Analog Electronics · 2020. 1. 5. · Workbook Questions (Q40Q41) Logarithmic Amplifier...
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ANALOG ELECTRONICSINSTRUMENTATION ENGINEERING
Chapter 01 BJT Biasing
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Introduction to BJT
Symbolic Representation of BJT
Important points of BJT
Order of Crosssectional area
BJT Configuration
AC & DC Analysis of BJT
Feedback Bias Transistor
Voltage Divider Bias
Workbook Questions (Q1Q2)
Workbook Questions (Q3Q5)
Workbook Questions (Q6Q7)
Workbook Questions (Q8Q11)
Lecture 00 How to use PDGD course for Analog Electronics ? 00:44:00
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Chapter 02 Region of BJT
Lecture 01
Lecture 02
Introduction of Region of Transistor
Region Assuming Saturation Region
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Lecture Information
G A T E
TM

Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Workbook Questions (Q1Q3)
Workbook Questions (Q4Q5)
Workbook Question (Q6)
Workbook Question (Q7)
Common Data Question (Q8Q12)
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Chapter 03 MOSFET Biasing
Lecture 01
Lecture 02
Lecture 03
Introduction to MOSFET
Characteristics of MOSFET
Question Based on MOSFET Biasing
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Chapter 04 Current Mirror Circuit
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Introduction to CMC
Concept of CMC
CMC for High Value of Beta
MOSFET CMC
Widlar CMC
Wilson Current Mirror Circuit
MultipleCopy CMC
Workbook Questions (Q1Q6)
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Chapter 05 Thermal Stabilization and Compensation Technique
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Concept of Operating Point of Transistors
Concept of Stability Factor s, s' and s''
Fixed Bias Circuit of Transistor
Questions Based on Fixed Bias Circuit of Transistor
Collector Feedback Bias Circuit
Questions Based on Collector Feedback Bias Circuit
Voltage Divider Bias or Self Bias
Questions Based on Voltage Divider Bias or Self Bias
Emitter Bias or Self Bias
Bias Compensation Technique
Comparison of Stability factor of Voltage Divider Bias & ..
Thermal Runaway
Thermal Resistance
Derating Factor
AC & DC Load Line of a Voltage DividerCircuit
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Chapter 06 Operational Amplifier
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Lecture 30
Lecture 31
Lecture 32
Lecture 33
Lecture 34
Lecture 35
Lecture 36
Lecture 37
Lecture 38
Lecture 39
Introduction to OpAmp
Symbolic Representation
Transfer Characteristics of OpAmp
Comparator Circuit
Zero Crossing Detector
VGC (Virtual Ground Concept)
Ideal Noninverting OpAmp
Ideal Inverting OpAmp
Workbook Questions (Q1Q3)
Adder
Special Case of Adder
Subtractor
Special Case of Subtractor
Workbook Questions (Q4Q7)
Workbook Questions (Q8Q11)
Workbook Questions (Q12Q14)
Introduction to Schmitt Trigger Circuit
Schmitt Trigger Case1
Transfer Characteristics (Case1)
Schmitt Trigger Case2
Schmitt Trigger Case3
Conclusion of Schmitt Trigger
Special Case of Schmitt Trigger
Workbook Questions (Q15Q17)
Workbook Questions (Q18Q20)
Workbook Questions (Q21Q22)
Ideal Integrator Circuit
Frequency Response of Ideal Integrator Circuit
Practical Integrator Circuit
First Order Low Pass Filter
First Order High Pass Filter
Practical integrator as L.P.F
Unity Gain Frequency
Ideal Differentiator Circuit
Practical Differentiator Circuit
Integrator and Differentiator
Modified Practical Differentiator Circuit
Concept of Bandpass and Bandstop Filter
Filter Analysis using Transfer Function (Part1)
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Lecture 40
Lecture 41
Lecture 42
Lecture 43
Lecture 44
Lecture 45
Lecture 46
Lecture 47
Lecture 48
Lecture 49
Lecture 50
Lecture 51
Lecture 52
Lecture 53
Lecture 54
Lecture 55
Lecture 56
Lecture 57
Lecture 58
Lecture 59
Lecture 60
Lecture 61
Lecture 62
Lecture 63
Lecture 64
Lecture 65
Lecture 66
Lecture 67
Lecture 68
Lecture 69
Lecture 70
Lecture 71
Lecture 72
Lecture 73
Lecture 74
Lecture 75
Lecture 76
Lecture 77
Lecture 78
Lecture 79
Lecture 80
Filter Analysis using Transfer Function (Part2)
Filter Analysis of RLC Circuit
All Pass Filter using L.P.F
All Pass Filter using H.P.F
Example 1 (Active Filter)
Example 2 (Active Filter)
Example 3 (Active Filter)
Example 4 (Active Filter)
Example 5 (Active Filter)
Example 6 (Active Filter)
Example 7 (Active Filter)
Example 8 (Active Filter)
Example 9 (Active Filter)
Example 10 (Active Filter)
Example 11 (Active Filter)
Example 12 (Active Filter)
Example 13 (Active Filter)
Workbook Questions (Q23Q26)
Workbook Questions (Q27Q30)
Workbook Questions (Q31Q33)
Workbook Questions (Q34Q35)
Introduction to Multivibrator
Working of AstableMultivibrator
Calculation of ON Time, OFF Time and Frequency
Modified AstableMultivibrator
Workbook Questions (Q36Q37)
Working of MonostableMultivibrator
Calculation of Pulse Width
Workbook Questions (Q38Q39)
Workbook Questions (Q40Q41)
Logarithmic Amplifier
Antilogarithmic Amplifier
Designing of Multiplier Circuit
Designing of Divider Circuit
Workbook Questions (Q42Q43)
Clamper Circuit Using OpAmp
AC Parameter of OpAmp
Common Mode Rejection Ratio
CMRR for Subtractor Circuit
Condition for Zero Noise Gain
Workbook Questions (Q44Q47)
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Lecture 81
Lecture 82
Lecture 83
Lecture 84
Lecture 85
Lecture 86
Lecture 87
Lecture 88
Lecture 89
Lecture 90
Lecture 91
Lecture 92
Lecture 93
Lecture 94
Lecture 95
Lecture 96
Lecture 97
Lecture 98
Lecture 99
Lecture 100
Slew Rate
Slew Rate Distortion
Workbook Questions (Q48Q51)
DC Parameters of OpAmp
Effect of Input Bias Current
Effect of Input Offset Current
Effect of Input Offset Voltage
Workbook Questions (Q52Q55)
Workbook Questions (Q56Q58)
Precision Rectifier
Noninverting Precision halfwave Rectifier (Part1)
Noninverting Precision halfwave Rectifier (Part2)
Inverting Precision halfwave Rectifier
Concept of Full Wave Rectifier
Precision Full Wave Rectifier
Modified Precision Full Wave Rectifier
Workbook Questions (Q59Q62)
Differential Amplifier (DC Analysis)
Differential Amplifier (AC Analysis)
Instrumentation Amplifier
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PDF
Chapter 07 Diode Equivalent Circuit
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Syllabus Overview of Analog Electronics
Basic Diode Operation
Non Ideal Diode Operation
Example to Understand Diode Operation
Open Circuit Test on Diode
Example on Open Circuit Test
Short Circuit Test With Example
Introduction to Diode Equivalent Circuit
Non Linear Model of Diode Equivalent Circuit
Practical Model of Diode Equivalent Circuit
Constant Voltage Drop Model of Diode Equivalent Circuit
