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Numerical Methods

Chapter : 1  - Matrix Algebra

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Chapter : 2  - Systems Of Linear Equations

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1.   19 - Mod 2 - Lec 5 - Solution Of System Equation [1:02:12]
2.   32 - Mod 2 - Lec 18 - Solution Of System Of Linear Equation [40:48]
3.   16 - Matrix Elimation And Solution [57:27]
4.   17 - Solution To Linear Equations [57:50]

Chapter : 3  - Eigen values and eigen vectors

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1.   Mod 2 - Lec 13 - Eigenvalues & Eigenvectors Part - 1
2.   Mod 2 - Lec 14 - Eigenvalues & Eigenvectors Part - 2
3.   19 - Eigen Values Of A Matrix [58:23]
4.   20 - Eigen Values And Eigen Vectors [57:47]
5.   Coupled Oscillations

Chapter : 4  - Mean value theorems

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1.   Mean Value Theorem
2.   Mean Value Theorem

Chapter : 5  - Evaluation of definite and improper intergrals

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1.   10 - Mod-1 Lec-10 Evaluation Of Real Improper Integrals-1 [58:32]
2.   9 - Mod-1 Lec-9 Evaluation Of Real Integrals [45:43]
3.   14 - Mod-1 Lec-14 Evaluation Of Real Integrals-revision [1:01:56]
4.   Pn Junction Diodes
5.   Application Of Shift Registers

Chapter : 6  - Partial derivatives

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1.   S-r, J-k And D Flip Flops

Chapter : 7  - Maxima and minima

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1.   Module - 3 Lecture - 2 Properties Of Surfaces - Ii
2.   Maxima - Minima
3.   Module - 5 Lecture - 1 Motion Of Particles Planar Polar Coordinates
4.   Maxima Minima

Chapter : 8  - Multiple integrals

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1.   Bjt Small Signal Analysis
2.   Introduction To Sequential Circuits
3.   Shift Registers
4.   Multiple Inegrals

Chapter : 9  - Fourier series

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1.   26 - Mod 2 - Lec 13 - Convergence Of The Fourier Series [56:41]
2.   Mod 2 - Lec 11 - Fourier Series Part - I
3.   Mod 2 - Lec 11 - Fourier Series Part - I
4.   26 - Mod 2 - Lec 13 - Convergence Of The Fourier Series [56:41]

Chapter : 10  - Line

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1.   Mathematics
2.   Array Multiplier

Chapter : 11  - Surface and volume intergrals

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1.   Atm Networks
2.   Surface Integrals

Chapter : 12  - Stokes

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1.   Mathematics
2.   Module - 4 Lecture - 1 Method Of Virtual Work
3.   2's Complement Subtractor And Bcd Adder
4.   Lecture 16

Chapter : 13  - Gauss and green's theorems

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1.   Module - 2 Lecture - 3 Friction
2.   Module - 3 Lecture - 1 Properties Of Surfaces - I
3.   Subtractors
4.   Greens Theorem
5.   Guass Divergence Theorem

Chapter : 14  - First order equation (linear and non linear )

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1.   14 - Mod 2 - Lec 1 - Introduction To Differential Equation [55:50]
2.   16 - Mod 2 - Lec 3 - Differential Equations Of First Order & Higher Degree [42:25]
3.   1 - Mod 1 - Lec 1 - Solution Of Ode Of First Order And First Degree [53:50]
4.   2 - Mod 1 - Lec 2 - Linear Differential Equations Of The First Order [50:03]

Chapter : 15  - Higher order linear differential equations with constant coefficients

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1.   17 - Mod 2 - Lec 4 - Linear Differential Equation Of Second Order-part - 1 [1:02:08]
2.   18 - Mod 2 - Lec 5 - Linear Differential Equation Of Second Order-part - 2 [1:04:12]
3.   20 - Mod 2 - Lec 7 - Higher Order Linear Differential Equations [57:24]
4.   Pattern Detector

Chapter : 16  - Methods of variation of parameters

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1.   Mealy And Moore Circuits

Chapter : 17  - Cauchy's and euler's equations

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1.   Mod 2 - Lec 6 - Euler-cauchy Theorem [53:00]
2.   Mod 2 - Lec 6 - Euler-cauchy Theorem [53:00]

Chapter : 18  - Initial and boundary value problems

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1.   23 - Mod 2 - Lec 10 - Strum Liouville Boundary Value Problme [46:04]
2.   3 - Mod 1 - Lec 3 - Approximate Solution Of An Initial Value [49:50]
3.   Module - 6 Lecture - 1 Momentum

Chapter : 19  - Partial differential equations and variable separable method

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1.   30 - Mod 2 - Lec 17 - First Order Partial Differential Equation [56:38]
2.   29 - Mod 2 - Lec 16 - Partial Differential Equation [54:58]
3.   Design Using J-k Flip Flop

Chapter : 20  - Sampling theorems

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1.   1 - Introduction To The Theory Of Probability [59:49]
2.   2 - Axioms Of Probability [59:49]
3.   3 - Axioms Of Probability (contd.) [59:51]
4.   Fast Decoupled Load Flow

Chapter : 21  - Conditional probability

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1.   Axioms Of Probability (contd.)
2.   3 - Axioms Of Probability (contd.) [59:51]
3.   6 - Conditional Distribution And Density Functions [59:55]
4.   Oscillator With External Forcing

Chapter : 22  - Mean

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1.   Mean And Variance Of A Random Variable
2.   Module - 6 Lecture - 5 Work And Energy - Iv
3.   Automatic Generation Control
4.   Newton Raphson (nr), Load Flow Method

Chapter : 23  - Mode and standard deviation

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1.   Mean And Variance Of A Random Variable

