1. Cortex-M0 MCU Course Overview
3/6/2017
Richard Kuo
Assistant Professor

2. Cortex-M0 Learning Board
Nu-LB-NUC140

3. Cortex-M0 Development Board
NuTiny-SDK-NUC140
Cortex-M0 50MHz
128KB ROM, 16KB SRAM
Automotive
NuTiny-SDK-Nano102
Cortex-M0 32MHz
32KB ROM, 8KB SRAM
Low-Power
NuTiny-SDK-Mini54
Cortex-M0 50MHz
32KB ROM, 8KB SRAM
Industrial
NuDip-Mini58
Cortex-M0 50MHz
32KB ROM, 8KB SRAM
Industrial

4. MCU Peripheral Interfaces
UltraSound
Sensor
Infrared
Sensor
Temperature
Sensor TM
GPIO
ADC
UART
Bluetooth
PWM
DC-Servo
Motor
I2C
GPIO
SPI
Step Motor
RF 2.4GHz
3-axis Accelerometer
& 3-axis Gyroscope

5. 3rd Party Development Tools

6. Educational Resources
Tools
Keil MDK :
ICE for Keil USB Driver :
Nu-Link_Keil_Driver_V zip
Lecture :
Sample Code :
References : ,

7. Course Outline Lesson 1. MCU Overview & Introduction
Lesson 2. MCU SDK & Boards
Lesson 3. GPIO (General Purpose I/O)
Lesson 4. LCD (Liquid Crystal Display)
Lesson 5. Timer/WatchDog/RTC
Lesson 6. ADC (Analog-to-Digital)
Lesson 7. PWM (Pulse Width Modulation)
Lesson 8. UART (Universal Asynchronous Receiver/ Transmitter)
Lesson 9. I2C (Inter-Integrated Circuit) bus
Lesson 10. SPI (Serial Peripheral Interface)
Lesson 11. USB (Universal Serial Bus)
Lesson 12. CAN (Control Area Network)
Final Project Implementation & Report

8. Lesson 1. NuMicro MCU Course Overview
Appendix. Computer Science & Digital Electronics
1.1 MCU_Overview
Appendix. Nuvoton_MCU_Introduction

9. Lesson 2. MCU SDK & Boards 2.0 NuMicro_MCU_Learning_Board_Intro.ppt
2.1 NuMicro_SDK_&_Keil_MDK
2.1.1 NuMicro_MCU_Start_first_project
2.1.2 NuMicro_MCU_New_project_express_creation
2.1.3 NuMicro_MCU_New_project_from_scratch
2.2 NuMicro_MCU_Clocks_&_Pins

10. Lesson 3. General Purpose Input/Output
3.NuMicro_GPIO.ppt
GPIO Interface Introduction
Lab. LED control (GPIO_LED1, GPIO_RGBLED)
Lab. Buzzer control (GPIO_Buzzer)
Lab. GPIO Interrupt (GPIO_IRQ)
Lab. Keypad scanning (GPIO_Keypad)
Lab. Sensor input (GPIO_PIR)
Lab. Step Motor control (GPIO_Stepmotor)
Project : LED Cube 3x3x3
Project : Electronic Safe

11. Lesson 4. LCD display 4.NuMicro_LCD.ppt LCD Display Introduction
Exercise : Text Display
Lab. SPI interface to LCD (LCD_Text)
Lab. LCD Text with keypad (LCD_Keypad)
Exercise : Bitmap Display
Lab. LCD display Bitmap of Logo (LCD_Bmp)
Lab. LCD display Bitmap of Cartoon (LCD_Bmp_Cartoon)
Lab. LCD draw bitmap of object/icon (LCD_BmpDraw)
Lab. LCD move bitmap of object/icon (LCD_BmpMove)
Exercise : Graphics Drawing
Lab. LCD draw 2D graphics (LCD_Graph_2D)
Lab. LCD draw rotating line (LCD_Graph_LineRotation)
Lab. LCD draw sin/cosine waveform (LCD_Graph_SinCos)
Exercise : LCD Game Design (LCD_Game_Invader)
Project : LCD Games

12. Lesson 5.Timer/Watch-Dog Timer/RTC
5.NuMicro_Timer.ppt
Timer/WatchDog/RTC Introduction
Exercise Timers
Lab. Periodic mode (Timer_LED)
Lab. One timer Multiple counter (Timer_Counter)
Lab. One timer Multiple modes (Timer_LCD)
Exercise Timer Capture pin
Lab. Ultrasonic Sensor module (Timer_SR04)
Exercise Watch-Dog Timer
Lab. Watch-Dog Timer (WDT)
Exercise Real-Time Clock
Lab. Real Time Clock (RTC)
Project : Car Parking Sensor