Piece wise Linear Model of Diode Equivalent Circuit
Ideal Model of Diode Equivalent Circuit
Small Signal (AC) Model of Diode (Part 1)
Small Signal (AC) Model of Diode (Part 2)
Example on Equivalent Circuit Model
Workbook Questions 14
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Lecture 18
Lecture 19
Lecture 20
Workbook Questions 59
Workbook Questions 1013
Workbook Questions 1416
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Chapter 08 Zener Diode As Regulator
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Introduction to Voltage Regulator
Zener Diode as Voltage Regulator
Load Regulation & Line Regulation
Workbook Questions 14
Workbook Questions 510
Workbook Questions 1112
Chapter 09 Clipper Circuit
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Introduction to Wave Shaping Circuit
Classification of Clipper Circuit
Positive Series Clipper Circuit
Negative Series Clipper Circuit
Positive Shunt Clipper Circuit
Negative Shunt Clipper Circuit
Example 12 Based on Series Clipper
Example 34 Based on Series Clipper
Example 12 Based on Series Clipper with VR (Re ..
Example 12 Based on Shunt Clipper
Example 34 Based on Shunt Clipper
Workbook Questions 13
Workbook Questions 46
Workbook Questions 710
Workbook Question 11
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Chapter 10 Clamper Circuit
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Introduction to Clamper circuit
Positive Clamper Circuit
Different cases in Positive clamper circuit
Negative Clamper Circuit
Peak detector, Ideal diode with RL= Infinite
Peak detector, Practical diode with RL= Infinite
Peak detector, Ideal diode with RL= Finite (Envelope Detector)
Voltage Doubler Circuit
Voltage Tripler &Quadrupler Circuit
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Lecture 10
Lecture 11
Lecture 12
Lecture 13
Workbook Questions 14
Workbook Questions 57
Workbook Questions 810
Workbook Question 11
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Chapter 11 Rectifier & Filter
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Introduction to Rectifier Circuit
Power Supplies
Understanding Diode Models for Rectifier Operation
Half Wave Rectifier Circuit
Construction of Half Wave Rectifier
Performance Analysis of Half wave rectifier
Full Wave Rectifier Center Tapped
Full Wave Rectifier Working
Performance Analysis of Full Wave Rectifier (Part 1)
Performance Analysis of Full Wave Rectifier (Part 2)
Full Wave Bridge Rectifier Circuit
Performance Analysis of Full Wave Bridge Rectifier Circuit
Rectifier with Filter
Workbook Questions 14
Workbook Questions 510
Chapter 12 Low Frequency BJT Amplifier
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Introduction to Amplifier
Definition of Input Impedance
Definition of Output Impedance
Definition of Voltage Gain
Definition of Current Gain
AC Parameter of Amplifier
BJT Amplifier Configuration
DC and AC Analysis of BJT (Part1)
DC and AC Analysis of BJT (Part2)
Transistor as a Two Port Network
Hparameters of Transistor
Advantage and Disadvantage of hparameter
Derivation of Internal Parameters of BJT
Approximate Analysis of CE without RE
Approximate Analysis of CE with RE
Effect of Emitter Bypass Capacitance
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Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Lecture 30
Lecture 31
Lecture 32
Lecture 33
Lecture 34
Lecture 35
Lecture 36
Lecture 37
Lecture 38
Lecture 39
Lecture 40
Lecture 41
Lecture 42
Lecture 43
Lecture 44
Lecture 45
Lecture 46
Lecture 47
Lecture 48
Lecture 49
Lecture 50
Lecture 51
Lecture 52
Lecture 53
Lecture 54
Lecture 55
Lecture 56
Lecture 57
Common Collector Amplifier
Common Base Amplifier
Comparison of CB, CE & CC
Miller's Theorem
Dual of Miller's Theorem
Generalised AC Model (re Model)
CE without Re (re Model)
CE with Re (re Model)
AC Resistance or Dynamic Resistance
CC and CB Amplifier
Classification of Amplifier based on Input & Output Resistance
Basic Concept of Feedback Amplifier
Sensitivity of Feedback Amplifier
Frequency Response of Amplifier
Low Pass Filter with Feedback
High Pass Filter with Feedback
Block Diagram of Feedback Amplifier
Basics of Series [slash] Voltage Mixing
Basics of Shunt [slash] Current Mixing
Basics of Shunt [slash] Voltage Sampling
Basics of Series [slash] Current Sampling
VoltageSeries Topology
Analysis of Voltage Series Topology
VoltageShunt Topology
Analysis of Voltage Shunt Topology
CurrentSeries Topology
CurrentShunt Topology
Relationship between Avf,Aif,Gmf,Rmf
Analysis of Feedback Topology
Example 1 (Feedback Topology)
Example 2 (Feedback Topology)
Example 3 (Feedback Topology)
Example 4 (Feedback Topology)
Cascade Amplifier
Loading Effect
Cascode Amplifier
Cascode Amplifier Parameters
Darlington Pair
Parameters of Darlington Pair
Analysis of 3db frequency
Cascade connection of LPF and HPF
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Lecture 58
Lecture 59
Lecture 60
Parallel connection of LPF and HPF
Frequency response of multistage amplifier
Questions Based on Feedback & Cascade Amplifier
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Chapter 13 MOSFET Amplifier
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Introdution to MOSFET Amplifier
Small Signal Model (Triode Region)
Small Signal Model (Saturation Region, λ=0)
Small Signal Model (Saturation Region, λ=0)MOSFET Common Source Amplifier
MOSFET Common Drain Amplifier
MOSFET Common Gate Amplifier
Questions on MOSFET Amplifier (14)
Questions on MOSFET Amplifier (58)
Questions on MOSFET Amplifier (915)
Chapter 14 555  Timer
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Introduction to IC555 Timer
Working of IC555 Timer
IC555 Timer as a MonostableMultivibrator
IC555 Timer as a AstableMultivibrator
Application of IC555 Timer
Workbook Questions (Q1Q4)
Chapter 15 Oscillator
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Introduction to Oscillator
Principle of Operation
Wein Bridge Oscillator
RC Phase Shift Oscillator
LC Oscillator
Question Based on Oscillator
A/114115, Smriti Nagar, Bhilai490020 (CG)
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G A T E
TM
Lecture Information
Chapter 01 Number System
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Number of Zeros at the end
Unit Digit Value
Last Two Digits
Concept of Remainders
Factorisation
Divisibility
Important Note
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Chapter 02 PnC & Probability
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Addition, Multiplication & Filling
Basics of PnC
LettersWord Arrangement
Team Formation
Question Paperwala Question
Number Sum
Linear and Circular Arrangements
Straight Lines, Triangles, Chess Board, Handshake & Gift...
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GENERAL APTITUDEINSTRUMENTATION ENGINEERING

Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Dictionary Word
Important Concepts PnC
Concept Builder 1 (Probability)
Concept Builder 2 (Probability)
Challenge Question (Probability )
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02:01:46
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Chapter 03 TSD & Work and Time
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Average Speed
Time Difference
Relative Speed
Challenge Questions
Boats & Streams
Linear Races
Challenge Questions
Circular Races & HCFLCM
Work & Time
Understanding Workdone
Distribution of Wages
Pipes & Cisterns
W=DMTE
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Chapter 04 Percentage & Its Applications
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Percentage : DI (Pie Chart)
Percentage : DI (Table & Line Graph)
Percentage Basic
Profit & Loss
Mixture Alligation
SICI & Some more Graphs
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Chapter 05 Miscellaneous
Lecture 01
Lecture 02
Lecture 03
Logarithms
Odd One Out, Coding, Decoding, Missing Letter & Blood ...
Simplification, Some More Graphs & Reasoning
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Chapter 06 Verbal
Lecture 01
Lecture 02
Lecture 03
Logical Connective
Syllogism
Verbal Reasoning (Critical Reasoning)
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01:43:06

A/114115, Smriti Nagar, Bhilai490020 (CG)
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Chapter 07 Verbal Ability and Verbal Grammar (VA/VG)
Lecture 01 Verbal Ability and Verbal Grammar (VA/VG) 02:22:20
Chapter 08 Vocabulary Development (Rapid Fire)
Lecture 01
Lecture 02
Lecture 03
Rapid Fire (1)
Rapid Fire (2)
Rapid Fire (3)
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G A T E
TM
Lecture Information
Module 01 Analog Communication
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Introduction to the Course
Introduction to Communications
Modulation & Needs of Modulation
Question based on Modulation (12)
Amplitude Modulation
Time Domain Waveform of AM
Frequency Domain representation of AM & Bandwidth
Types of AM
Power Calculation & Saving in AM
Bandwidth & Power Requirement of Multitone
Workbook Questions (314)
Workbook Questions (1523)
Workbook Questions (2427)
Generation of AM
Workbook Questions (2830)
Detection of AM
Workbook Question (3134)
Generation of DSBSC
00:22:41
00:10:41
00:52:25
00:36:42
00:30:15
00:31:05
00:22:25
00:12:28
00:40:12
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00:46:12
01:09:24
00:43:00
01:01:04
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COMMUNICATION AND OPTICAL INSTRUMENTATIONINSTRUMENTATION ENGINEERING

Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Lecture 30
Lecture 31
Lecture 32
Lecture 33
Lecture 34
Lecture 35
Lecture 36
Lecture 37
Lecture 38
Lecture 39
Lecture 40
Detection of DSBSC
Hilbert Transform
Generation & Detection of SSBSC
Workbook Questions (3538)
Complex Envelope and Workbook Questions (3940)
Phasor Diagram of AM
Frequency Division Multiplexing & Workbook Questions (4143)
Angle Modulation
Phase Modulation & frequency Modulation
Workbook Questions (16)
Workbook Questions (712)
Relation between FM and PM
Types of frequency Modulation (NBFM)
Types of frequency Modulation (WBFM)
Power Calculation & Transmission Efficiency
Workbook Questions (1318)
Workbook Questions (1925)
Generation of FM
Workbook Questions (2728)
Demodulation of FM
Superhetrodyne Receiver
Workbook Questions (16)
00:17:55
00:40:08
00:26:36
00:21:50
00:27:03
00:11:49
00:50:13
00:12:45
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Module 03 Digital Communication
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Block Diagram of Digital Communication and PCM
Sampling Theorem (Part 1)
Sampling Theorem (Part 2)
Types of Sampling
Examples on Sampling
Workbook Question (17)
00:36:19
00:46:25
00:34:22
01:14:31
00:55:11
00:34:38
Module 02 Random Variable and Random Process
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Concept of Random Variable
Analysis Of Random Variable (CDF)
Analysis of Random Variables (PDF)
Characteristics Parameter of Random Variable
Special Random Variable (Part 1)
Special Random Variable (Part 2)
Central Limit Theorem
00:27:09
00:29:56
00:26:32
00:19:41
00:33:43
00:31:52
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Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Workbook Question (89)
Sampling of Bandpass Signal & Workbook Questions (1011)
Quantization
Signal to Quantization Noise Ratio
Non Uniform Quantization (Companding)
Intersymbol Interference
Workbook Questions (1220)
Workbook Questions (2131)
Differential Pulse Code Modulation (DPCM)
Delta Modulation
Signal to Quantization Noise Ratio in Delta Modulation
Workbook Questions (3236)
Time Division Multiplexing
Workbook Question (3740)
Introduction to Bandpass Transmission
Binary Amplitude Shift Keying
Binary Phase Shift Keying
Differential Phase Shift Keying
Mary PSK
Binary Frequency Shift Keying (Part 1)
BFSK (Part 2) & Mary FSK
Workbook Question (17)
Workbook Questions (813)
00:37:57
00:15:48
00:37:52
00:20:35
00:30:06
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00:33:29
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Module 04 Basics of Optical Fiber
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Light Propagation through optical Fiber
Types of optical fiber
Workbook Questions
Polarization of light
Optical source and Detectors
Introduction to LASER
Operating Principle of LASER
Mode Separation
LASER Parts
(LED) Light Emitting Diode
Photodiode
Photoresistor
GATE Questions
01:04:33
00:29:41
00:56:11
01:09:49
00:06:50
00:24:17
00:14:08
00:04:16
00:08:35
00:07:00
00:06:57
00:02:46
00:12:49
00:07:22
00:03:20
00:07:16
00:02:56
00:04:29
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Interferometer
Young's Double Slit Experiment
Michelson's Interferometer
Application of Interferometer
GATE Questions
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G A T E
TM
Lecture Information
Chapter 01 Basics of Control System
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Concept of Open & Closed System
Representation of Closed System
Concept of Open Loop Transfer function (OLTF)
Sensitivity
Workbook Question (Q1&Q2)
Workbook Question (Q3&Q4)
Laplace Transform of Some Basic Signals
Concept of Poles & Zeros
Significance of Poles
Stability in negative and positive feedback system
Concept of Dominant Pole
Workbook Question (Q5)
Transfer Function
Concept of Impulse and step response
Initial and final value theorem
00:16:57
00:20:35
00:14:35
00:20:57
00:07:00
00:08:27
00:34:34
00:14:43
00:31:20
00:16:14
00:32:47
00:10:28
00:23:27
00:23:20
00:20:12
CONTROL SYSTEMINSTRUMENTATION ENGINEERING
Lecture 0.0
Lecture 0.1
Syllabus of Control System
How to Study Control System ?
00:10:00
00:09:20

Lecture 16
Lecture 17
Lecture 18
Lecture 19
Workbook Question (Q6Q7)
Workbook Question (Q8Q9)
Workbook Question (Q10Q11)
Workbook Question (Q12)
00:14:53
00:16:23
00:15:40
00:13:01
Chapter 02 Block Diagram & Signal Flow Graph
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Block diagram reduction rules
Example 1 based on Block diagram reduction rules
Workbook Question (Q1)
Example 2 based on Block diagram reduction rules
Example 3 based on Block diagram reduction rules
Workbook Question (Q2)
Workbook Question (Q3)
Workbook Question (Q4)
Introduction of Signal Flow Graph
Example 1 based on SFG
Example 2 based on SFG
Example 3 based on SFG
Workbook Question (Q5)
Workbook Question (Q6)
Workbook Question (Q7)
Workbook Question (Q8)
Example 4 based on SFG
Example 5 based on SFG
Workbook Question (Q9)
Limitation of Mason's Gain Formula
00:33:47
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00:9:08
00:16:09
00:04:40
00:12:16
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00:16:16
00:10:14
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Chapter 03 Time Response Analysis
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Analysis of first order system
Introduction of 2nd order system
Unit impulse response of 2nd order system (Part1)
Unit impulse response of 2nd order system (Part2)
Unit impulse response of 2nd order system (Part3)
Concept of Damping in series RLC Circuit
Concept of Damping in parallel RLC Circuit
Step Response of 2nd order system (Part1)
Step Response of 2nd order system (Part2)
Question based on 2nd order system
Workbook Question (Q1)
00:38:04
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00:40:04
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00:23:36
00:34:39
00:18:32
00:25:52
00:24:38
00:25:13
00:07:45

Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Lecture 30
Lecture 31
Lecture 32
Lecture 33
Lecture 34
Lecture 35
Lecture 36
Workbook Question (Q2)
Workbook Question (Q3)
Workbook Question (Q4Q5)
Workbook Question (Q6)
Challenging Questions based on 3rd order system
Time Domain parameters of 1st order system
Time Domain parameters of 2nd order system (Part1)
Time Domain parameters of 2nd order system (Part2)
Time Domain parameters of 2nd order system (Part3)
Workbook Question (Q7)
Workbook Question (Q8Q9)
Question Based on time domain parameter of 2nd ..
Workbook Question (Assignment 4)
Analysis of time domain parameters corresponding to ..
Steadystate error for unity feedback system (Part1)
Steadystate error for unity feedback system (Part2)
Workbook Questions based on steady state error (Q10Q11)
Workbook Questions based on steady state error (Q12)
Workbook Questions based on steady state error (Q13)
Workbook Questions based on steady state error (Q14)
Workbook Questions based on steady state error (Q15)
Steady state error for nonunity feedback system
Question based on Steady state error for nonunity ..
Question based on Steady state error for nonunity ..
Workbook Questions (Q18Q19)
00:07:56
00:10:52
00:12:38
00:17:47
00:13:50
00:32:10
00:29:42
00:34:39
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Chapter 04 RouthHurwitz Stability
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Introduction of Routh Hurwitz Stability Criterion (Part1)
Introduction of Routh Hurwitz Stability Criterion (Part2)
Introduction of Routh Hurwitz Stability Criterion (Part3)
Example based on Routh Hurwitz Stability Criterion (Ex 4)
Example based on Routh Hurwitz Stability Criterion (Ex 5)
Special Case based on RH table (Part1)
Special Case based on RH table (Part2)
Workbook Question (Q1Q2)
Workbook Question (Q3)
Workbook Question (Q4Q5)
Workbook Question (Q6Q7)
Workbook Question (Q8Q9)
Workbook Question (Q10)
00:28:03
00:14:18
00:26:05
00:09:38
00:19:18
00:07:46
00:07:01
00:14:55
00:10:59
00:18:25
00:18:58
00:13:12
00:11:31

Lecture 14
Lecture 15
Lecture 16
Lecture 17
Important Concept (Part1)
Important Concept (Part2)
Important Concept (Part3)
Workbook Question (Q11)
00:21:16
00:13:00
00:10:39
00:08:50
Chapter 05 Root Locus Diagram
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Lecture 30
Lecture 31
Introduction of Root Locus
Rules for Sketching Root Locus (Part1)
Rules for Sketching Root Locus (Part2)
Workbook Question (Q1)
Workbook Question (Q2Q3)
Rules for Sketching Root Locus (Part3)
Rules for Sketching Root Locus (Part4)
Question Based on Root Locus (Part1)
Question Based on Root Locus (Part2)
Question Based on Root Locus (Part3)
Question Based on Root Locus (Part4)
Question Based on Root Locus (Part5)
Question Based on Root Locus (Part6)
Workbook Question (Q4Q5)
Workbook Question (Q6)
Workbook Question (Q7)
Question Based on Root Locus (Part7)
Angle of Departure and Arrival
Workbook Question (Q8)
Question Based on Root Locus (Part8)
Concept of Complementary Root Locus (Part1)
Concept of Complementary Root Locus (Part2)
Question Based on Complementary Root Locus
Workbook Question (Q9)
Question Based on Root Locus (Part9)
Workbook Question (Q10)
Workbook Question (Q11)
Workbook Question (Q12Q14)
Effect of addition of poles & zeros on Root Locus
Question based on Effect of addition of poles on Root Locus
Workbook Question (Q15)
00:42:26
00:45:23
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00:10:15
00:29:44
00:19:07
00:27:08
00:24:39
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00:22:23
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00:23:41
00:19:24
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00:22:09
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Chapter 06 Polar Plot
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Introduction Polar Plot
Polar plot for type '0'system
Polar plot for type '1' system
Polar plot for higher order system
Good example of polar plot
Workbook Questions (Q1Q2)
Relative Stability Parameter (Part1)
Relative Stability Parameter (Part2)
Relative Stability Parameter (Part3)
Relative Stability Parameter (Part4)
Workbook Question (Q3Q4)
Workbook Question (Q5Q6)
Good Example Based on Relative Stability Parameter
Calculation of Gain Margin by using Root Locus
Good concept of critical point (–1 + j0)
Graphical calculation of Phase Margin
Questions based on relative stability parameter
Workbook Question (Q7Q8)
Good question on polar plot
Polar plot of transportation delay system
Workbook Question (Q9Q10)
Workbook Question (Q11)
Good Concept of Polar plot (Part1)
Good Concept of Polar plot (Part2)
00:23:35
00:35:52
00:15:06
00:09:05
00:19:57
00:17:13
00:37:37
00:16:22
00:23:05
00:12:42
00:15:36
00:09:40
00:53:34
00:11:58
00:12:05
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00:12:31
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00:17:37
00:09:25
00:34:54
00:59:25
Chapter 07 Nyquist Stability Criterion
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Introduction of Nyquist plot
Nyquist Contour
Story of Nyquist Plot
Questions based on Nyquist plot (part1)
Questions based on Nyquist plot (part2)
Questions based on Nyquist plot (part3)
Questions based on Nyquist plot (part4)
Workbook Question (Q1Q2)
Workbook Question (Q3Q4)
Workbook Question (Q5Q6)
Workbook Question (Q7)
Workbook Question (Q8)
00:17:31
00:24:43
01:05:33
00:30:32
00:22:37
00:11:33
00:12:31
00:17:37
00:26:30
00:26:31
00:21:00
00:13:48

Lecture 13
Lecture 14
Lecture 15
Lecture 16
Workbook Question (Q9)
Workbook Question (Q10Q11)
Workbook Question (Q12)
Relative stability parameters for positive feedback system
00:17:28
00:28:15
00:15:44
00:06:58
Chapter 08 Bode Plot
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Introduction of Bode Plot
Question Based on Bode Plot (Part1)
Question Based on Bode Plot (Part2)
Question Based on Bode Plot (Part3)
Question Based on Bode Plot (Part4)
Bode Plot for First Order System (Part1)
Bode Plot for First Order System (Part2)
Recovery of Transfer Function from Bode .. Part1)
Recovery of Transfer Function from Bode .. Part2)
Workbook Question (Q1Q2)
Workbook Question (Q3Q4)
Workbook Question (Q5)
Workbook Question (Q6)
Workbook Question (Q7)
Workbook Question (Q8)
Workbook Question (Q9)
Workbook Question (Q10)
Calculation of Error Coefficient from Bode Plot
Workbook Question (Q11)
Workbook Question (Q12)
Relative Stability Parameter from Bode Plot
Bode Plot for Standard 2nd Order System
Workbook Question (Q13)
Asymptotic Bode Phase Plot
00:29:20
00:25:57
00:11:08
00:10:48
00:32:09
00:37:24
00:16:23
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00:26:18
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00:13:25
00:14:33
00:13:21
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Chapter 09 Frequency Response of Second Order System
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Frequency Response of Standard 2nd Order System
Workbook Question (Q1)
Workbook Question (Q2Q3)
Workbook Question (Q4)
Workbook Question (Q5)
3db frequency of Standard 2nd Order System
Relative Stability Parameter of Standard 2nd Order System
00:23:44
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00:08:43
00:09:17
00:24:03
00:16:00

