| Learning Outcomes | 
		PO | 
		MME | 
	
	
		| The students who succeeded in this course: | 
		 | 
		 | 
	
		
		| LO-1 | 
		Know the features of Operational Amplifier and its features | 
		
		
			
		 
			PO-48 Have knowledge about sensors which used medical field.  
			
		 | 
		 Examination   | 
	
		
		| LO-2 | 
		Can make inverting, non-inverting amplifier, voltage monitor calculations | 
		
		
			
		 
			PO-48 Have knowledge about sensors which used medical field.  
			
		 | 
		 Examination   | 
	
		
		| LO-3 | 
		Aggregator, Difference Amplifier, can make comparator calculations | 
		
		
			
		 
			PO-48 Have knowledge about sensors which used medical field.  
			
		 | 
		 Examination   | 
	
		
		| LO-4 | 
		Design of Schmitt Trigger, Integral, Derivative Circuit | 
		
		
			
		 
			PO-48 Have knowledge about sensors which used medical field.  
			
		 | 
		 Examination   | 
	
		
		| LO-5 | 
		Can design active filter | 
		
		
			
		 
			PO-48 Have knowledge about sensors which used medical field.  
			
		 | 
		 Examination   | 
	
		
		| LO-6 | 
		Can design rectifier and logarithmic amplifier | 
		
		
			
		 
			PO-48 Have knowledge about sensors which used medical field.  
			
		 | 
		 Examination   | 
	
		
		| LO-7 | 
		Instrumentation amplifiers can be designed with a voltage controlled amplifier. | 
		
		
			
		 
			PO-48 Have knowledge about sensors which used medical field.  
			
		 | 
		 Examination   | 
	
		
		| LO-8 | 
		It can do converter designs with Analog Digital / Digital Analog converters. | 
		
		
			
		 
			PO-48 Have knowledge about sensors which used medical field.  
			
		 | 
		 Examination   | 
	
		
		| LO-9 | 
		Describe the transducers used in medical measurement. | 
		
		
			
		 
			PO-48 Have knowledge about sensors which used medical field.  
			
		 | 
		 Examination   | 
	
		
		| LO-10 | 
		He could explain the electrodes. | 
		
		
			
		 
			PO-48 Have knowledge about sensors which used medical field.  
			
		 | 
		 Examination   | 
	
		
		PO: Programme Outcomes MME:Method of measurement & Evaluation | 
	
	
		| Course Contents | 
	
	
		| Difference amplifiers, Electrical characteristics of operational amplifiers (op-amp), Feedback, Frequency response of operational amplifiers, Basic operational amplifier circuits, The sensor and the transducer parameters, The various sensors and transducers, Op-amp and converter designs, Converter designs with Analog Digital and Digital Analog Converters, Medical measurement systems, Converters used in medical measurement, Electrodes and biopotential amplifiers. | 
	
	
		| Weekly Course Content | 
	
	
		| Week | 
		Subject | 
		Learning Activities and Teaching Methods | 
	
	
		
		| 1 | 
		Operational Amplifier Structure and Features | 
		Narration problem solving | 
	
		
		| 2 | 
		Inverting, Non-Inverting Amplifier, Voltage Follower | 
		Narration problem solving | 
	
		
		| 3 | 
		summing, Differential Amplifiers, Comparator | 
		Narration problem solving | 
	
		
		| 4 | 
		Schmitt Trigger, Integral, Derivative Circuit | 
		Narration problem solving | 
	
		
		| 5 | 
		Active Filter Design | 
		Narration problem solving | 
	
		
		| 6 | 
		Basic Op-amp  circuits experiments | 
		Narration problem solving,experiment | 
	
		
		| 7 | 
		Basic Op-amp  circuits experiments | 
		Narration problem solving, experiment | 
	
		
		| 8 | 
		mid-term exam | 
		 | 
	
		
		| 9 | 
		Use as rectifier, logarithmic amplifier, voltage regulator, voltage controlled oscillator | 
		Narration problem solving | 
	
		
		| 10 | 
		Instrumentation Amplifier, using the amplifier as a digital gate | 
		Narration problem solving | 
	
		
		| 11 | 
		Analog Digital / Digital Analog Converters, Signal Generators | 
		Narration problem solving | 
	
		
		| 12 | 
		Medical Electronics and Detection and Processing of Biological Signs, Human Instrumentation System, Effects of Transducer Properties on Measurement | 
		Narration problem solving | 
	
		
		| 13 | 
		Electrodes, Transducer Types | 
		Narration problem solving | 
	
		
		| 14 | 
		Medical Measurement Transducers | 
		Narration problem solving | 
	
		
		| 15 | 
		Calculation and experiment of op-amp LDR | 
		Narration problem solving | 
	
	
	
		| 16 | 
		final exam | 
		 | 
	
	
	
		| Recommend Course Book / Supplementary Book/Reading | 
	
		
		| 1 | 
		GÜRDAL, O. (2000); “Algılayıcılar ve Dönüştürücüler”, Nobel Yayın Dağıtım. | 
	
		
		| 2 | 
		Engin, D., “Dönüştücü Tasarımı Ders Notu”, 2010 | 
	
		
		| 3 | 
		Ders ve Laboratuar Notları | 
	
		
		| Required Course instruments and materials | 
	
	
		| Computer, Projection |