GATE 2021 Instrumentation Engineering

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Key Features and Syllabus covered


What is this course about?

GATE 2021 : Instrumentation Engineering

This is a comprehensive course for GATE 2021 Instrumentation Engineering which will cover the Technical and Non-Technical Parts of the GATE syllabus. It is Suitable for Aspirants Preparing for GATE , ESE, PSUs Examinations.

Exam Covered : Graduate Aptitude Test in Engineering

Validity : Till GATE 2021 Exam.

Study Materials :  Theory and Objective Books of Technical Subjects  , GATE Previous Year Solved Papers , DPP Booklets , Guide for Engineering Mathematics Book  , General Aptitude & Reasoning Book

Total Online Tests - 60 

Part Test -20 , Subject Test – 10 , Cascaded Test-5 , Full Syllabus Test -15 and Mock Test -10

For more online tests, visit website.... www.onlineengineersacademy.org

So don’t miss the live classes and avail initial 25% discount.

Coupon Code - GATEIN25

 

Curriculum :

1 # Basic theory of circuit

01:09:18

2 # Numerical based on KCL and KVL and connecion of element

01:09:02

3 # Numerical based on MESH and NODAL analysis

00:46:37

4 # AC Steady state analysis

01:05:06

5 # Phasor analysis, Resonance condition for RLC series and Parallel circuit

00:33:16

6 # Network theorems and numerial based on theorems

01:03:32

7 # Transient Analysis with numerical

00:29:10

8 # Transient analysis using Lapalce transform with numerical

01:07:24

9 # Two port network

00:58:07

10 # Numerical on two port network and magnetic coupled circuit

00:45:30

1 # BASICS OF CONTROL, TRANSFER FUNCTION,BLOCK DIAGRAM

02:42:33

2 # BLOCK DIAGRAM, SIGNAL FLOW GRAPH

02:28:43

3 # TIME RESPONSE ANALYSIS(1st order and 2nd order)