Chapter : 24  - Random variables

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1.   4 - Introduction To Random Variables
2.   Mean And Variance Of A Random Variable
3.   Review Of Probability Theory And Random Variables

Chapter : 25  - Discrete and continuous distributions

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1.   Probability Distributions And Density Functions
2.   6 - Conditional Distribution And Density Functions [59:55]
3.   Resonance
4.   Msi And Lsi Based Implementation Of Sequential Circuits (contd)

Chapter : 26  - Poisson

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1.   Probability Distributions And Density Functions
2.   Load Flow Analysis (contd.), Gauss Siedel Method
3.   Msi And Lsi Based Implementation Of Sequential Circuits

Chapter : 27  - Normal and binomial distribution

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1.   Probability Distributions And Density Functions
2.   Module - 6 Lecture - 3 Work And Energy - Ii
3.   Module - 6 Lecture - 4 Work And Energy - Iii
4.   Hvdc (contd.)
5.   Load Flow Problem

Chapter : 28  - Correlation and regression analysis

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1.   Correlation Covariance And Related Innver

Chapter : 29  - Solution of non linear algebraic equations

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1.   21 - Solving Nonlinear Equations [55:43]
2.   22 - Solving Nonlinear Equations Newton Raphson Method [58:01]
3.   23 - Methods For Solving Nonlinear Equations [57:29]
4.   Module - 6 Lecture - 2 Work And Energy - I
5.   J-k And T Flip Flops
6.   Triggering Mechanisms Of Flip Flops And Counters

Chapter : 30  - Single and multistep methods for differential equations

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1.   32 - Solving Ordinary Differential Equations [59:58]
2.   31 - Solving Ordinary Differential Equations [58:36]
3.   33 - Adaptive Step Size Runge Kutta Scheme [57:54]
4.   25 - Numerical Derivations [58:53]

Chapter : 31  - Fourier transform

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1.   Fourier Transformation - I
2.   Problem Solving Session: Ft,dft, & Z Transforms

Chapter : 32  - Laplace transform

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1.   Simple Harmonic Oscillators
2.   Application Of Laplace Transforms (2)
3.   Application Of Laplace Transforms (3)
4.   Application Of Laplace Transforms (4)

Chapter : 33  - Z transform

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1.   Lti Systems Step & Impulse Responses, Convolution
2.   Z-transform
3.   Z-transform (contd...)
4.   Dft (contd.) Introduction To Z Transform
5.   Problem Solving Session: Ft,dft, & Z Transforms

Chapter : 34  - Netwok graphs: matrices associated with graphs

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1.   Review Of Signals And Systems
2.   Network Equations; Initial And Final Conditions
3.   Problem Session1

Chapter : 35  - Incidence

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1.   Review Of Signals And Systems
2.   Network Equations; Initial And Final Conditions
3.   Problem Session1

Chapter : 36  - Fundamental cut set and fundamental circuit matrices

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1.   Review Of Signals And Systems
2.   Network Equations; Initial And Final Conditions
3.   Problem Session1

Chapter : 37  - Solution methods:nodal and mesh analysis

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1.   Network Equations; Initial And Final Conditions

Chapter : 38  - Network theorems:superposition

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1.   Network Theorams And Network Functions
2.   Amplitude And Phase Of Network Functions
3.   Problem Session 3 : Network Theorems Transform

Chapter : 39  - Thevenin and norton's maximum power transfer

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1.   Network Theorams And Network Functions
2.   Network Functions(contd.)
3.   Amplitude And Phase Of Network Functions
4.   Problem Session 3 : Network Theorems Transform

Chapter : 40  - Steady state sinusoidal analysis using phasors

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1.   Steady State Sinusoidal Analysis Using Phasors
2.   Phasor Analysis Part 1
3.   Phasor Analysis Part 2

Chapter : 41  - Linear constant coefficient differential equations

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1.   Review Of Signals And Systems
2.   Network Equations; Initial And Final Conditions
3.   Problem Session1

Chapter : 42  - Time domain analysis of simple RLC circuits

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1.   Elementary Rlc One-port Synthesis

Chapter : 43  - Solution of networks equations using laplace transform:frequency domain analysis of RLC circuits

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1.   Network Equations; Initial And Final Conditions

Chapter : 44  - 2 port network prameters:driving point and transfer functions

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1.   Problem Session 5
2.   Minor - 1
3.   The Hybrid & Transmission Parameters Of 2 Ports
4.   Problem Session 6: Two - Port Networks
5.   Two - Port Network Parameters
6.   Two - Port Network Parameters
7.   Two-port Interconnections
8.   Interconnection Of Two-port Networks(contd.)
9.   Problem Session 7 : Two-port Networks(contd.)
10.   Scattering Matrix
11.   Scattering Parameters Of A Two-port

Chapter : 45  - State equations for networks

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1.   Resonance

Chapter : 46  - Energy bands in silicon

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1.   Semiconductor Materials
2.   Pn Junction
3.   Pn Junction (contd)
4.   Pn Junction (contd)
5.   Pn Junction (contd)
6.   Pn Junction (contd)
7.   Pn Junction (contd)
8.   Pn Junction (contd)

Chapter : 47  - Intrinsic and extrinsic silicon

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1.   Pn Junction
2.   Pn Junction (contd)
3.   Pn Junction (contd)
4.   Pn Junction (contd)
5.   Pn Junction (contd)
6.   Pn Junction (contd)
7.   Pn Junction (contd)
8.   Measurements

