and free innovation. It is suitable for undergraduate students and those who want to participate in scientific and technological activities. By.
Chapters
Chapter 1：Course Overview (22 minutes and 26 seconds)
Chapter 2：How to learn embedded systems well (16 minutes and 58 seconds)
Chapter 3：Basic concepts and development history of computers (24 minutes and 10 seconds)
Chapter 4：From transistor to CPU (33 minutes and 4 seconds)
Chapter 5：Concept CPU, Microcontroller MCU and Embedded Systems (14 minutes and 56 seconds)
Chapter 6：Gossip Computer History (14 minutes and 47 seconds)
Chapter 7：Embedded systems in different fields and series (11 minutes and 19 seconds)
Chapter 8：ARM History and MKL25Z128 MCU (21 minutes and 8 seconds)
Chapter 9：Basic structure and operating mechanism of CPU (27 minutes and 40 seconds)
Chapter 10：Stack concept (23 minutes and 5 seconds)
Chapter 11：Stack Concept - Mind Gymnastics (15 minutes and 34 seconds)
Chapter 12：ARM architecture (14 minutes and 43 seconds)
Chapter 13：ARM's architecture - mental gymnastics (17 minutes and 5 seconds)
Chapter 14：The concept and mechanism of interruption (20 minutes and 7 seconds)
Chapter 15：The concept and programming of interrupt subroutine (16 minutes and 47 seconds)
Chapter 16：reset, clock, memory and bus (20 minutes and 14 seconds)
Chapter 17：Summary: The overall structure and program running mechanism of MCU (15 minutes and 12 seconds)
Chapter 18：The first peripheral: IO (17 minutes and 36 seconds)
Chapter 19：Practical programming of IO peripherals-lighting LED (21 minutes and 4 seconds)
Chapter 20：Advanced knowledge of IO peripherals (15 minutes and 34 seconds)
Chapter 21：Basic concepts and tool chains of embedded development (24 minutes and 11 seconds)
Chapter 22：Advanced knowledge of embedded development (20 minutes and 20 seconds)
Chapter 23：C language in embedded development (Part 1) (25 minutes and 43 seconds)
Chapter 24：C language in embedded development (Part 2) (29 minutes and 43 seconds)
Chapter 25：Overview of ARM Microcontroller Peripheral Learning (5 minutes and 24 seconds)
Chapter 26：ARM Microcontroller Peripherals: Communications (16 minutes and 47 seconds)
Chapter 27：ARM microcontroller peripherals: The principle of asynchronous serial communication UART (Part 1) (19 minutes and 1 seconds)
Chapter 28：ARM microcontroller peripherals: The principle of asynchronous serial communication UART (Part 2) (20 minutes and 47 seconds)
Chapter 29：ARM microcontroller peripherals: RS-232 serial port and USB virtual serial port (11 minutes and 46 seconds)
Chapter 30：ARM microcontroller peripherals: UART register programming (Part 1) (12 minutes and 3 seconds)
Chapter 31：ARM microcontroller peripherals: UART register programming (Part 2) (23 minutes and 46 seconds)
Chapter 32：ARM microcontroller peripherals: IO interrupt programming (Part 1) (19 minutes and 1 seconds)
Chapter 33：ARM microcontroller peripherals: IO interrupt programming (Part 2) (17 minutes and 1 seconds)
Chapter 34：ARM Microcontroller Peripherals: The Principle of Timers (16 minutes and 21 seconds)
Chapter 35：ARM Microcontroller Peripherals: Programming Timers (13 minutes and 55 seconds)
Chapter 36：ARM Microcontroller Peripherals: Principles of PWM (15 minutes and 14 seconds)
Chapter 37：ARM Microcontroller Peripherals: PWM Registers and Programming (13 minutes and 15 seconds)
Chapter 38：ARM Microcontroller Peripherals: PWM Programming Example—Electronic Music (14 minutes and 30 seconds)
Chapter 39：ARM Microcontroller Peripherals: Introduction to SPI Communication (22 minutes and 24 seconds)
Chapter 40：ARM Microcontroller Peripherals: SPI Registers and Programming (14 minutes and 14 seconds)
Chapter 41：ARM microcontroller peripherals: SPI programming example—OLED display driver (22 minutes and 15 seconds)
Chapter 42：ARM Microcontroller Peripherals: Introduction to I2C Communications (19 minutes and 40 seconds)
Chapter 43：ARM microcontroller peripherals: I2C communication protocol (23 minutes and 55 seconds)
Chapter 44：ARM Microcontroller Peripherals: I2C Registers and Programming (16 minutes and 22 seconds)
Chapter 45：ARM Microcontroller Peripherals: I2C Programming Example—Acceleration Sensor (9 minutes and 48 seconds)
Chapter 46：ARM Microcontroller Peripherals: An Introduction to ADCs (26 minutes and 33 seconds)
Chapter 47：ARM Microcontroller Peripherals: ADC Basics (14 minutes and 20 seconds)
Chapter 48：ARM Microcontroller Peripherals: ADC Registers and Programming (20 minutes and 22 seconds)
Chapter 49：Embedded system interface and design (14 minutes and 12 seconds)
Chapter 50：Examples of embedded systems (12 minutes and 19 seconds)
Chapter 51：Preliminary understanding of the experimental zero development board and installation of the tool chain (11 minutes and 46 seconds)
Chapter 52：Compilation and downloading of a routine for experimental zero experience (14 minutes and 43 seconds)
Chapter 53：Experiment Zero writes the first program: lighting up the core board LED (9 minutes and 56 seconds)
Chapter 54：Experiment with some light tips (20 minutes and 19 seconds)
Chapter 55：Experiment 2 UART programming practice (21 minutes and 26 seconds)
Chapter 56：Experiment 3 timer interrupt programming practice (7 minutes and 15 seconds)
Chapter 57：Experimental four-nixie tube display programming practice (17 minutes and 10 seconds)
Chapter 58：Experiment 5 ADC programming practice (11 minutes and 16 seconds)
Chapter 59：Challenge experiment (12 minutes and 18 seconds)
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