Data Conversion: Data domain, digitalization. A/D and D/A conversion. Real time data processing: peripheral adaptors (synchronous and asynchronous). Inputs and output operations. Addressable switches. Data storage. Microprocessor based systems: sequence control three term controllers switching implementation motor position and speed control.
M.Sc. in Electrical and Control Engineering
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| content serial | Description |
|---|---|
| 1 | Data types and signal conditioning. |
| 2 | Digitalization and digital fundamentals. |
| 3 | Digital control system and Data Acquisition system. |
| 4 | Introduction to Digital Signal Processor (DSP). |
| 5 | Design of DSP I/O isolation circuits. |
| 6 | DSP applications: three phase inverter. |
| 7 | DSP applications: Phase Locked Loop (PLL). |
| 8 | DSP applications: motor speed sensing and monitoring. |
| 9 | Real system representation numerically. |
| 10 | Sequence control system. |
| 11 | Three terms controller (PID). |
| 12 | PID controller tuning. |
| 13 | Microprocessor as a digital controller. |
| 14 | Implementation of speed &position control system. |
| 15 | Real Applications. |
| 16 | Final Exam. |
| 1 | Data types and signal conditioning. |
| 2 | Digitalization and digital fundamentals. |
| 3 | Digital control system and Data Acquisition system. |
| 4 | Introduction to Digital Signal Processor (DSP). |
| 5 | Design of DSP I/O isolation circuits. |
| 6 | DSP applications: three phase inverter. |
| 7 | DSP applications: Phase Locked Loop (PLL). |
| 8 | DSP applications: motor speed sensing and monitoring. |
| 9 | Real system representation numerically. |
| 10 | Sequence control system. |
| 11 | Three terms controller (PID). |
| 12 | PID controller tuning. |
| 13 | Microprocessor as a digital controller. |
| 14 | Implementation of speed &position control system. |
| 15 | Real Applications. |
| 16 | Final Exam. |
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