Chapter : 48  - Carrier transport in silicon:diffusion current

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1.   Pn Junction Diodes
2.   Carrier Transport
3.   Carrier Transport (contd)
4.   Carrier Transport (contd)
5.   Pn Junction
6.   Pn Junction (contd)
7.   Pn Junction (contd)
8.   Pn Junction (contd)
9.   Pn Junction (contd)
10.   Pn Junction (contd)
11.   Pn Junction (contd)

Chapter : 49  - Drift current

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1.   Pn Junction
2.   Pn Junction (contd)
3.   Pn Junction (contd)
4.   Pn Junction (contd)
5.   Pn Junction (contd)
6.   Pn Junction (contd)
7.   Pn Junction (contd)
8.   Pn Junction (contd)
9.   Pn Junction (contd)
10.   Pn Junction (contd)

Chapter : 50  - Mobility and resistivity

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1.   Classification And Properties Of Semiconductor Devices
2.   Pn Junction
3.   Pn Junction (contd)
4.   Pn Junction (contd)
5.   Pn Junction (contd)
6.   Pn Junction (contd)
7.   Pn Junction (contd)
8.   Pn Junction (contd)

Chapter : 51  - Generation and recombination of carriers

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1.   Pn Junction
2.   Pn Junction (contd)
3.   Pn Junction (contd)
4.   Pn Junction (contd)
5.   Pn Junction (contd)
6.   Pn Junction (contd)
7.   Pn Junction (contd)
8.   Potential Well

Chapter : 52  - P n junction diode

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1.   Pn Junction Diodes
2.   Clipping And Clamping Circuits
3.   Pn Junction
4.   Pn Junction
5.   Pn Junction (contd)
6.   Pn Junction (contd)
7.   Pn Junction (contd)
8.   Pn Junction (contd)
9.   Pn Junction (contd)
10.   Pn Junction (contd)
11.   Pn Junction (contd)
12.   Pn Junction (contd)
13.   Pn Junction (contd)
14.   Pn Junction (contd)
15.   Pn Junction (contd)
16.   Pn Junction (contd)

Chapter : 53  - Tunneldiod

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1.   Power Flow Through A Line

Chapter : 54  - BJT

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1.   Introduction To Basic Concepts
2.   Bipolar Junction Transistor
3.   Bipolar Junction Transistor
4.   Bipolar Junction Transistor
5.   Bipolar Junction Transistor (contd)
6.   Bipolar Junction Transistor (contd)
7.   Bipolar Junction Transistor (contd)
8.   Bipolar Junction Transistor (contd)
9.   Bipolar Junction Transistor (contd)
10.   Bipolar Junction Transistor (contd)
11.   Bipolar Junction Transistor (contd)
12.   Bipolar Junction Transistor (contd)
13.   Bipolar Junction Transistor (contd)
14.   Bipolar Junction Transistor (contd)
15.   Bipolar Junction Transistor (contd)
16.   Bipolar Junction Transistor (contd)
17.   Particle In A Potential
18.   The Final Lecture - Conclusion

Chapter : 55  - JFET

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1.   Introduction To Basic Concepts

Chapter : 56  - MOS capacitor

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1.   Introduction To Basic Concepts
2.   Metal-oxide-semiconductor (mos) Junction
3.   Metal-oxide-semiconductor (mos) Junction
4.   Metal-oxide-semiconductor (mos) Junction (contd)
5.   Metal-oxide-semiconductor (mos) Junction (contd)
6.   Metal-oxide-semiconductor (mos) Junction (contd)
7.   Metal-oxide-semiconductor (mos) Junction (contd)
8.   Metal-oxide-semiconductor (mos) Junction (contd)
9.   Metal-oxide-semiconductor (mos) Junction (contd)
10.   Metal-oxide-semiconductor (mos) Junction (contd)
11.   Metal-oxide-semiconductor (mos) Junction (contd)
12.   Mos Field Effect Transistor
13.   Mos Field Effect Transistor
14.   Mos Field Effect Transistor (contd)
15.   Mos Field Effect Transistor (contd)
16.   Mos Field Effect Transistor (contd)
17.   Mos Field Effect Transistor (contd)
18.   Mos Field Effect Transistor (contd)
19.   Mos Field Effect Transistor (contd)
20.   The Final Lecture - Conclusion

Chapter : 57  - MOSFET

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1.   Electromagnetic Waves - Ii
2.   Mosfet Under Dc Operation
3.   Metal-oxide-semiconductor (mos) Junction
4.   Metal-oxide-semiconductor (mos) Junction (contd)
5.   Metal-oxide-semiconductor (mos) Junction (contd)
6.   Metal-oxide-semiconductor (mos) Junction (contd)
7.   Metal-oxide-semiconductor (mos) Junction (contd)
8.   Mos Field Effect Transistor
9.   Mos Field Effect Transistor (contd)
10.   Mos Field Effect Transistor (contd)
11.   Mos Field Effect Transistor (contd)

Chapter : 58  - P l n and avalanche photo diode

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1.   Pn Junction (contd)
2.   Pn Junction (contd)

Chapter : 59  - Oxidation

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1.   Biasing The Bjt - Part - 2
2.   Characteristics And Performance Of Transmission Lines
3.   Characteristics And Performance Of Transmission Lines

Chapter : 60  - Diffusion

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1.   Diffraction - Iii
2.   Pn Junction (contd)
3.   Pn Junction (contd)
4.   Pn Junction (contd)

Chapter : 61  - Ion implantation

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1.   Potential Well

Chapter : 62  - Photolithography

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1.   Diffraction - Ii

Chapter : 63  - Small signal equivalent circuits of diodes

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1.   Quantum Tunneling

Chapter : 64  - BJTs

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1.   Atm Networks
2.   Bjt

Chapter : 65  - Simple diode circuits

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1.   Quantum Tunneling

Chapter : 66  - Clipping

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1.   Clipping And Clamping Circuits