Chapter 10 State Space Analysis
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Introduction of State Space Analysis
Example Based on State Variable Representation (Part1)
Example Based on State Variable Representation (Part2)
Example Based on State Variable Representation (Part3)
Recovery of Transfer Function from State Vari ..(Part1)
Recovery of Transfer Function from State Vari ..(Part2)
Workbook Question (Q1)
Workbook Question (Q2Q3)
Workbook Question (Q4Q5)
Workbook Question (Q6)
Good Concept of State Variable Representation
Solution of State Space Equation (Part1)
Solution of State Space Equation (Part2)
Workbook Question (Q7Q8)
Workbook Question (Q9)
Workbook Question (Q10)
Workbook Question (Q11Q12)
Workbook Question (Q13)
Workbook Question (Q14Q15)
Concept of Controllability and Observability
Question Based on Controllability and Observability (Part1)
Question Based on Controllability and Observability (Part2)
Transfer Function Decomposition (Part1)
Transfer Function Decomposition (Part2)
Workbook Question (Q16)
Workbook Question (Q17)
State Variable Representation of Electrical Network
00:42:04
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PDF
Chapter 11 Controllers & Compensators
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Introduction of Compensator and Controller
Lag Compensator
Lead Compensator
LagLead Compensator
LeadLag Compensator
Workbook Question (Q1Q3)
Workbook Question (Q4)
Workbook Question (Q5)
OnOff Controller
00:13:08
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00:22:46
00:24:42
00:15:38
00:13:55
00:08:13
00:04:17

A/114115, Smriti Nagar, Bhilai490020 (CG)
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Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Proportional Controller
Derivative Controller
Proportional Derivative Controller
Integral Controller
PI Controller
PID Controller
Workbook Question (Q6)
Workbook Question (Q7)
Workbook Question (Q8)
Comparison Between Phase Lag Compensator & ..
00:35:25
00:10:31
00:24:39
00:09:45
00:10:45
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PDF

G A T E
TM
Lecture Information
Chapter 01 Logic Gates
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Basic gatesAND, OR & NOT
Universal gatesNAND
Designing using Minimum number of NAND gates
Universal gatesNOR
Designing using Minimum number of NOR gates
Workbook Questions 15
Switching Circuit Representationbasic & universal gates
Special Purpose GatesXOR
Special Purpose GatesXNOR
Workbook Questions 612
Switching Circuit RepresentationSpecial Purpose Gates
Workbook Questions 1314
Special Case in minimum number of NAND & NOR gates
Workbook Questions 1516
Workbook Questions 1719 Based on Propagation Delay
Ring Oscillator & Workbook Questions 2021
Lecture 00 How to Study Digital Electronics & Microprocessor 8085 ? 00:24:20
DIGITAL ELECTRONICSINSTRUMENTATION ENGINEERING
00:26:32
00:35:40
00:29:23
00:20:40
00:15:16
00:17:11
00:19:11
00:29:36
00:36:37
00:32:14
00:12:17
00:21:05
00:11:46
00:08:28
00:17:23
00:19:31

Chapter 02 Boolean Algebra
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Laws of Boolean Algebra
Conensus Law
Associative Law, DeMorgan's Law & Duality
Maximum Number of Boolean Functions
Workbook Questions 16
Workbook Questions 712
Representation of Boolean FunctionSOP & POS
Standard/Canconical SOP & POS form (Part 1)
Standard/Canconical SOP & POS form (Part 2)
Standard/Canconical SOP & POS form (Part 3)
Workbook Questions 1323
Minterms through Logic gates & workbook questions 2426
00:11:58
00:20:17
00:32:31
00:19:35
00:17:10
00:22:42
00:22:17
00:26:19
00:30:44
00:15:12
00:30:45
00:20:52
Chapter 03 KMaps
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Two variable KMaps
Three variable KMaps
Four variable KMaps
Workbook Questions 16
Workbook Questions 712
Concept of Don't Care
Workbook Questions 1317
Workbook Questions 1821
Workbook Questions 2225
Five variable KMaps & Workbook Question 26
Prime Implicants & Essential Prime Implicants
Workbook Questions 2733
00:27:22
00:38:02
00:35:16
00:36:20
00:34:30
00:15:48
00:16:07
00:29:31
00:27:32
00:12:20
00:38:18
00:34:34
Chapter 04 Number System, Binary Codes & Complement Form
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Number System & Conversion (Part 1)
Number System & Conversion (Part 2)
Workbook Questions 111
BCD Codes
Workbook Questions 1214
Gray Code
Sign Magnitude & 2's complement representation (Part 1)
Sign Magnitude & 2's complement representation (Part 2)
00:27:22
00:29:29
00:39:22
00:25:21
00:05:17
00:17:28
00:21:20
00:22:09

Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
00:31:22
00:22:52
00:11:51
00:30:05
00:28:21
00:09:07
Chapter 05 Combinational Circuits
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Lecture 30
Lecture 31
00:17:34
00:24:59
00:14:21
00:27:49
00:21:17
00:18:00
00:21:45
00:12:11
00:20:45
00:29:40
00:20:16
00:22:43
00:26:08
00:16:31
00:24:43
00:22:27
00:26:23
00:39:00
00:35:24
00:32:24
00:34:25
00:30:15
00:25:42
00:34:33
00:34:31
00:13:16
00:26:12
00:22:42
00:32:37
00:32:16
00:23:48
Workbook Questions 13
Workbook Questions 48
Shortcut to find 2's
1's & 2's Complement's Arithmetic
Concept of Overflow
Workbook Questions 911
Introduction to Combinational Circuits & 2:1 Multiplexer
4:1 Multiplexer & 8:1 Multiplexer
Procedure to find output of Multiplexer
Workbook Questions 16
Workbook Questions 711
Workbook Questions 1215
MUX with enable input
Workbook Questions 1617
Designing of 2:1 Multiplexer
Designing of 4:1 Multiplexer
Designing of 8:1 Multiplexer
Designing any function using Minimum Number on MUX
Workbook Questions 1821
Workbook Questions 2225
Designing of Higher Order MUX using Lower Order MUX Part 1
Designing of Higher Order MUX using Lower Order MUX Part 2
Demultiplexer
Decoder Part 1
Decoder Part 2
Designing of Higher Order Decoder using Lower Order...
Workbook Question 14 (Decoder)
Encoder
Priority Encoder
Half Adder & Full Adder
Half Subtrator & Full Subtrator
Workbook Questions 13 (Adder & Subtrator)
Binary Parallel Adder
Workbook Questions 46 (Adder & Subtrator)
Workbook Question 78 (Adder & Subtrator)
Comparator
Workbook Questions 12 (Comparator)

Lecture 32
Lecture 33
Lecture 34
Lecture 35
Lecture 36
Lecture 37
00:19:08
00:17:53
00:39:23
00:29:45
00:04:25
00:38:06
Chapter 06 Sequential Circuits
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Lecture 30
Lecture 31
00:22:16
00:23:38
00:22:13
00:19:39
00:18:43
00:11:59
00:13:14
00:14:22
00:25:43
00:23:56
00:32:57
00:22:37
00:15:16
00:11:31
00:31:33
00:14:30
00:24:29
00:32:42
00:41:51
00:35:03
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00:23:29
00:14:38
00:26:23
00:36:30
00:29:46
00:24:29
00:37:29
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00:24:08
00:24:34
4bit Comparator
Code Converter Part 1
Code Converter Part 2
Programmable Logic Devices
Workbook Question 13 (PLDs)
Workbook Question 14 (Code Converter)
Sequential Circuits & Memory Element
SR Latch using NOR gate
SR Latch using NAND gate
Equivalence of SR Latch using NOR gate & SR Latch...
Introduction to FlipFlop
SR FlipFlop using NOR Latch
Equivalence of SR FlipFlop using NOR Latch & SR FlipFlop...
SR FlipFlop using NAND Latch
Characteristics Table, Characteristics Equation and Excitation...
D FlipFlop (NOR Latch & NAND Latch)
JK FlipFlop using NOR Latch
JK FlipFlop using NAND Latch
Characteristics Table, Characteristics Equation and Excitation...
T FlipFlop (NOR Latch & NAND Latch)
Quick Revision of Latch & FlipFlop
Workbook Questions (15)
Workbook Questions (69)
FlipFlop Conversion
Workbook Questions (1014)
Designing of Synchronous Counter from Next State Equation
Designing of Synchronous Counter from State Table...
Workbook Question 13
Analysis of Synchronous Counter (State Table or State...
Workbook Questions 46
Workbook Questions 710
Workbook Questions 1113
Workbook Questions 1417
External Input in Counter and UP/DOWN Counter
Alternative approach to Analyse Synchronous Counter
Alternative Solutions to Workbook Questions 49
Alternative Solutions to Workbook Questions 1017

