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Electric Machines
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Electronics & Electrical Engineering
- Analog Electronics Basics Lab
- Analog Electronics Kit for School Based on MyDAQ
- Digital Electronics Lab
- Digital Electronics Lab Kit for School Based on MyDAQ
- Digital Logic Lab
- Electronics Engineering Lab
- Electronics Engineering Lab (Components)
- Fault Detection and Correction Lab based on NI ELVIS
- Fault Detection and Correction Lab based on NI VirtualBench
- Industrial Electronics Lab
- Instruments Calibration Lab
- Interface Indication and Control Lab
- Microcontrollers Application Lab
- Operational Amplifiers Applications Lab
- Operational Amplifiers Lab
- Power Electronics Lab
- ADC/DAC Lab
- Three-Phase Circuits Lab
- Arduino Applications Lab
- Mechanical Engineering
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Control & Measurement
- Control System Principles Lab
- Data Analysis Tool for Researchers "DAnS"
- Electrical Measurements Lab based on NI VirtualBench
- Electronic Components Characterization Lab based on NI ELVIS
- Electronic Components Characterization Lab based on NI VirtualBench
- Machine Vision Lab
- Metrology Lab
- Microcontrollers Application Lab
- Micromotors and Automatic Motor Control Lab
- Sensors Lab
- Thermobox Lab
- Sound & Vibration
- Robotics
- Mechatronics
- Electric Machines
- RF & Communication
- Automotive
- Aerodynamics
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Industrial Application
- “InPEduS” Industrial Protocols Educational Software
- Automated Production System
- Conveyor Stand for Research of Industrial Communications
- Industrial and Avionic Protocols Educational Software
- Industrial Electronics Lab
- Industrial IoT Lab. Basic Version
- Industrial Protocols Lab
- Industrial Sensors Lab
- Local Area Network Lab
- Production Line Automation Lab
- Protocol Analyzer Educational Software
- Physics
- Advanced Industrial Applications
- Machine Learning
- Biomedical Engineering
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Electronics & Electrical Engineering
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for Education
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Electronics & Electrical Engineering
- Analog Electronics Basics Lab
- Digital Electronics Lab
- Digital Logic Lab
- Electronics Engineering Lab
- Electronics Engineering Lab (Components)
- Fault Detection and Correction Lab based on NI ELVIS
- Fault Detection and Correction Lab based on NI VirtualBench
- Industrial Electronics Lab
- Instruments Calibration Lab
- Interface Indication and Control Lab
- Microcontrollers Application Lab
- Operational Amplifiers Applications Lab
- Operational Amplifiers Lab
- Power Electronics Lab
- ADC/DAC Lab
- Three-Phase Circuits Lab
- Arduino Applications Lab
- Mechanical Engineering
-
Control & Measurement
- Control System Principles Lab
- Data Analysis Tool for Researchers "DAnS"
- Electrical Measurements Lab based on NI VirtualBench
- Electronic Components Characterization Lab based on NI ELVIS
- Electronic Components Characterization Lab based on NI VirtualBench
- Gyroscope Test and Calibration Lab
- Imaging Measurement Control Trainer
- Inverted Pendulum Lab
- Machine Vision Lab
- Metrology Lab
- Microcontrollers Application Lab
- Micromotors and Automatic Motor Control Lab
- Position Measurement Trainer
- Pressure Control Trainer
- SDR-based GPS Signal Analysis Lab
- Sensors Lab
- Thermobox Lab
- Sound & Vibration
- Robotics
- Mechatronics
- Electric Machines
- RF & Communication
- Automotive
- Aerodynamics
- Energy & Alternative Energy
-
Industrial Application
- “InPEduS” Industrial Protocols Educational Software
- Automated Production System
- Conveyor Stand for Research of Industrial Communications
- Industrial and Avionic Protocols Educational Software
- Industrial Electronics Lab
- Industrial IoT Lab. Basic Version
- Industrial Protocols Lab
- Industrial Sensors Lab
- Local Area Network Lab
- Production Line Automation Lab
- Protocol Analyzer Educational Software
- Machine Learning
- Biomedical Engineering
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Electronics & Electrical Engineering
- for Research
- for High-School
- NI Platform
- Accessories
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Synchronous Machines Lab
The “Synchronous Machines” lab is based on the NI cDAQ / NI PXI platform. The software is developed in the LabVIEW graphical programming environment.
The “Synchronous Machines” lab is based on the NI cDAQ / NI PXI platform. The software is developed in the LabVIEW graphical programming environment.
All hands-on experiments are conducted on the “Synchronous Machines” testbench. The circuits under study are presented on respective front panel of each hands-on experiment, as well as in courseware manual.
Course software also contains theoretical materials which can be studied during the lab. Experimental results of the lab may be exported and saved in MS Excel format (including student name, date, time, and studied circuit).