Chapter : 67  - Clamping

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1.   Clipping And Clamping Circuits

Chapter : 68  - Biasing and bias stability of transistor and FET amplifiers

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1.   Biasing The Bjt
2.   Mesfet Operations And I V Characteristics

Chapter : 69  - Feedback and power

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1.   Feedback
2.   Feedback
3.   Electromagnetic Waves - I

Chapter : 70  - Frequency response of amplifiers

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1.   Frequency Responce Of Amplifier
2.   Frequency Response Of Amplifier
3.   Frequency Responce Of Amplifier
4.   Frequency Responce Of Amplifier

Chapter : 71  - Simple op amp circits

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1.   The Practical Op-amp
2.   Potential Well

Chapter : 72  - Filters

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1.   Analog Filter Design (contd.): Transformations
2.   Analog Frequency Transformation
3.   Problem Solving Session On Discrete Time System
4.   Digital Filter Structures
5.   All Pass Realizations
6.   Lattice Synthesis (contd.)
7.   Iir Design Examples
8.   Fir Design
9.   Fir Digital Filter Design By Windowing
10.   Fir Design By Windowing & Frequency Sampling
11.   Fir Design By Frequency Sampling

Chapter : 73  - Criterion for oscillation

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1.   Positive Feedback And Oscillation

Chapter : 74  - Single transistor and op amp configurations

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1.   Single Transistor And Op-amp Configuration
2.   Single Transistor And Op-amp Configuration

Chapter : 75  - Function generators and wave shaping circuits

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1.   Function Generator And Wave Shaping Techniques
2.   Function Generator And Wave Shaping Techniques

Chapter : 76  - Power supplies

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1.   Distribution Systems

Chapter : 77  - Boolean algebra

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1.   Combinational Logic Basics
2.   Combinational Circuits
3.   Diode Rectifier Circuits
4.   Logic Simplification
5.   Karnaugh Maps Amd Implicants
6.   Logic Minimization Using Karnaugh Maps
7.   Karnaugh Map Minimization Using Maxterms
8.   Bjt Small Signal Analysis
9.   Electromagnetic Waves - Ii

Chapter : 78  - Minimization of boolean functions

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1.   Diode Rectifier Circuits
2.   Karnaugh Maps Amd Implicants
3.   Logic Minimization Using Karnaugh Maps
4.   Karnaugh Map Minimization Using Maxterms
5.   Diffraction - Iv

Chapter : 79  - Logic gates

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1.   Bjt Amplifier - Part - 1
2.   Design Of Arithmetic Circuits

Chapter : 80  - Digital IC families(DTL,TTL,ECL,MOS,CMOS)

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1.   Transistor Operation - Part - 1
2.   Design Of Arithmetic Circuits

Chapter : 81  - Combinatorial circuits:arithmetic circuits

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1.   Arithmetic Circuits
2.   Carry Look Ahead Adders
3.   Subtractors
4.   Design Of Adder Circuits
5.   2's Complement Subtractor And Bcd Adder
6.   Design Of Arithmetic Circuits

Chapter : 82  - Code converters

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1.   Code Convertors
2.   Code Convertors
3.   Parity Generators And Display Decoder

Chapter : 83  - Multiplexers

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1.   Multiplexer Based Design
2.   Design Of Arithmetic Circuits

Chapter : 84  - Decoders

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1.   Decoders

Chapter : 85  - PROMs and PLAs

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1.   Proms And Plas
2.   Proms And Plas
3.   Proms And Plas
4.   Proms And Plas

Chapter : 86  - Sequential circuits:latches and flip and flops

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1.   Review Of Flip-flops
2.   Review Of Flip-flops
3.   Sequential Circuit Design
4.   Msi Implementation Of Sequential Circuits
5.   Design Of Sequential Circuits Using One Hot Controller
6.   Introduction To Sequential Circuits
7.   S-r, J-k And D Flip Flops
8.   J-k And T Flip Flops
9.   Triggering Mechanisms Of Flip Flops And Counters

Chapter : 87  - Counters and shift registers

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1.   Introduction To Sequential Circuits
2.   Introduction To Sequential Circuits
3.   S-r, J-k And D Flip Flops
4.   J-k And T Flip Flops
5.   Triggering Mechanisms Of Flip Flops And Counters
6.   Shift Registers
7.   Application Of Shift Registers
8.   Design Of Synchronous Sequential Circuits
9.   Design Using J-k Flip Flop

Chapter : 88  - Sample and hold circuits

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1.   Atm Networks
2.   Hvdc

Chapter : 89  - ADCs

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1.   Compensation Of Transmission Lines

Chapter : 90  - DACs

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1.   Methods Of Voltage Control

Chapter : 91  - Semiconductor memories

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1.   Memory Organization-i
2.   Memory Organization-ii
3.   Memory Organization-iii
4.   Memory Organization-iv
5.   Memory Organization-v
6.   Cache Memory Architecture
7.   Cache Memory Architecture Ram Architecture
8.   Ram Architecture
9.   Dam Architecture-1
10.   Dam Architecture Buffer Cache
11.   Buffer Cache
12.   Secondary Storage Organization-i
13.   Secondary Storage Organization-ii
14.   Secondary Storage Organization-iii
15.   Design Of Arithmetic Circuits

Chapter : 92  - Microprocessor(8085):architecture

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1.   Capacitance Of Transmission Lines
2.   Compensation Of Transmission Lines (contd.)