Lecture 32
Lecture 33
Lecture 34
Lecture 35
Lecture 36
Lecture 37
00:35:44
00:27:20
00:27:08
00:38:11
00:36:32
00:18:47
00:32:38
00:29:45
00:11:41
00:36:58
00:37:35
00:21:02
00:31:50
00:23:33
00:21:10
00:24:03
00:38:37
00:33:22
00:15:22
00:12:40
00:12:36
00:11:17
00:22:32
00:20:17
00:41:18
00:29:48
00:10:15
00:36:18
00:07:03
00:38:16
00:25:34
00:25:39
00:38:43
00:21:49
00:32:35
00:43:15
0:32:51
00:23:43
00:13:43
00:19:49
Workbook Question 18
Workbook Question 1920
Workbook Question 21
Workbook Question 2224
Edge Trigged and level trigged FlipFlops
Concept of Asynchronous Counter
MOD 8 or divide by 8 Asynchronous Counter
Designing of Down Asynchronous Counter
MODN Asynchronous Counter
Asynchronous Clear and Preset Input
Analysis of MODN Asynchronous Counter (Part 1)
Analysis of MODN Asynchronous Counter (Part 2)
Designing of MODN Asynchronous UP Counter
Designing of MODN Asynchronous DOWN Counter
Shortcut for Designing & Analysis of MODN Asynchronous...
Comparison on Asynchronous Counter & Synchronous...
Workbook Question 16
Workbook Question 710
Concept of Frequency Division in MODN Asynchronous ..
Workbook Question 1011
Synchronous Clear and Preset Input
Workbook Question 1213
Workbook Miscellaneous Questions (FF and Counters) 13
Workbook Miscellaneous Questions (FF and Counters) 46
Workbook Miscellaneous Questions (FF and Counters) 79
Workbook Miscellaneous Questions (FF and Counters) 1012
Workbook Miscellaneous Questions (FF and Counters) 13
Delay Comparison in Asynchronous Counter & Synchronous...
Workbook Miscellaneous Questions (FF and Counters) 1416
Self Starting Counters & Workbook Miscellaneous Question 17
Cascading of Counters through Workbook Question 18
Cascading of Counters through Workbook Questions 1920
Workbook Miscellaneous Questions (FF and Counters) 2122
Race Around Condition
Master Slave FlipFlop & Workbook Miscellaneous...
Shift Register
Application of Shift Register
Workbook Questions 14
Workbook Questions 56
Concept of Setup Time & hold time & Workbook Question 7
Lecture 38
Lecture 39
Lecture 40
Lecture 41
Lecture 42
Lecture 43
Lecture 44
Lecture 45
Lecture 46
Lecture 47
Lecture 48
Lecture 49
Lecture 50
Lecture 51
Lecture 52
Lecture 53
Lecture 54
Lecture 55
Lecture 56
Lecture 57
Lecture 58
Lecture 59
Lecture 60
Lecture 61
Lecture 62
Lecture 63
Lecture 64
Lecture 65
Lecture 66
Lecture 67
Lecture 68
Lecture 69
Lecture 70
Lecture 71

Chapter 07 DAC & ADC
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Weighted Resistor DAC & Workbook Questions 15
Parallel Comparator ADC & Workbook Questions 68
Successive Approximation ADC & Workbook Questions 9
Counter Type ADC & Workbook Questions 10
Full Scale Voltage, Resolution & Step Size through...
Dual Slope ADC & Workbook Questions 1415
Workbook Questions 1619
Workbook Questions 2023
R2R Ladder Type DAC
Workbook Questions 2427
00:44:36
00:37:30
00:32:35
00:17:20
00:29:06
00:47:29
00:36:11
00:23:37
00:28:48
00:17:06
Chapter 08 Microprocessor 8085
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Introduction to Microprocessor 8085
Data Transfer Instruction Group (Part 1)
Data Transfer Instruction Group (Part 2)
Arithmetic Instruction Group (Part 1)
Arithmetic Instruction Group (Part 2)
Arithmetic Instruction Group (Part 3)
Logical Instruction Group
Workbook Questions 111
Workbook Questions 1219
Branch Group Instructions (Part 1)
Branch Group Instructions (Part 2)
Stack Group Instructions
Workbook Questions 16
Workbook Questions 715
Workbook Questions 1618 based on IN & OUT Instruction
Workbook Questions 1921 based on DAA Instruction
T States, Machine Cycles & Instruction Cycle (Part 1)
T States, Machine Cycles & Instruction Cycle (Part 2)
Workbook Questions 19
Workbook Questions 1012
Interrupts
Workbook Questions 16
Memory
Workbook Questions 115
Memory Interfacing
00:44:33
00:39:54
00:39:19
00:34:35
00:37:25
00:15:55
00:29:07
00:33:28
00:32:42
00:37:34
00:52:11
00:21:26
00:37:28
00:37:06
00:13:14
00:37:02
00:18:04
00:37:37
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00:52:12

Lecture 26
Lecture 27
Lecture 28
Workbook Questions 1622
Workbook Questions 2324
Workbook Questions 2529
00:30:33
00:35:38
00:17:22
Chapter 09 Logic Family
Lecture 01
Lecture 02
Lecture 03
Lecture 04
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Logic Family  RTL & DTL with Workbook Questions 13
CMOS Logic Family
Workbook Questions 48
Workbook Question 9
0:37:23
0:30:38
0:17:53
0:08:49
Quick Revision
Lecture 01
Lecture 02
Quick Revision of Digital Electronics (Part 1)
Quick Revision of Digital Electronics (Part 2)
01:12:33
01:20:27

G A T E
TM
Lecture Information
Chapter 01 Linear Algebra
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Basics of Linear Algebra
Basic of Operation of Matrix
Types of Square Matrix
Eigen Value & Caley Hamilton Theorem
Eigen Vector & Concept of Diagnoalization
Rank of Matrix
Solution of Linear Equation
"Basis of Vectors
00:48:39
01:21:13
00:49:25
01:02:23
01:14:16
01:11:06
00:36:36
00:25:23
Lecture 00 How to use PDGD Course for Engineering Mathematics ? 00:28:44
ENGINEERINGMATHEMATICSINSTRUMENTATION ENGINEERING
Chapter 02 Differential Equation
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Basic of Differential Equation
Solution of Ordinary Differential Equation
Solution of Homogeneous Differential Equation
Solution of Non Homogeneous Differential Equation
Cautchy Linear Differential Equation
First Order First Degree Differential Equation
00:27:01
00:13:18
00:37:40
00:56:46
00:17:54
00:44:55

