Electrical & Electronic Measurement Systems
- Introduction: Definitions, Advantages of Measurements, Measurement Tools, Analog and Digital Measuring, Standards, Errors
- ElectricaL measuring System Dynamics: Second Order System Dynamics and Step Response, D.C. Analog Measuring Instruments, DArsonval Galvanometer, Analog D.C. Ampermeter, Voltmeter, Ohmmeter, Analog A.C. Measuring Systems, Diode Rectification, Clamping, Maximum and RMS meters
- Cathode Ray Oscilloscopes: How it Works, Study in Details, Frequency Response and Rise Time of Oscilloscope Probes
- Electronic Measurement: Digital Electronics,Display for Measuring, Digital Electronics for Direct Measurement, Comparison between Digital and Analog Measurement, Digital Signal Processors: A/D, D/A, Sampling and Digital Filtering in Measuring Instruments, Digital Frequency Meter, Period Meter, Digital Ampermeter, Voltmeter and Ohmmeter
- Errors in Measurement: Accuracy and Precision in Measurement, Systematic Error, Residual Error, Error and Statistics, Error Limit, Average Deviation, Standard Deviation, Errors Combination
- Transducers and Sensors: How They Work, Technical Characteristics, Applications, Kinds of Sensors and Transducers: Capacitive, Inductive, Differential Transformer, Piezoelectric Sensors, Strain Gauge, Photoelectric, Potentiometeric, Thermocouple,
Photo multipliers, Photo diodes, and Photo Transistors
- Optoelectronic Measurement: Laser Principles, Fabry Perot Spectrum Analyzer, Laser Applications in Doppler Velocimetry, Distance Metering and Range finders, Angle Rotation and Sagnac Effect, Optical Alignment, Laser and Fiber Gyroscopes
- Optoelectronic Display Devices: Photo luminescence, Cathodo luminescence and Electro luminescence, light Emitting Diode(LED), Plasma Display Devices, Liquid Crystal Devices (LCD)
- Simulation and Measurement: Advantages of Simulation, Digital and Analog Simulations, Micro and Nano Electronic Devices Simulation, Quantum Mechanics Considerations in Submicron Devices Simulation