Chapter : 93  - Programming

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1.   Voltage Regulation (vr)
2.   Underground Cables

Chapter : 94  - Memory and I/O interfacing

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1.   Memory Organization-i
2.   Memory Organization-ii
3.   Memory Organization-iii
4.   Memory Organization-iv
5.   Memory Organization-v
6.   Cache Memory Architecture
7.   Cache Memory Architecture Ram Architecture
8.   Cables (contd.)
9.   Ram Architecture
10.   Insulators For Overhead Lines
11.   Dam Architecture-1
12.   Dam Architecture Buffer Cache
13.   Buffer Cache
14.   Secondary Storage Organization-i
15.   Secondary Storage Organization-ii
16.   Secondary Storage Organization-iii

Chapter : 95  - Definitions and properties of laplace transform

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1.   Resonance
2.   Module - 2 Lecture - 2 Plan Trusses - Ii
3.   Bjt Amplifier Part - 2
4.   Bjt Amplifier Part - 2
5.   Arithmetic Circuits
6.   Carry Look Ahead Adders
7.   Application Of Laplace Transforms (4)

Chapter : 96  - Continuous time and discrete time fourier series

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1.   Module - 7 Lecture - 1 Rotational Motion - I

Chapter : 97  - Continous time and discrete time fourier transform

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1.   Problem Solving Session: Ft,dft, & Z Transforms
2.   Discrete Time Fourier Transform
3.   Problem Solving Session: Ft, Dft,& Z Transforms
4.   Discrete Fourier Transform (dft)
5.   Discrete Fourier Transform (dft)
6.   Discrete Fourier Transform (dft) Contd...
7.   Discrete Fourier Transform (dft) Contd...
8.   Module - 7 Lecture - 2 Rotational Motion - Ii
9.   Module - 7 Lecture - 3 Rotational Motion - Iii
10.   Module - 7 Lecture - 4 Rotational Motion - Iv
11.   Module - 7 Lecture - 5 Rotational Motion - V

Chapter : 98  - DFT and FFT

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1.   Discrete Fourier Transform (dft)
2.   Dft (contd.)
3.   Dft (contd.) Introduction To Z Transform
4.   Problem Solving Session: Ft, Dft,& Z Transforms
5.   Problem Solving Session: Ft,dft, & Z Transforms
6.   Dft (contd.)
7.   Dft (contd.) Introduction To Z Transform
8.   Discrete Fourier Transform (dft) Contd...
9.   Fourier Transformation - I
10.   Fourier Transformation - I
11.   Problem Solving Session: Ft, Dft,& Z Transforms
12.   Module - 7 Lecture - 6 Rotational Motion - Vi

Chapter : 99  - Z transform

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1.   Dft (contd.) Introduction To Z Transform
2.   Z Transform (contd.)
3.   Problem Solving Session: Ft, Dft,& Z Transforms
4.   Problem Solving Session: Ft,dft, & Z Transforms
5.   Z-transform
6.   Z-transform (contd...)
7.   Z Transform
8.   Discrete Fourier Transform (dft) Contd...
9.   Z Transform (contd.)
10.   Problem Solving Session: Ft,dft, & Z Transforms
11.   Module - 8 Lecture - 1 Simple Harmonic Motion - I
12.   Solving Problems On Dsp Structures

Chapter : 100  - Sampling theorems

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1.   Digital Processing Of Continuous Time Signals
2.   Digital Systems
3.   Module - 8 Lecture - 2 Simple Harmonic Motion - Ii
4.   Module - 8 Lecture - 3 Simple Harmonic Motion - Iii
5.   Module - 9 Lecture - 1 Motion In Uniformly Accelerating Frames

Chapter : 101  - Linear time invariant(LTI) system :definitions and properties

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1.   Digital Systems
2.   Lti Systems Step & Impulse Responses,convolution
3.   X-ray Diffraction
4.   Module - 9 Lecture - 2 Motion In Rotating Frame

Chapter : 102  - Causality

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1.   Digital Systems
2.   Lti Systems Step & Impulse Responses,convolution
3.   Inverse Systems,stability,fir & Iir
4.   Fir & Iir; Recursive & Non Recursive
5.   All Pass Filters,com.filters

Chapter : 103  - Stability

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1.   Inverse Systems,stability,fir & Iir
2.   Electric Energy Systems A Perspective
3.   Damped Oscillator - I
4.   Structure Of Power Systems
5.   Digital Systems
6.   Conventional Sources Of Electric Energy
7.   Lti Systems Step & Impulse Responses,convolution
8.   Inverse Systems,stability,fir & Iir
9.   Fir & Iir; Recursive & Non Recursive
10.   Discrete Time Fourier Transform
11.   Test For Stability Using All Pass Functions

Chapter : 104  - Impluse response

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1.   Hydroelectric Power Generation
2.   Lti Systems Step & Impulse Responses,convolution
3.   Inverse Systems,stability,fir & Iir
4.   Fir & Iir; Recursive & Non Recursive

Chapter : 105  - Convolution

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1.   Lti Systems Step & Impulse Responses,convolution
2.   Non Conventional Energy Sources
3.   Renewable Energy (contd.)
4.   Discrete Time Fourier Transform
5.   Discrete Fourier Transform (dft)
6.   Discrete Fourier Transform (dft)
7.   Discrete Fourier Transform (dft) Contd...
8.   Fourier Transformation - I

Chapter : 106  - Poles and zeros

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1.   Deregulation
2.   Discrete Fourier Transform (dft) Contd...

Chapter : 107  - Parallel and cascade structure

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1.   Digital Filter Structures
2.   Iir Realizations
3.   Solving Problems On Dsp Structures

Chapter : 108  - Frequency response

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1.   Module - 1 Lecture - 4 Equilibrium - Iii
2.   Lti Systems Step & Impulse Responses,convolution
3.   Equalizers
4.   Fir Design By Frequency Sampling (contd.)