Lecture 07
Lecture 08
Lecture 09
Lecture 10
Partial Differential Equation
Basics of Partial Differential Equation
"Solutions of Partial Differential Equations"
First Order First Degree Differential Equation (Nonexact)
00:40:33
00:19:20
00:43:03
00:46:11
Chapter 03 Integral Calculus
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Basic of Integral Calculus
Special Function (Gamma & Beta)
Change of Order (Double Integral)
Application of Integral
Zero level concept of integration
Basic of proper and improper integrals
00:37:55
00:53:06
00:50:14
01:11:10
00:51:50
00:28:29
Chapter 04 Vector Calculus
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Basic of Vector
Del Operator
Gradient, Divergence, Curl & Directional Derivative
Problem Based on G, D & C
Vector Integral Calculus
Stoke & Gauss Theorem
Problem Based on Stoke & Gauss Theorem
Miscellaneous
00:46:16
00:08:03
00:49:13
00:37:04
00:13:07
00:24:54
00:49:00
00:19:02
Chapter 05 Maxima Minima
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Concept of Maxima & Minima (One Independent Variable)
Analysis of Maxima & Minima
Questions on Maxima & Minima
Concept of Maxima & Minima (Two Independent Variable)
Miscellaneous Questions on Maxima & Minima
00:18:33
00:17:18
00:14:01
00:07:53
00:30:06
Chapter 06 Mean Value Theorem
Lecture 01
Lecture 02
Lecture 03
Basic of Functions & Limits
Continuity & Differentiablity
Rolle & Lagrange's MVT
00:15:12
00:54:21
00:28:30
Chapter 07 Complex Variable
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Basic of Complex Variable
Concept of Analytic Function
Complex Integral
Residue Theorem & Cauchy Theorem
00:29:32
00:53:35
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01:07:02

Lecture 05
Lecture 06
Complex Series Expansion
Basic of Zeros & Singularities
00:33:02
00:19:04
Chapter 08 Limits & Series Expansion
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Limits
Series Expansion
Fourier Series
Laplace Transform
00:33:36
00:40:43
00:32:21
00:48:00
Chapter 09 Probability
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Sample Space
Events
Basic Of Probability
Probability of Distribution (Binomial)
Poison Distribution
Normal Distribution
Random Variable
Central Tendency (Mean, median, mode)
Standard deviation & Coefficient of Variance
Questions Based on Central Tendency
Basics of Corelation & Regression Analysis
Some more on probability(Bayes theorem) (Part1)
Some more on probability (Part2)
00:35:33
00:23:42
00:45:07
00:30:27
00:13:27
00:32:39
01:29:04
00:55:22
00:06:14
00:34:02
00:40:45
00:24:58
00:20:31
Chapter 10 Numerical Methods
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Methods to solve NonLinear Algebric Equation
Question of NonLinear Algebric Equation
Methods to Solve Differential Equation
Question of Differential Equation
00:54:03
00:30:55
00:12:25
00:30:30
Lecture 05
Lecture 06
Method to Solve Numerical Integral
Questions of Numerical Integrals
00:15:05
00:24:59
Preparation Strategy
Lecture 01 Prepare GATE Maths Strategically ??? By : Gurupal Sir 00:48:00
A/114115, Smriti Nagar, Bhilai490020 (CG)
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G A T E
TM
Lecture Information
Chapter 01 AC Bridge
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Introduction to Electrical & Electronics Measurements
Introduction to Bridge Network
Wheatstone Bridge (Part 1)
Wheatstone Bridge (Part 2)
Wheatstone Bridge (Part 3)
Wheatstone Bridge (Part 4)
Concept of Sensitivity
Workbook Questions on Wheatstone Bridge (Part 1)
Workbook Questions on Wheatstone Bridge (Part 2)
Workbook Questions on Wheatstone Bridge (Part 3)
Workbook Questions on Wheatstone Bridge (Part 4)
Introduction to AC Bridge
Arm Combinations
Source & Detectors
Maxwell Bridge
Analysis of Maxwell Bridge
Lecture 00 How to Study Electrical & Electronic Measurements ? 00:57:58
ELLECTRICAL &ELECTRONICSMEASUREMENTSINSTRUMENTATION ENGINEERING
00:34:35
00:26:48
00:29:38
00:26:26
00:35:16
00:13:06
00:14:07
00:21:22
00:07:55
00:16:33
00:14:28
00:28:22
00:30:45
00:18:00
00:27:31
00:09:24

Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Lecture 30
Lecture 31
Lecture 32
Hay's Bridge
Analysis of Hay's Bridge
Anderson Bridge
Owen's Bridge (Part 1)
Owen's Bridge (Part 2)
Introduction to Capacitance Measurement
Capacitance Measurement by De Sauty's Bridge (Unmodified)
Capacitance Measurement by De Sauty's Bridge (Modified)
Schering Bridge
Application of Schering Bridge
Frequency Measurement by Wein Bridge
Wagner earthing device
Workbook Questions 1&2
Workbook Questions 3&6
Workbook Questions 8&9
Workbook Questions 11&12
00:34:26
00:13:00
00:22:54
00:22:40
00:19:42
00:10:43
00:11:17
00:19:40
00:16:31
00:19:38
00:35:06
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Chapter 02 Basic Instruments
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Introduction to Basic Instruments
Controlling Torque & Damping Torque
Spring Control Technique
Gravity Control Technique
Concept of Torque
Permanent Magnet Moving Coil Instrument
PMMC Ammeter and its Range Extension
Compensation of Temperature Error in PMMC Ammeter
PMMC Voltmeter and its Range Extension
Concept of Sensitivity
Full Concept of Moving Iron Instrument
Moving Iron Ammeter & It's Range Extension
Moving Iron Voltmeter & It's Range Extension
Frequency Compensation in Moving Iron Voltmeter
Electromagnetic Moving Coil Instruments
Concept of Deflecting Torque in Electromagnetic Moving ..
Analysis of Electromagnetic Moving Coil Instruments
Introduction to Electrostatic Voltmeter
Range Extension of Electrostatic Voltmeter
Introduction to Rectifier type of Instruments
Rectifier type of Instruments with Half Wave Rectifier
Rectifier type of Instruments with Full Wave Rectifier
00:15:41
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00:09:47
00:04:59
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00:06:53
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00:33:54
00:09:44
00:10:03
00:04:54
00:06:26
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00:03:50
00:05:35
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00:10:07

Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Lecture 30
Lecture 31
Lecture 32
Workbook Questions on Rectifier type Instruments
Workbook Questions 13
Workbook Questions 4&5
Workbook Questions 6&7
Workbook Questions 9&10
Workbook Questions 12&13
Workbook Questions 15&16
Workbook Questions 17&18
Workbook Questions 19&20
Workbook Questions 21&22
00:19:20
00:33:18
00:17:01
00:06:59
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00:15:37
00:17:34
00:33:06
00:21:00
00:06:18
Chapter 03 Measurement of Power
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Introduction to Measurement of Power
Measurement of Power by using VoltmeterAmmeter Method
Concept of Power in AC Circuit (Part 1)
Concept of Power in AC Circuit (Part 2)
Concept of Power in AC Circuit (Part 3)
Introduction to Measurement of Power in AC Circuit
Construction & Working of Electrodynamometer type wattmeter
Concept of Deflecting Torque in Wattmeter
Basic application of Wattmeter in single phase AC circuit (Part 1)
Basic application of Wattmeter in single phase AC circuit (Part 2)
Blondel's Theorem
Basic Concept of Star & Delta Connection
Measurement of 3 phase Power by using One Watt ..
Measurement of 3 phase Power by using Two Watt ..
Analysis of Two Wattmeter Method
Measurement of 3 phase Power by using Two Watt..
Measurement of 3 phase Power by using Three Watt ..
Measurement of Reactive Power in 3 phase circuit
Errors in wattmeter reading due to connections (Part 1)
Errors in wattmeter reading due to connections (Part 2)
Error in wattmeter (Part 3)
Low power factor wattmeter
Workbook Question 1
Workbook Question 2
Workbook Questions 34
Workbook Questions 56
Workbook Questions 78
Workbook Questions 910
Workbook Questions 11
00:05:22
00:18:27
00:26:19
00:05:59
00:20:11
00:06:27
00:18:23
00:08:09
00:24:23
00:19:46
00:09:46
00:19:26
00:37:12
00:38:59
00:08:51
00:22:41
00:08:07
00:20:13
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00:22:35
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00:06:43

