Electronic Instrumentation

Name: Electronic Instrumentation
Rating: 4.2 (4 reviews)

Electronic Instrumentation Practice

Created byNikhil Damle

Last updated 6/2026

English

What you'll learn

At the end of this course students will be able to demonstrate the ability to
Understand the working principle of instrumentation system
Design instrumentation system suitable for required parameter measurement
Describe working principle of various sensing devices

Course content

7 sections • 36 lectures • 2h 14m total length

Syllabus0:35
The course contents are Electronics Instrumentation, Sensing and Measuring

Introduction- Course Outline4:01
•Module-I
Errors and analysis in measurement, Basics of Instrumentation System, components: Sensing elements .transducers, actuators, display, introduction to transducers and their classification and types
Measurement and Static Error14:06
In this lecture we will discuss the measurement process and errors in it
Types of Error14:06
We will discuss the Types of errors
Instrumentation System and Transducers15:01
we will discuss the fundamental Instrumentation System
Types of Transducers5:50
we will the different Types of Transducers used for sensing different parameters
Displays and Actuators14:16
Input and Output Devices

Module 2 Introduction0:31
•Module-II [5 hours]
Instrumentation systems for temperature measurement, Contact type sensors and non-contact type sensors
Temperature Measruement1:30
Instrumentation systems for temperature measurement, Contact type sensors and non-contact type sensors
Temperature Measurement Process8:19
Instrumentation systems for temperature measurement, Contact type sensors and non-contact type sensors
RTD for Temperature Measurement7:52
Instrumentation systems for temperature measurement, Contact type sensors and non-contact type sensors
Thermocouple and Integrated Temperature Measurement11:04
Instrumentation systems for temperature measurement, Contact type sensors and non-contact type sensors
Contactless Temperature Measurement7:59
Instrumentation systems for temperature measurement, Contact type sensors and non-contact type sensors

Introduction to Pressure Measurement7:37
•Module-III [4 hours]
•Instrumentation system for Pressure Measurement, classification of pressure: High and low pressure measurement sensors
Low Pressure Measurement9:11
We will discuss the method of low pressure measurement
Measurement of High Pressure12:12
We will discuss the method of high pressure measurement
Analysis of Real World Problems0:03
Problems0:03

Introduction to real world0:04
Instrumentation for real world monitoring: Standards, working principle, design criterion: PH, humidity, magnetic, flux, electrical conductivity. Light intensity, air monitoring
PH ( Measuring Acidic/Alkaline Nature of Liquid)0:02
Humidity ( Measuring presence of water vapors in air)0:01
Magnetic flux ( Measuring magnetic field)0:02
Electrical conductivity ( Measuring electrical resistance of liquid)0:03
Light intensity ( Measuring the Light in lumens)0:03
Air monitoring (Measuring presence of pollutants in air)0:03
Setting up sensing0:03

Requirements

Anyone with prior exposure to electronics

Description

ENT353 Electronic Instrumentation syllabus

Syllabus Module I: (6 Hrs) Errors and analysis in measurement, Basics of Instrumentation System, components: Sensing elements .transducers, actuators, display, introduction to transducers and their classification and types. Module II: (5 Hrs) Instrumentation systems for temperature measurement, Contact type sensors and non-contact type sensors. Module III: (4 Hrs) Instrumentation system for Pressure Measurement, classification of pressure: High and low pressure measurement sensors. Module IV: (6 Hrs) System for measurement displacement, force and torque: Resistive, inductive and capacitive transducers for measurement of displacement, force, torque, velocity and acceleration. Module V: (8 Hrs) Instrumentation for real world monitoring: Standards, working principle, design criterion: PH, humidity, magnetic, flux, electrical conductivity. Light intensity, air monitoring. Module VI: (6 Hrs) Grounding and shielding, isolation: Grounding concepts, ground loop, isolation amplifier, instrumentation amplifier, 4 -20 mA current converter for instrumentation, and Case study of parameter acquisition, processing and display methods. Text Book: 1. Electrical & Electronic Instruments & Measurement by A. K. Sawhney, Dhanpat Rai and Co. 19th Edition, 2015. Reference Books: 1. Electronic Instrumentation & Measurement Technique by W.D. Cooper & A.D. Helfrick, Prentice Hall, 3 rd revised Edition, 1985. 2. Process Measurement and Analysis by B. G. Liptak, Chilton Book Company, 4 th Edition, 2003

Who this course is for:

Begineers

Electronic Instrumentation

What you'll learn

Explore related topics

Course content

Course Content1 lecture • 1min

Module-16 lectures • 1hr 7min

Module 26 lectures • 37min

Module 3 Pressure Measurement5 lectures • 29min

Module 4 System for measurement displacement, force and torque5 lectures • 1min

Module 5 Instrumentation for real world monitoring8 lectures • 1min

Module 6 Grounding and shielding, isolation5 lectures • 1min

Requirements

Description

Who this course is for: