[Computer Application Technology] 1.MCU Principles and Applications
#ICT# #IOT#

Lesson Code: TCEN2024G021

Clicks:
Academic Hours
4.50hours
Publish Date
Dec 2024

Lecturer

1. Lecturer QIN WeijuanNo. 3 Vocational Technical School of Nanning

2. Lecturer QIN ZhenhaoNo. 3 Vocational Technical School of Nanning

3. Lecturer LIANG XianwenNo. 3 Vocational Technical School of Nanning

General Introduction
This course is dedicated to cultivating trainees' ability to apply microcontroller units (MCUs). It focuses on imparting knowledge and skills related to MCU system development,
programming, and applications, enabling trainees to master application concepts and practical methods of MCUs in various electronic devices.

This Course is for
# Helping trainees master the principles of microcontrollers and hardware circuit design
# Developing trainees with engineering thinking and establishing a systematic perspective
# Enabling trainees to acquire programming, debugging, and system development skills
# Inspiring innovation and the ability to propose new ideas and solutions, enhancing comprehensive skills and practical abilities, and laying a foundation for further study and work in related fields

Learning Materials

1.Corresponding PPT
2.Online Course Video
3.Simulation Question Tanks

Recognized By

Benefits of Learning

# Knowing how to be familiar with the internal structure and pin functions of microcontrollers, with the ability to accurately perform circuit connection and design.
# Capable of mastering programming languages such as C or assembly language, allowing efficient programming for microcontroller control.
# Capable of possessing strong debugging skills, with the ability to quickly locate and resolve issues using tools like oscilloscopes and logic analyzers.
# Knowing how to demonstrate good innovative thinking, and the ability to flexibly apply microcontroller technology to develop new functions according to different application scenarios, meeting diverse needs.

Courses Videos
1.1 MCU Principles and Applicationsplay1.2 The Minimum System of an MCUplay1.3 Common Terms in Computingplay1.4 Basics of C51 for MCUsplay1.5 Using Keil uVision5play1.6 Using the Proteus Simulation Softwareplay2.1 Lighting Up an LEDplay2.2 Delayed Flashing of LEDsplay2.3 Design of Water Lamp Circuitsplay2.4 Design of Traffic Light Control Circuitsplay3.1 Design of Independent Control for LEDs with Buttonsplay3.2 Design of Stage Lighting Controlplay3.3 Interrupt System of MCUsplay3.4 Timer/Counterplay3.5 Applications of the Timer/Counterplay3.6 External Interruptsplay4.1 Static Display of a Single Digit on a Displayplay4.2 Countdown Display from 9 to 0 on the Displaysplay4.3 Dual-key Control of Displaying Different Numbers on a Single Displayplay4.4 Use a Timer to Achieve a 1-second Sequential Display from 0 to 9play4.5 Recognition of Matrix Keyboardsplay4.6 Control a Single Display Output with a Matrix Keyboardplay5.1 8-Digit Display Dynamic Scanningplay5.2 Calculation and Display of Secondsplay5.3 Dynamic Refresh Display of Numbersplay5.4 Calculation and Display of Hours, Minutes, and Secondsplay5.5 Button Adjustment of the Digital Clock Timeplay5.6 Implementation of Alarm Clock Functionalityplay5.7 Implementation of the Alarm Clock Sound Functionplay6.1 Basics of LED Dot Matrixplay6.2 Showing Numbers on an 8x8 Dot-Matrix Displayplay6.3 Showing Chinese Characters on a 16x16 Dot-Matrix Displayplay6.4 Showing Multiple Chinese Characters or Graphics on a Dot-Matrix DisplayplayCourse Overviewplay

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