Course Information

Course Name	Turkish	Elektronik Enstrümantasyon
	English	Electronic Instrumentation
Course Code	KON 315E	Credit	Lecture (hour/week)	Recitation (hour/week)	Laboratory (hour/week)
Semester	-	3	2	-	2
Course Language		English
Course Coordinator		Onur Akbatı
Course Objectives		Static (accuracy, sensitivity, linearity, etc.) and dynamic (frequency response, cut-off frequency, damping, natural frequency, etc.) characteristics of sensors. Principles of integrated circuit (IC) sensors. Resistive signal conditioning circuits: Voltage dividers, linearization circuits. Balance and unbalance circuits realized with Wheatstone bridges; load cells. Sensitivity in bridges. Industrial instrumentation circuits: Instrumentation amplifiers, related definitions (CMRR, SMRR, offset, slip, noise) and effects; chopper amplifiers; Voltage/Current converters. Shielding and grounding methods. Signal conditioning circuits for sensors operating on the principle of change of reactance; AC-bridges; carrier amplifiers; load amplifiers. Analog/Digital and Digital/Analog converters: Operating principles, characteristics. Data acquisition structures. Remote measurement methods. Experiments: Temperature, force, displacement, angle, flow measurement, microcontroller based measurement systems.
Course Description		Static (accuracy, sensitivity, linearity, etc.) and dynamic (frequency response, cut-off frequency, damping, natural frequency, etc.) characteristics of sensors. Principles of integrated circuit (IC) sensors. Resistive signal conditioning circuits: Voltage dividers, linearization circuits. Balance and unbalance circuits realized with Wheatstone bridges; load cells. Sensitivity in bridges. Industrial instrumentation circuits: Instrumentation amplifiers, related definitions (CMRR, SMRR, offset, slip, noise) and effects; chopper amplifiers; Voltage/Current converters. Shielding and grounding methods. Signal conditioning circuits for sensors operating on the principle of change of reactance; AC-bridges; carrier amplifiers; load amplifiers. Analog/Digital and Digital/Analog converters: Operating principles, characteristics. Data acquisition structures. Remote measurement methods. Experiments: Temperature, force, displacement, angle, flow measurement, microcontroller based measurement systems.
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