02:26:24

4 # TIME RESPONSE ANALYSIS AND STEADY STATE ERROR

02:51:33

5 # STEADY STATE ERROR AND RH CRITERIA

02:34:35

6 # RELATIVE STABILITY AND ROOT LOCUS

02:58:51

7 # ROOT LOCUS

02:53:19

8 # FREQUENCY RESPONSE ANALYSIS, BODE PLOT

03:44:42

9 # BODE PLOT

01:25:41

10 # POLAR PLOT

02:22:57

11 # NYQUIST PLOT

01:46:34

12 # NYQUIST PLOT AND STATE VARIABLE

02:11:11

1 # SYLLABUS AND INTRODUCTION

00:08:48

2 # SIGNAL DEFINITION AND CLASSIFICATION

00:20:48

3 # DIFFERENT TYPE OF SIGNAL

00:34:24

4 # DIFFERENT TYPE OF SIGNAL

00:17:07

5 # DIFFERENT TYPE OF SIGNAL AND OPERATION OF SIGNAL

00:25:45

6 # OPERATION OF SIGNAL

00:03:53

7 # OPERATION OF SIGNAL

00:31:23

8 # OPERATION OF SIGNAL

00:28:36

9 # OPERATION OF SIGNAL

00:02:29

10 # FOURIER TRANSFORM

00:04:37

11 # FOURIER TRANSFORM

00:44:53

12 # FOURIER TRANSFORM

00:19:37

13 # FOURIER TRANSFORM

00:28:59

14 # FOURIER TRANSFORM

00:24:42

15 # FOURIER TRANSFORM

00:06:20

16 # FOURIER TRANSFORM

00:07:55

17 # FOURIER TRANSFORM

00:48:34

18 # FOURIER TRANSFORM

00:50:52

19 # LAPLACE TRANSFORM

00:39:57

20 # LAPLACE TRANSFORM

00:21:01

21 # LAPLACE TRANSFORM

00:30:50

22 # LAPLACE TRANSFORM

00:20:01

23 # Z TRANSFORM

00:14:02

24 # Z TRANSFORM

00:10:35

25 # Z TRANSFORM

00:22:29

26 # Z TRANSFORM

00:30:03

27 # SAMPLING THEOREM

00:37:47

28 # DTFT

00:13:54

29 # DFT

00:05:41

30 # DIGITAL FILTER

00:08:15

31 # DIGITAL FILTER

00:09:38

32 # DIFFERNTIATION AND INTEGRATION

00:32:40

33 # DISCRETE TIME SYSTEM

00:31:11

34 # CLASSIFICATION OF SIGNAL

00:55:10

35 # CLASSIFICATION OF SIGNAL

00:56:00

36 # CLASSIFICATION OF SIGNAL

00:15:45

37 # CLASSIFICATION OF SIGNAL

00:19:40

38 # BASIC SYSTEM PROPERTIES

00:23:38

39 # BASIC SYSTEM PROPERTIES

00:38:16

40 # BASIC SYSTEM PROPERTIES

00:14:42

41 # BASIC SYSTEM PROPERTIES

00:08:04

42 # BASIC SYSTEM PROPERTIES

00:13:23

43 # BASIC SYSTEM PROPERTIES

00:26:14

44 # CONVOLUTION

00:41:09

45 # CONVOLUTION

00:51:43

46 # BASIC SYSTEM PROPERTIES

00:30:13

47 # FOURIER SERIES

00:46:26

48 # FOURIER SERIES

00:18:13

49 # FOURIER SERIES

00:15:16

50 # FOURIER SERIES

00:45:01

51 # FOURIER SERIES

00:36:19

52 # FOURIER SERIES AND FOURIER TRANSFORM

00:08:08

53 # FOURIER SERIES AND FOURIER TRANSFORM

00:44:31

1 # Power supply

00:58:50

2 # Diode Application

00:50:24

3 # BJT and its operation in Active mode, region of operation, early effect

00:53:22

4 # Instability in collector current, stability factor, various biasing circuit used in BJT

00:50:43

5 # Numerical based on biasing circuit and operating point, Biasing in IC circuit, Current mirror circuit, Numerical based on current mirror circuit, WIDLER current source, Thermal rum away

00:43:17

6 # BJT as Amplifier

00:38:54

7 # Small Signal Analysis of Amplifier

00:53:04

8 # Low and High Frequency Analysis of BJT

00:58:49

9 # Multistage Amplifier

00:32:50

10 # Feedback Amplifier

00:51:33

11 # Differential Amplifier

00:47:12

12 # Operational amplifier

00:54:43

13 # Numerical based on OPAMP (Part1)

00:27:33

14 # Numerical based on OPAMP (Part2)

01:02:23

15 # Non inverting amplifier with non-ideal OPAMP, Schmitt trigger, Multivibrator- Monostable and Astable Multivibrator

00:50:26

16 # JFET & MOSFET

00:56:02

17 # Low and High frequency analysis of JFET and MOSFET, CMOS inverter and numerical based on CMOS

00:36:39

18 # Oscillator

00:41:05

1 # Boolean Algebra

02:52:25

2 # K-Map

02:58:23

3 # Practice Questions on Minimization

00:56:17

4 # Logic Gates-1 (NOT, AND, OR Gates)

01:07:33

5 # Logic Gates-2 (NAND & NOR Gates)

00:57:25

6 # Logic Gates-3 (Ex-OR & Ex-NOR Gates)

03:07:04

7 # Logic Gates-4 & Combinational Circuits-1

03:21:50

8 # Combinational Circuits-2

02:14:22

9 # Combinational Circuits-3

00:38:41

10 # Combinational Circuits-4

02:04:49

11 # Combinational Circuits-5

01:59:55

12 # Decoder,Encoder & Sequential Circuits-1

02:35:00

13 # Sequential Circuits-2

02:45:23

14 # Flip-Flops

01:55:24

15 # Registers (SISO & SIPO)

01:52:54

16 # PISO & PIPO REGISTERS and COUNTERS-1

03:03:33

17 # Synchronous Counter

03:13:15

18 # Number System-1

02:41:19

19 # NUMBER SYSTEM-2

03:20:06

1 # Introduction of microprocessor

01:38:09

2 # Registers of 8085 microprocessor

01:01:18

3 # Architecture of 8085 microprocessor

01:25:58

4 # Architecture and classification of Instruction of 8085 microprocessor

01:04:48

5 # Instruction set of 8085 microprocessor part 1

01:28:04

6 # Instruction set of 8085 microprocessor part 2

01:06:25

7 # Instruction set of 8085 microprocessor part 3

01:00:01

8 # Instruction set of 8085 microprocessor part 4

01:16:12

9 # Instruction set of 8085 microprocessor part 5

01:07:49

1 # Torque In Instrument

00:26:21

2 # Analog Instrument

00:51:53

3 # Analog Instrument

01:04:20

4 # Analog Instrument

00:34:13

5 # Analog Instrument

00:06:04

6 # Measurement Of Resistance

01:28:08

7 # Measurement Of Resistance

00:30:33

8 # Measurement Of Resistance

00:01:19

9 # Bridge

00:14:21

10 # AC Bridge

00:58:21

11 # AC Bridge

00:06:49

12 # Transducers

00:11:22

13 # Transducer

00:11:38

14 # Power Measurement

00:53:34

15 # Power Measurement

00:22:36

16 # Power Measurement

00:08:02

17 # Energy Measurement

01:18:45

18 # Cathode Ray Oscilloscope

00:55:06

19 # Digital Voltmeter

00:13:40

20 # Instrument Transformer

00:46:20

21 # Error Analysis

01:26:32

1 # 1.MTS

01:16:09

2 # 2.MTS

00:50:01

3 # 3.MTS

00:41:54

4 # 4.MTS

00:46:35

5 # 5.MTS

01:16:10

6 # 6.MTS

00:40:18

7 # 7.MTS

01:44:53

8 # Sensor 19 and 18.MTS

01:12:53

9 # 8.MTS

00:40:45

10 # 9.MTS

00:50:27

1 # Introduction to OI

00:34:24

2 # Ray Optics

00:07:17

3 # Basic Of Fiber Optics

00:34:25

4 # Optical fiber

00:34:25

5 # Optical Fiber

00:10:08

6 # Optical Fiber

00:34:25

7 # Optical Fiber and gate Qns.

