ELECTRICAL AND ELECTRONICAL MEASUREMENTS

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Learning Outcomes

Explains measurement of the process and the characteristics of the device.
Explains the basic and derived units accepted by International system (SI).
Describes the process of measuring errors, and resources.
Explains the characteristics of measurment devices.
Solves measurement errors statistically.
Calculates mean, deviation, and standard deviation.
Explains the working principles of direct current measuring devices.
Explains the working principle of moving coil galvanometer.
Calculates moving coil galvanometer and shunt resistor to use as ammeter.
Moving coil galvanometer, voltmeter resistance of the accounts to use as a front.
Moving coil galvanometer, used as serial and parallel type ohmmeter.
Performs the necessary measurements by using multimeters.
Explains the working principles of alternating current measuring devices.
Describes the operation of electrodynamic measuring instrument.
Explains the operation of rotary magnet measuring instrument.
Explains the operation of thermal measuring instrument.
Explains the intended use of instrument transformers.
Recognizes the current transformer and voltage transformer.
Realizes measurements of work and power in electrical circuits.
Explains the concepts of alternating current power and work.
Identifies the structure of electrodynamic wattmeter.
Measures the power factor.
Explains the principle of energy and counters used for the measurement of work.
Explains the principle of high-frequency power measurement.
Recognizes circuit components and parameters in electrical and electronic circuits,.
Realizes measurement of resistance with voltmeter-ammeter method.
Applies the method of measuring resistance through Wheatstone Bridge method.
Performs measurements of resistance, impedance, capacitance and inductance in low frequencies by using appropriate methods.
Recognizes and applies impedance bridges and RLC meters.
Recognizes and uses synchronoscope.
Uses the oscilloscope in measurement processes.
Explains the structure and working principles of oscilloscope.
Recognizes the oscilloscope and its components.
Performs the measurements of voltage, current, period, frequency with osciilloscope.
Explains the principles of measurement of turning the various physical quantities in industry into electrical signals.
Describes and uses the features of idler transducer.
Recognizes the temperature transducers.
Recognizes and uses photo-electric transducers.
Explains the structures of tachogenerator and uses it.
Explains Hall effect transducer and change in the measurement.