Chapter 04 Measurement of Energy
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Introduction to Energy Meter
Construction and Working of Energy Meter
Errors & Compensation in Energy Meter
Workbook Questions 13
Workbook Questions 45
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Chapter 05 Measurement of Resistance
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Introduction to Resistance
Measurement of Low Resistance
Measurement of Medium Resistance (Part 1)
Measurement of Medium Resistance (Part 2)
Measurement of High Resistance
Workbook Questions
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Chapter 06 Potentiometer
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Introduction to Potentiometer
Measurements of unknown voltage source by using Pote ..
Applications of Potentiometer
Potentiometric Transducer
Workbook Questions 12
Workbook Questions 34
Workbook Questions 56
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Chapter 07 Instrument Transformers
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Introduction to Transfomer
Phasor Diagram of Transfomer at No Load
Phasor Diagram of Transfomer at Load
Current Transfomer (Part 1)
Current Transfomer (Part 2)
Potential Transfomer
Methods of Reducing Errors
Workbook Questions 12
Workbook Questions 34
Workbook Questions 56
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Chapter 08 Error Analysis
Lecture 01
Lecture 02
Introduction to Error Analysis
Types of Error
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Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Characteristics of Instruments (Part 1)
Characteristics of Instruments (Part 2)
Characteristics of Instruments (Part 3)
Characteristics of Instruments (Part 4)
Characteristics of Instruments (Part 5)
Characteristics of Instruments (Part 6)
Characteristics of Instruments (Part 7)
Gross, System & Random Errors
Random Error Analysis
Mathematical Operations including Errors
Statistical Error Analysis (Part 1)
Statistical Error Analysis (Part 2)
Standard Deviation & Uncertainity
Workbook Questions 12
Workbook Questions 34
Workbook Questions 56
Workbook Questions 78
Workbook Questions 910
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Chapter 09 QMeter
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Introduction to Q Meter
Applications of Q Meter
Measurements of Capacitance
Measurements of Distributed Capacitance
Workbook Questions 12
Workbook Questions 47
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Chapter 10 Cathode Ray Oscilloscope
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Working & Construction of CRO (Part 1)
Working & Construction of CRO (Part 2)
Derivation of Deflection Sensitivity
Equivalent Circuit of CRO
Modes of CRO
Plotting of Signals on CRO
Analysis of Yt Mode of Operation of CRO
Screen of CRO & Sensitivity
XY Mode of Operation
Synchronization and Triggering
Basics of Lissajous Figures (Part 1)
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A/114115, Smriti Nagar, Bhilai490020 (CG)
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Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Lecture 30
Lecture 31
Lecture 32
Lecture 33
Basics of Lissajous Figures (Part 2)
Phase Measurement using Lissajous Figures (Part 1)
Phase Measurement using Lissajous Figures (Part 2)
Phase Measurement using Lissajous Figures (Part 3)
Phase Measurement using Lissajous Figures (Part 4)
Phase Measurement using Lissajous Figures (Part 5)
Phase Measurement using Lissajous Figures (Part 6)
Conclusion of Lissajous Figures
Visualization of Lissajous Figures
Concept of Superellipse (Part 1)
Concept of Superellipse (Part 2)
Overall Conclusion of Lissajous Figures
Measurement of Unknown Frequency
Workbook Questions 12
Workbook Questions 34
Workbook Questions 56
Workbook Questions 78
Workbook Questions 910
Workbook Questions 1112
Workbook Questions 1314
Workbook Questions 1517
Workbook Questions 18
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Chapter 11 Digital Voltmeter (DVM)
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Introduction to DVM
Working of DVM
Concept of Resolution
Types of DVM
Analysis of Formulas in DVM
Workbook Questions on DVM
Introduction to Timer & Counter
Period Mode of Operation
Frequency Mode of Operation
Workbook Questions on Timer & Counter
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G A T E
TM
Lecture Information
NETWORK THEORYINSTRUMENTATION ENGINEERING
Chapter 01 Basic Concept of Networks
Lecture 01
Lecture 02
Lecture 03
Lecture 04
Lecture 05
Lecture 06
Lecture 07
Lecture 08
Lecture 09
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Lecture 15
Lecture 16
Types of Network Element
Analysis of Passive Elements (Resistor)
Absorbed and Delivered Power
Analysis of Passive Elements (Inductor)
Analysis of Passive Elements (Capacitor)
Series and Parallel Equivalent
Kirchoff's Law (KVL and KCL)
Example based on KVL & KCL
Voltage Divider and Current Divider Rule
Start to Delta and Delta to Star Conversion
Lattice Network
Representation of Voltage and Current Source
Questions based on Voltage and Current Source Representation
Important Equivalent Circuit
Source Transformation
Important Practice Question (Part 1)
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00:24:01
00:16:56
00:15:54
00:27:41
00:19:38
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00:30:33
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Lecture 00 How to use PDGD Course for Network Theory ? 00:21:58

Lecture 17
Lecture 18
Lecture 19
Lecture 20
Lecture 21
Lecture 22
Lecture 23
Lecture 24
Lecture 25
Lecture 26
Lecture 27
Lecture 28
Lecture 29
Lecture 30
Lecture 31
Lecture 32
Lecture 33
Lecture 34
Lecture 35
Lecture 36
Lecture 37
Lecture 38
Lecture 39
Lecture 40
Lecture 41
Lecture 42
Lecture 43
Lecture 44
Lecture 45
Lecture 46
Lecture 47
Lecture 48
Lecture 49
Important Practice Question (Part 2)
Important Practice Question (Part 3)
Important Practice Question (Part 4)
Important Practice Question (Part 5)
Important Practice Question (Part 6)
Important Practice Question (Part 7)
Important Practice Question (Part 8)
Important Practice Question (Part 9)
Important Practice Question (Part 10)
Important Practice Question (Part 11)
Important Practice Question (Part 12, part a and part b)
Important Practice Question (Part 13)
Important Practice Question (Part 14)
Voltmeter and Ammeter
Question based on Voltmeter and Ammeter
Concept of Supernode with Example
Question based on Supernode
Concept of Supermesh with Example
Question based on Supernode and Supermesh
Important Question based on Capacitor (Part1)
Important Question based on Capacitor (Part2)
Important Question based on Capacitor (Part3)
Important Question based on Capacitor (Part4)
Average and RMS Value of Periodic Waveform (Part1)
Average and RMS Value of Periodic Waveform (Part2)
Concept of Equipotential With Example
Important Example based on Equipotential (Part1)
Important Example based on Equipotential (Part2)
Important Question based on Equipotential (Part3)
Equivalent Impedance of Cube
Equivalent Resistance across diagonal of Cube
Equivalent Resistance across edge of Cube
Equivalent Resistance across diagonal of face of Cube
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