00:34:25

8 # Qns

00:02:36

9 # Gate question on optical fibers

00:32:13

10 # Gate qns on optical fiber

00:29:11

11 # 11 Optical sources (LASER).MTS

00:55:01

12 # 12 Optical Sources(LED).MTS

00:43:05

13 # 13 Questions( LASER and LED).MTS

00:07:46

14 # 14 Optical Detectors.MTS

00:18:52

15 # 15 Question on Optical Detector.MTS

00:02:54

16 # 16 Polarization of light.MTS

00:08:57

17 # 17 Interferometer and its applications.MTS

00:29:50

18 # 18 Questions on interferometer.MTS

00:02:57

1 # INTRODUCTION

00:10:03

2 # CONCEPT OF MODULATION

00:44:14

3 # AMPLITUDE MODULATION

00:49:28

4 # AMPLITUDE MODULATION

00:51:57

5 # AMPLITUDE MODULATION

00:45:53

6 # AMPLITUDE MODULATION

00:32:22

7 # AMPLITUDE MODULATION

00:35:50

8 # AMPLITUDE MODULATION

00:44:41

9 # AMPLITUDE MODULATION

01:06:23

10 # DOUBLE SIDE BAND MODULATION

01:17:14

11 # SINGLE SIDE BAND AND FDM

01:10:42

12 # FREQUENCY MODULATION

01:06:29

13 # FREQUENCY MODULATION

01:09:38

14 # PHASE MODULATION

00:53:17

15 # FM AND PM

00:52:24

16 # FREQUENCY MODULATION

00:48:43

17 # FREQUENCY MODULATION

01:02:22

18 # RECEIVER

01:04:03

19 # FIGURE OF MERIT

01:18:35

20 # FIGURE OF MERIT

00:22:26

21 # SAMPLING THEOREM

00:39:06

22 # SAMPLING THEOREM

01:14:52

23 # PCM,DPCM

00:55:54

24 # PCM

00:52:34

25 # DM, TDM

01:06:20

26 # LINE CODING

00:10:42

27 # ASK,PSK,FSK

01:18:41

28 # M ARY PSK

01:00:52

29 # INFORMATION THEORY

00:49:52

30 # INFORMATION THEORY

01:03:52

31 # INFORMATION THEORY

01:09:10

32 # CODING THEORY

01:01:20

33 # CODING THEORY

00:59:07

34 # CODING THEORY

01:01:27

35 # CODING THEORY

00:49:33

36 # RANDOM VARIABLE

01:05:28

37 # RANDOM VARIABLE

00:43:43

38 # RANDOM PROCESS

00:56:29

39 # MATCHED FILTER

00:38:14

40 # PROBABILITY OF ERROR

00:24:29

1 # NUMBER SYSTEM Part 1

00:47:24

2 # NUMBER SYSTEM Part 2

00:37:40

3 # NUMBER SYSTEM Part 3

01:09:23

4 # Average Part 1

01:07:21

5 # Average Part 2

00:28:28

6 # Average Part 3

00:36:36

7 # RATIO & PROPATIONAL (ALLIGATION)

01:43:52

8 # PERCENTAGE Part 1

00:56:30

9 # PERCENTAGE Part 2

00:42:02

10 # PERCENTAGE Part 3

00:17:36

11 # PROFIT LOSS

01:03:56

12 # SIMPLE INTEREST

01:14:50

13 # Compound Interest

00:47:05

14 # SPEED & DISTANCE

02:02:09

1 # Linear Algebra -1

02:20:21

2 # Linear Algebra -1

03:35:30

3 # Linear Algebra -1

03:18:23

4 # Linear Algebra -1

03:04:59

5 # Differential Equations-1

02:37:45

6 # Differential Equations-1

01:26:35

7 # Differential Equations-1

01:14:52

8 # Calculus

01:17:22

9 # Calculus

00:57:47

10 # Calculus

01:16:23

11 # Calculus

02:50:23

12 # Probability and Statistics-1

02:41:34

13 # Probability and Statistics-1

01:15:37

14 # Complex Functions-1

02:24:23

15 # Complex Functions-1

00:38:20

16 # Laplace Transform

00:41:03

₹ 25000


What You will Get

  • Online Classes

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  • Unlimited Access

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    Students can interact with our teachers using the chat and email option

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