The main line of this course is the application of electronic circuit technology in the smart agriculture industry, and the course content is integrated into four projects. In the face of food safety, the fruit and vegetable pesticide analyzer is introduced into DC regulated power supply; From the national double high "animal husbandry and veterinary" professional group construction into the electronic stethoscope; The non-destructive quality testing of local agricultural products "Rose orange" was introduced into the amplifier circuit. In response to the "Belt and Road" Initiative, smart photovoltaic agricultural weather stations were introduced by Sri Lanka's digital village construction. In teaching, with typical smart agricultural products as the carrier, project task as the driver, mission as the inspiration, ability training as the path, online and offline as the way, professional ability as the goal, to provide teaching support and route guidance for electronic information talents to help rural revitalization, and actively fill the gap of "electronic technology + modern agricultural application" project-based courses. We will actively support the training of talents in rural areas, rural areas and farmers, and building momentum for rural revitalization.
Analysis and Application of Electronic Circuits in Smart Agriculture
Chongqing Three Gorges Vocational College via XuetangX
Overview
Syllabus
- Item 1 Analysis and application of DC regulated power supply in fruit and vegetable pesticide residue detector
- Task 1 Understanding of pesticide residue detector for fruits and vegetables
- Task 2 Principle and simulation of diode rectifier circuit
- Task 3 Principle and simulation of filter voltage regulator circuit
- Task 4 Analysis and application of DC regulated power supply
- Task 5 DC regulated power supply connection troubleshooting
- Task 6 Evaluation of project results sharing
- Item 1 test
- Item 2 Analysis and application of simple electronic stethoscope circuit
- Task 1 Understanding of simple electronic stethoscope
- Task 2 Triode basic characteristics with pin test
- Task 3 Principle and simulation of triode switching circuit
- Task 4 Fabrication and debugging of simple electronic stethoscope circuit
- Task 5 Electronic stethoscope circuit debugging
- Item 2 test
- Item 3 Analysis and application of amplifying circuit in fruit quality nondestructive testing system
- Task 1 Understanding of fruit quality nondestructive testing
- Task 2 Analysis and application of differential amplifier circuit
- Task 3 Analysis and application of negative feedback amplifier circuit and complementary symmetrical power amplifier circuit
- Task 4 Make and debug the amplifier circuit
- Task 5 Amplifier circuit debugging
- Item 3 test
- Item 4 Analysis and application of intelligent sun tracking controller in photovoltaic agricultural meteorological station
- Task1 Understanding of intelligent sun-tracking controller in photovoltaic agricultural meteorological station
- Task 2 Basic knowledge of integrated operational amplifiers
- Task 3 Analysis of subtractive amplification circuit
- Task 4 Application of subtraction amplifier circuit
- Task 5 Analysis of voltage comparison circuits
- Task 6 Application of voltage comparison circuit
- Task 7 Intelligent sun tracking controller joint debugging and troubleshooting
- Item 4 test
- Final Exam
Taught by
Lang Lang, Xie Hong, Ran Yong, Qin Fengyuan, Chen Xiaoqin, Gong Shengli, and Qian Wei