After training, trainees are able to: 1. Control the signals of low voltage for e-plant. 2. Design the fundamental electric control circuit loops. 3. Select the adequate electrical and control components. 4. Measure the data for voltage, current, resistance, and power. 5. Program the single-chip controllers. 6. Design the systems based on the single-chip controllers. 7. Describe the theories of classic control, adaptive control, and modern control. 8. Design the PID control systems. 9. Understand the ways for DSP control. 10. Design the signal and control interfaces.
After training, trainees are able to: 1. Control the signals of low voltage for e-plant. 2. Design the fundamental electric control circuit loops. 3. Select the adequate electrical and control compon
Trainees are able to: 1. Use the principles of mechanism design and integrated approaches to the mechanical transmission system design, such as the mechanism designs for the conversion of circular mo
Trainees are able to: 1. Use the principles of mechanism design and integrated approaches to the mechanical transmission system design, such as the mechanism designs for the conversion of circular mo
1. Training Manual The training manual describes the details for each module, such as the structures, the function relationships, and the applications. From studying the manual, the trainees are able
1. Training Manual The training manual describes the details for each module, such as the structures, the function relationships, and the applications. From studying the manual, the trainees are able
1.Training Manual 1. Training Manual The training manual describes the details for each module, such as the structures, the function relationships, and the applications. From studying the manual, the
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