[Smart Agricultural Technology] 3.Comprehensive Design and Manufacture of Electronic Products
#ICT# #IOT#

Lesson Code: TCEN2025H004

Clicks:
Academic Hours
5.80hours
Publish Date
Mar 2025

Lecturer

1. Lecturer ZHU XueqiongGuangxi Mechanical and Electrical Engineering School

2. Lecturer ZHAO RongGuangxi Mechanical and Electrical Engineering School

3. Lecturer YANG XiaodongGuangxi Mechanical and Electrical Engineering School

4. Lecturer MENG NanGuangxi Mechanical and Electrical Engineering School

5. Lecturer HUANG HuangGuangxi Mechanical and Electrical Engineering School

6. Lecturer HUANG JianningGuangxi Mechanical and Electrical Engineering School

7. Lecturer LIU TongGuangxi Mechanical and Electrical Engineering School

8. Lecturer LIU BiaozhengGuangxi Mechanical and Electrical Engineering School

9. Lecturer CHENG WanxianGuangxi Mechanical and Electrical Engineering School

10. Lecturer WU YongqianGuangxi Mechanical and Electrical Engineering School

General Introduction
This course serves as a core course for electronic information-related majors. It integrates multidisciplinary knowledge such as digital circuits, analog circuits, soldering, drawing, and simulation into smart home system projects.
This course enables trainees to deeply understand the techniques of interdisciplinary knowledge application, progressively building a relatively comprehensive framework of knowledge systems.

This Course is for
# Enabling trainees to proficiently use common electrical and electronic tools and develop the ability to interpret electronic schematics.
# Helping trainees master the use of software for PCB design and circuit simulation.
# Strengthening trainees' abilities in electronic circuit design and analysis of circuit operating principles.

Learning Materials

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

Recognized By

Benefits of Learning

# Being able to use electronic instruments and tools such as multimeters and soldering irons.
# Capable of using Multisim simulation software.
# Knowing how to be proficient in operating Altium Designer 16 drawing software.
# Knowing how to interpret circuit diagrams.
# Being able to assemble circuits based on circuit diagrams.
# Capable of troubleshooting faults based on observed failure phenomena.

Courses Videos
Course Introduction.mp4play1.1 Schematic Diagram and Component Selection of DC Regulated Power Supply.mp4play1.2 Simulation Verification of DC Regulated Power Supply Circuit.mp4play1.3 PCB Drawing of DC Regulated Power Supply Circuit.mp4play1.4 Soldering Preparation for DC Regulated Power Supply Circuit.mp4play1.5 Soldering of DC Regulated Power Supply Circuit.mp4play1.6 Soldering of DC Regulated Power Supply Circuit.mp4play2.1 Schematic Diagram and Component Selection of the Simulated Exhaust Fan Circuit.mp4play2.2 Simulation Verification of Simulated Exhaust Fan Circuit.mp4play2.3 The Drawing of PCB Diagram for Simulated Exhaust Fan Circuit.mp4play2.4 Preparations for the Soldering of the Simulated Exhaust Fan Circuit.mp4play2.5 The Soldering of the Simulated Exhaust Fan Circuit.mp4play2.6 Testing and Debugging of Simulated Exhaust Fan Circuit.mp4play3.1 Schematic Diagram and Component Selection of Combustible Gas Detection.mp4play3.2 Simulation Experiment on the Combustible Gas Detection Circuits.mp4play3.3 Drawing of PCB Diagram for Combustible Gas Detection Circuits.mp4play3.4 Preparations for the Soldering of Combustible Gas Detection Circuits.mp4play3.5 Soldering of Combustible Gas Detection Circuits.mp4play3.6 Debugging of Combustible Gas Detection Circuits.mp4play4.1 Schematic Diagram and Component Selection of Sound and Light Alarm.mp4play4.2 Simulation Verification of Sound and Light Alarm Circuit.mp4play4.3 PCB Drawing of Sound and Light Alarm Circuit.mp4play4.4 Soldering Preparation for Sound and Light Alarm Circuit.mp4play4.5 Soldering of Sound and Light Alarm Circuit.mp4play4.6 Debugging of Sound and Light Alarm Circuit.mp4play5.1 Schematic Diagram and Component Selection of Human Body Infrared Detection.mp4play5.2 Simulation Verification of Human Body Infrared Detection Circuit.mp4play5.3 PCB Drawing of Human Body Infrared Detection Circuit.mp4play5.4 Soldering Preparation for Human Body Infrared Detection Circuit.mp4play5.5 Soldering of Human Body Infrared Detection Circuit.mp4play5.6 Debugging of Human Body Infrared Detection Circuit.mp4play6.2 Simulation Verification of Microcontroller Main Control Module Circuit.mp4play6.3 PCB Drawing of Microcontroller Main Control Module Circuit.mp4play6.4 Soldering Preparation for Microcontroller Main Control Module Circuit.mp4play6.5 Soldering of Microcontroller Main Control Module Circuit.mp4play6.6 Debugging of Microcontroller Main Control Module Circuit.mp4play

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