13. Lesson 6. Analog-to-Digital Conversion
6.NuMicro_ADC.ppt
Analog-to-Digital Converter Introduction
Exercise : reading one channel
Lab. using ADC IRQ (ADC_IRQ)
Lab. To read a variable resistor (ADC_VR1)
Lab. To read a force sensor (ADC_VR1)
Lab. To read a photoresistor (ADC_VR1)
Lab. To read a thermistor (ADC_Thermistor)
Lab. To read a sensor module (ADC_MQ3 )
Exercise : reading multiple channels
Lab. Joystick (ADC_Joystick)
Project : Plant Care (using a garden sensor)

14. Lesson 7. Pulse Width Modulation
7.NuMicro_PWM.ppt
Exercise : PWM frequency output
Lab. Keypad to select tone to speaker (PWM_Tone_Keypad)
Lab. using PWM to generate music (PWM_Music)
Exercise : PWM control DC Servo Motor
Lab. PWM control angular DC servo (PWM_SG5010)
Lab. PWM control rotatory DC servo (PWM_DS04)
Project: Electric Piano
Project: Electrotherpy Device

15. Lesson 8. UART 8.NuMicro_UART.ppt UART Interface Introduction
Exercise UART transmitting & receiving
Lab. Loopback Test (UART_Loopback)
Lab. UART Receiver (UART)
Lab. Interfacing to Bluetooth module (UART_HC05)
Lab. Interfacing to WiFi module (UART_ESP8266)
Exercise : using Android App to control MCU
Lab. Android App write 8 bytes to MCU (proj_BT2RC)
Project : Bluetooth RC-Car

16. Lesson 9. I2C bus 9.NuMicro_I2C.ppt I2C Bus Introduction
Exercise : 3-axis accelerometer & gyroscope
Lab. I2C_MMA7455 (3-axis accelerometer )
Lab. I2C_L3G4200 (3-axis gyroscope)
Lab. I2C_MPU6050 (3-axis accelero+3-axis gyro)
Lab. I2C_MPU6050_tilt (tilt angle)
Exercise : barometer, temperature, luminance sensors
Lab. I2C_BMP085 (barometric pressure sensor)
Lab. I2C_HMC5883 (E-compass)
Lab. I2C_BH1750 (Light Sensor)
Project : IMU tilt angle control pingpong on LCD
L3G4200
MMA7455
MPU6050
BMP085
HMC5883
BH1750

17. Lesson 10. SPI (Serial Peripheral Interface)
10.NuMicor_SPI.ppt
Serial Peripheral Interface Introduction
Exercise : SPI LCD
Lab. SPI interface to LCD 128x64 (SPI_QC12864B)
Exercise : SPI Flash ROM
Lab. SPI read/write SPI Flash (SPI_Flash)
Lab. SPI & PDMA access SPI Flash (smpl_SPI2_Flash)
Exercise : RFID
Lab. RFID RC522 module (SPI_RC522)
Exercise : RF2.4GHz
Lab. NRF24L01 module (SPI_NRF24L01)
Project : RF2.4GHz Remote Control Receiver
LCD128x64
RC522 RFID Reader
nRF24L01

18. Lesson 11. USB (Universal Serial Bus)
11.NuMicro_USB.ppt
USB Introduciton
Exercise : USD HID
Lab. USB Virtual Comm (USBD_VCOM)
Lab. USB Keyboard (USBD_HID_Keyboard)
Lab. USB Mouse (USBD_HID_Mouse)
Lab. USB Gamepad (USBD_HID_Gamepad)

19. Lesson 12. CAN (Control Area Network)
12.NuMicro_CAN.ppt
CAN bus introduction
Exercises: CAN Bus Transmission
Lab. CAN_BasicMode
Lab. CAN_NormalMode
Lab. CAN_BasicMode_Keypad
Project : Elevator Control
OBD-II Introduction
ISO15765
SAE J1979

20. Student Projects Learning Board with Android Tablet
Line Follower Robot
Smart Parking System
Propeller Clock
Ping Pong
Tetris
Interactive Electronics version 2.0
Super Dog Feeder
Interfacing GSM