IS11: SIMULATE THE PERFORMANCE OF BIO SENSOR

 

 Instrumentation System (T.E. Electronics Engineering)  

Abstract: 

To get fundamental knowledge of position, force sensors and their operating principles for measurement of mechanical parameters, knowledge regarding temperature, flow and level transducers, light, motion and radiation detectors. Describe the MEMS and Smart sensors with advantages, disadvantages and applications. Understand the concept of final control elements in various applications.

 PRACTICAL NO.11

AIM:    SIMULATE THE PERFORMANCE OF BIO SENSOR

OBJECTIVES: Observe and learn simulate the performance of bio sensor.

EQUIPMENT REQUIRED:  Virtual lab 

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IS Practical no 10 : Flow measurement using ultrasonic technique.

 

 Instrumentation System (T.E. Electronics Engineering)  

Abstract: 

To get fundamental knowledge of position, force sensors and their operating principles for measurement of mechanical parameters, knowledge regarding temperature,flow and level transducers, light, motion and radiation detectors. Describe the MEMS and Smart sensors with advantages, disadvantages and applications.Understand the concept of final control elements in various applications.

 PRACTICAL NO.10

AIM: Flow measurement using Ultrasonic technique.

OBJECTIVES: Observe and learn flow measurement using ultrasonic technique.

EQUIPMENT REQUIRED: I.Supply tank ,II.  Pressure indicating scale ,III.  Pump , IV.                        Control valve , V. Rotameter , VI.  Ultrasonic sensor pair. 

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IS PRACTICAL NO 9:Study of Pneumatic cylinder sequencing

 

 Instrumentation System (T.E. Electronics Engineering)  

Abstract: 

To get fundamental knowledge of position, force sensors and their operating principles for measurement of mechanical parameters, knowledge regarding temperature,flow and level transducers, light, motion and radiation detectors. Describe the MEMS and Smart sensors with advantages, disadvantages and applications.Understand the concept of final control elements in various applications.

 PRACTICAL NO.9

AIM: STUDY OF PNEUMATIC CYLINDER  SEQUENCING.

OBJECTIVES: Observe and learn pneumatic cylinder sequencing. 

EQUIPMENT REQUIRED: Pneumatic kit,air compressor,connecting probes. 

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IS PraCTICAL 8: Study of I/V & V/I signal converter.

 

 Instrumentation System (T.E. Electronics Engineering)  

Abstract: 

To get fundamental knowledge of position, force sensors and their operating principles for measurement of mechanical parameters, knowledge regarding temperature,flow and level transducers, light, motion and radiation detectors. Describe the MEMS and Smart sensors with advantages, disadvantages and applications.Understand the concept of final control elements in various applications.

 PRACTICAL NO.8

AIM: STUDY OF I/V & V/I SIGNAL CONVERTER.

OBJECTIVES: Observe and learn weight measurement using load and strain guage. 

EQUIPMENT REQUIRED: Voltage source, Current source,digital multimeter,probes. 

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IS PRACTICAL 7:SIMULATION OF TEMPERATURE MEASUREMENT USING SIMULINK

 

INSTRUMENTATION SYSTEM

Instrumentation System (T.E.Electronics Engineering)  

Abstract: To get fundamental knowledge of position, force sensors and their operating principles for measurement of mechanical parameters, knowledge regarding temperature, flow and level transducers, light, motion and radiation detectors. Describe the MEMS and Smart sensors with advantages, disadvantages and applications. Understand the concept of final control elements in various applications.

   PRACTICAL NO : 07

Aim   :    SIMULATION OF TEMPERATURE MEASUREMENT USING SIMULINK 

OBJECTIVES  :    Observe and learn simulation of temperature measurement.

EQUIPMENT REQUIRED      :      simulation software i.e Simulink  

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PRETEST:

                                          check your knowledge before experiment

THEORY & PROCEDURE: 

                                                                                                                                

DEMONSTRATION:

                                      Demonstration Video for simulation(click above)

POST TEST:

     

            Check your progress after experiment

FEEDBACK:

   

  

IS Practical 6 : Determine Thermocouple Characteristics

 

INSTRUMENTATION SYSTEM

Instrumentation System (T.E.Electronics Engineering)  

Abstract: To get fundamental knowledge of position, force sensors and their operating principles for measurement of mechanical parameters, knowledge regarding temperature, flow and level transducers, light, motion and radiation detectors. Describe the MEMS and Smart sensors with advantages, disadvantages and applications. Understand the concept of final control elements in various applications.

Practical no 6

Aim   :    To determine Thermocouple characteristics.

OBJECTIVES    :      Observe and learn characteristics of Thermocouple

EQUIPMENT REQUIRED      :      Practical Kit, Digital  mulitimeter, CRO, Connecting probes,ets.                                                                     

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PRETEST:

                                          check your knowledge before experiment

THEORY & PROCEDURE: 

                                                                

DEMONSTRATION:

                                

                                             Demonstration Video(click above)

POST TEST:

     

            Check your progress after experiment

FEEDBACK:

   

       Share your valuable feedback

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