Chapter : 109  - Group delay

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1.   Code Convertors

Chapter : 110  - Phase delay

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1.   Module - 2 Lecture - 1 Plan Trusses - I
2.   Parity Generators And Display Decoder

Chapter : 111  - Signal transmission through LTI systems

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1.   Lti Systems Step & Impulse Responses,convolution
2.   Inverse Systems,stability,fir & Iir
3.   Air Pollutants
4.   Transmission Line Parameters
5.   X-ray Diffraction

Chapter : 112  - Basic system components

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1.   The Control Problem
2.   Some More Examples
3.   Different Kinds Of Control Systems

Chapter : 113  - Block diagrammatic description

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1.   Block Diagrammatic Description
2.   Block Diagrammatic Description

Chapter : 114  - Reduction of block diagrams

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1.   Reduction Of Block Diagram
2.   Signal-flow Graph

Chapter : 115  - Open loop and closed loop(feedback) systems and stability analysis of these systems

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1.   Second-order System Response In S-domain

Chapter : 116  - Signal flow graphs and their use in determining transfer functions of systems

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1.   Signal Flow Graph With Transfer Functions

Chapter : 117  - Transient and steady state analysis of LTI control systems and frequency response

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1.   Steady-state Calculations
2.   Frequency Response
3.   Final Value Theorem

Chapter : 118  - Tools and techniques for LTI control system analysis : root loci

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1.   Root-locus Method
2.   Polar Plot And Bode Plots
3.   Logarithmic Scale For Frequency

Chapter : 119  - Routh Hurwitz criterion

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1.   Routh Array

Chapter : 120  - Bode and Nyquist plots

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1.   `asymptotic` Db Gain
2.   Source Coding (part - 1)
3.   Nyquist Criterion
4.   Application Of The Nyquist Criterion
5.   Polar Plot And Bode Plots

Chapter : 121  - Control system compensators :elements of leads and lag compensation

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1.   Compensating Network

Chapter : 122  - Elements of propertional intergral derivative(PID) control

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1.   Integral Feedback

Chapter : 123  - State variable representation and solution of state equation of LTI control systems

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1.   State-variable Equations

Chapter : 124  - Random signals and noise:probality

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1.   Damped Oscillator - Ii
2.   Module - 1 Lecture - 3 Equilibrium - Ii
3.   Karnaugh Maps Amd Implicants
4.   Probability Of Error Calculation
5.   Calculation Of Probability Of Error
6.   Calculation Of Probability Of Error
7.   Review Of Probability Theory And Random Process
8.   Review Of Probability Theory And Random Variables
9.   Random Processes
10.   Random Processes
11.   Random Processes
12.   Gaussian Random Processes

Chapter : 125  - Random variables

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1.   Module - 1 Lecture - 2 Equilibrium - I
2.   Brief Review Of Signal And Systems
3.   Review Of Probability Theory And Random Process

Chapter : 126  - Probability density function

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1.   Review Of Probability Theory And Random Process
2.   Review Of Probability Theory And Random Variables
3.   Gaussian Random Processes

Chapter : 127  - Autocorrelation

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1.   Differential Quantization
2.   Logic Minimization Using Karnaugh Maps
3.   Computational Aspects Of Lpc Parameters
4.   Cholesky Decomposition
5.   Lattice Formulation Of Lpc Coefficient
6.   Calculation Of Probability Of Error

Chapter : 128  - Analog communicaion systems:amplitude and angle modulation and demodulation systems

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1.   Introduction To Digital Communication
2.   Logic Simplification
3.   Fundamentals Of Analog Signal Transmission
4.   Analog Modulation Of Carriers
5.   Analog Modulation Of Carriers
6.   Amplitude Modulation
7.   Amplitude Modulation
8.   Amplitude Modulation
9.   Amplitude Modulation
10.   Single Sideband Modulation
11.   Suppressed Sideband Modulation
12.   Vsb Modulation - Superhet Receiver
13.   Superhet Receiver Etc
14.   Practical Mixers-effects Of Tonal
15.   Angle Modulation
16.   Angle Modulation
17.   Angle Modulation
18.   Angle Modulation
19.   Generation Of Fm Signals
20.   Fm Generation And Detection
21.   Demodulation Of Angle Modulated Signals
22.   Demodulation Of Angle Modulated Signals
23.   Demodulation Of Angle Modulated Signals
24.   Demodulation Of Angle Modulated Signals
25.   Demodulation Of Angle Modulated Signals
26.   Demodulation Of Angle Modulated Signals
27.   Feedback Demodulators - Phase Locked Loop
28.   Modulation Techniques For Mobile Communication
29.   Modulation Techniques (contd.)
30.   Modulation Techniques (contd.)

Chapter : 129  - Spectral analysis of these operations

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1.   Combinational Circuits
2.   Analog Modulation Of Carriers
3.   Amplitude Modulation
4.   Amplitude Modulation
5.   Single Sideband Modulation
6.   Suppressed Sideband Modulation
7.   Vsb Modulation - Superhet Receiver
8.   Superhet Receiver Etc
9.   Practical Mixers-effects Of Tonal
10.   Angle Modulation
11.   Angle Modulation
12.   Generation Of Fm Signals
13.   Fm Generation And Detection
14.   Demodulation Of Angle Modulated Signals
15.   Demodulation Of Angle Modulated Signals
16.   Demodulation Of Angle Modulated Signals

Chapter : 130  - Superheterodyne receivers

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1.   Analog Modulation Of Carriers
2.   Amplitude Modulation
3.   Amplitude Modulation
4.   Single Sideband Modulation
5.   Suppressed Sideband Modulation
6.   Vsb Modulation - Superhet Receiver
7.   Vsb Modulation - Superhet Receiver
8.   Superhet Receiver Etc
9.   Practical Mixers-effects Of Tonal
10.   Angle Modulation
11.   Angle Modulation
12.   Generation Of Fm Signals
13.   Fm Generation And Detection
14.   Demodulation Of Angle Modulated Signals
15.   Demodulation Of Angle Modulated Signals
16.   Demodulation Of Angle Modulated Signals

Chapter : 131  - Elements of hardware

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1.   Atm Networks
2.   Module - 1 Lecture- 1 Engineering Mechanics

Chapter : 132  - Relization of analog communication systems

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1.   Combinational Logic Basics
2.   Analog Modulation Of Carriers
3.   Amplitude Modulation
4.   Amplitude Modulation
5.   Single Sideband Modulation
6.   Suppressed Sideband Modulation
7.   Vsb Modulation - Superhet Receiver
8.   Superhet Receiver Etc
9.   Practical Mixers-effects Of Tonal
10.   Angle Modulation
11.   Angle Modulation
12.   Generation Of Fm Signals
13.   Fm Generation And Detection
14.   Demodulation Of Angle Modulated Signals
15.   Demodulation Of Angle Modulated Signals
16.   Demodulation Of Angle Modulated Signals

Chapter : 133  - Signal to noise ratio(SNR) calculstions for amplitude modulation(AM) and frequency modulation (FM) for noise conditions

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1.   Introduction To Digital Circuits
2.   Quantizers For Speech Signal
3.   Adaptive Quantizer
4.   Differential Quantization
5.   Analog Modulation Of Carriers
6.   Ldm And Adm
7.   Amplitude Modulation
8.   Differential Pcm And Adaptive Prediction
9.   Amplitude Modulation
10.   Single Sideband Modulation
11.   Suppressed Sideband Modulation
12.   Vsb Modulation - Superhet Receiver
13.   Superhet Receiver Etc
14.   Practical Mixers-effects Of Tonal
15.   Angle Modulation
16.   Angle Modulation
17.   Generation Of Fm Signals
18.   Fm Generation And Detection
19.   Demodulation Of Angle Modulated Signals
20.   Demodulation Of Angle Modulated Signals
21.   Demodulation Of Angle Modulated Signals
22.   Modulation Techniques (contd.)
23.   Modulation Techniques (contd.)
24.   Modulation Techniques (contd.)
25.   Performance Of Am Systems In Noise

Chapter : 134  - Fundamentals of information theory and channel capacity theorem

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1.   Diode Equivalent Circuits
2.   Diode Rectifier Circuits
3.   Sinesoidal Plane Waves - I

Chapter : 135  - Digital communication systems: pulse code modulation(PCM)

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1.   Pulse Code Modulation [58:18]
2.   Introduction
3.   Introduction To Digital Circuits
4.   Sampling
5.   Quantization , Pcm And Delta Modulation
6.   Differential Quantization
7.   Bandpass Signal Representation (part 1)
8.   Digital Modulation Techniques (part - 3)
9.   Digital Modulation Techniques (part - 6)

Chapter : 136  - Differential pulse code modulation (DPCM)

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1.   Introduction
2.   Quantization , Pcm And Delta Modulation
3.   Differential Quantization
4.   Electromagnetic Waves - I
5.   Introduction To Image And Video Coding
6.   Digital Modulation Techniques (part - 6)

Chapter : 137  - Digital modulation schemes: amplitude

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1.   Digital Modulation Techniques (part - 1)
2.   Digital Modulation Techniques (part - 2)
3.   Digital Modulation Techniques (part - 7)
4.   Digital Modulation Techniques (part - 10)
5.   Probability Of Error Calculation
6.   Modulation Techniques (contd.)

Chapter : 138  - Phase and frequency shift schemes(ASK,PSK,FSK)

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1.   Mobile Radio Propagation Ii
2.   Digital Modulation Techniques Part - 4
3.   Digital Modulation Techniques Part - 5
4.   Digital Modulation Techniques (part - 7)
5.   Digital Modulation Techniques (part - 8)
6.   Digital Modulation Techniques (part - 9)
7.   Calculation Of Probability Of Error
8.   Modulation Techniques (contd.)
9.   Modulation Techniques (contd.)
10.   Equalization And Diversity Techniques
11.   Fundamentals Of Ofdm
12.   Coding Techniques For Mobile Communications Contd

Chapter : 139  - Matched filter receivers

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1.   Equalizers

Chapter : 140  - Bandwidth consideration and probability of error calculations for these schemes

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1.   Motivation And Introduction
2.   Types Of Wireless Communication
3.   The Cellular Concept - System Design Issues
4.   Cell Capacity And Reuse
5.   Interference And System Capacity
6.   Discrete Wavelet Transforms
7.   Fundamentals Of Ofdm

Chapter : 141  - Basics of TDMA,FDMA and CDMA and GSM

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1.   The Modern Wireless Communication Systems
2.   The Modern Wireless Communication Systems
3.   The Modern Wireless Communication Systems
4.   Clipping And Clamping Circuits
5.   Modulation Techniques For Mobile Communication
6.   Modulation Techniques (contd.)
7.   Gsm And Cdma
8.   Gsm And Cdma Contd

Chapter : 142  - Elements of vector calculus: divergence and curl

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1.   Transistor As A Switch
2.   Solving The Wave Equation

Chapter : 143  - Gauss' and Stokes' theorems

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1.   Mosfet - Part -1
2.   Lecture 17
3.   Lecture 18

Chapter : 144  - Maxwell's equations:differntial and intergral forms

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1.   Lecture 1
2.   Mosfet - Part - 2
3.   Mosfet Under Dc Operation
4.   Lecture 18
5.   Lecture 21
6.   Lecture 22
7.   Lecture 25
8.   Lecture 27
9.   Waves
10.   Standing Waves
11.   Lecture 37
12.   Lecture 43

Chapter : 145  - Wave equation

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1.   Lecture 16
2.   Mosfet As An Amplifier
3.   Lecture 24

Chapter : 146  - Poynting vector

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1.   Lecture 5
2.   Small Signal Model Of Mosfet - Part 1
3.   Small Signal Model Of Mosfet Part -2
4.   Standing Waves
5.   Lecture 46

Chapter : 147  - Plane waves:propagation through various media

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1.   Lecture 5
2.   The Vector Nature Of Electromagnetic Waves
3.   The Electromagnetic Spectrum
4.   Lecture 21
5.   High Frequency Model Of Mosfet
6.   Junction Field Effect Transistor
7.   Operational Amplifier (introduction)
8.   Ideal Op-amp

Chapter : 148  - Reflection and refraction

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1.   Lecture 1
2.   Lecture 4
3.   The Electromagnetic Spectrum - Ii
4.   Interference - I
5.   Op-amp Applications Part -1
6.   Op-amp Applications Part -2
7.   Op-amp Applications Part - 3

Chapter : 149  - Phase and group velocity

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1.   Interference - Ii
2.   Lecture 26
3.   The Practical Op-amp
4.   Positive Feedback And Oscillation

Chapter : 150  - Transimission lines:characteristic impedance

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1.   Lecture 4
2.   Lecture 4
3.   Lecture 5
4.   Biasing The Bjt
5.   Lecture 8
6.   Lecture 9
7.   Lecture 10
8.   Lecture 11
9.   Lecture 13
10.   Lecture 13
11.   Lecture 14
12.   Lecture 14
13.   Lecture 15
14.   Lecture 16
15.   Lecture 17
16.   Lecture 18
17.   Lecture 19
18.   Comparator
19.   Lecture 34
20.   Schrodinger Wave Equation
21.   Lecture 43
22.   Lecture 45
23.   Lecture 46

Chapter : 151  - Impedance transformation

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1.   Lecture 4
2.   Lecture 11
3.   Lecture 13
4.   Lecture 14
5.   Lecture 15
6.   Interference - Iii

Chapter : 152  - Smith chart

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1.   Lecture 14
2.   Lecture 15
3.   Interference - Iv
4.   Large Signal Amplifiers

Chapter : 153  - Impedance matching

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1.   Lecture 13
2.   Lecture 15
3.   Coherence
4.   Lecture 28
5.   Module - 5 Lecture - 2 Transformer Couple Power Amplifier
6.   Lecture 47

Chapter : 154  - S paramters

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1.   Atm Networks
2.   Module - 2 Lecture - 9 Bipolar Junction Transistors

Chapter : 155  - Waveguides:modes in rectangular waveguides

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1.   Coherence
2.   Diffraction - I
3.   The Wave Equation
4.   Lecture 35
5.   Lecture 37
6.   Lecture 38
7.   Lecture 39
8.   Lecture 40
9.   Lecture 41
10.   Lecture 42

Chapter : 156  - Boundary conditions

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1.   Lecture 19
2.   Polarization
3.   Compton Effect
4.   Wave - Particle Duality

Chapter : 157  - Cut off frequencies

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1.   Lecture 37
2.   Lecture 38
3.   Lecture 39

Chapter : 158  - Dispersion relations

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1.   Wave - Particle Duality
2.   Lecture 43

Chapter : 159  - Basics of antennas:Dipole antennas

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1.   Mobile Radio Propagation
2.   Mobile Radio Propagation
3.   Mobile Radio Propagation Contd
4.   Probability Amplitude
5.   Lecture 49
6.   Lecture 50
7.   Lecture 51
8.   Lecture 52
9.   Lecture 53
10.   Lecture 54
11.   Lecture 55
12.   Lecture 56
13.   Lecture 60

Chapter : 160  - Radiation pattern

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1.   Lecture 24
2.   Probability
3.   Lecture 37
4.   Lecture 38
5.   Lecture 39
6.   Lecture 40
7.   Lecture 41
8.   Lecture 42
9.   Lecture 43
10.   Lecture 45
11.   Lecture 46
12.   Lecture 47
13.   Lecture 48
14.   Lecture 49
15.   Lecture 50
16.   Lecture 51
17.   Lecture 52
18.   Lecture 53
19.   Lecture 54
20.   Lecture 55
21.   Lecture 56
22.   Lecture 60

Chapter : 161  - Antenna gain

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1.   Lecture 43
2.   Lecture 49
3.   Lecture 50
4.   Lecture 51
5.   Lecture 52
6.   Lecture 53
7.   Lecture 54
8.   Lecture 55
9.   Lecture 56
10.   Lecture 60

Chapter : 162  - System of linear equation

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1.   Mod 2 - Lec 5 - Solution Of System Equation
2.   Mod 2 - Lec 11 - Linear Transformation Part - 1
3.   Mod 2 - Lec 12 - Linear Transformation Part -
4.   Mod 2 - Lec 18 - Solution Of System Of Linear Equation
5.   19 - Mod 2 - Lec 5 - Solution Of System Equation [1:02:12]
6.   Multiplexer Based Design

Chapter : 163  - Eigen values and Eigen vectors

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1.   Mod 2 - Lec 14 - Eigenvalues & Eigenvectors Part - 2
2.   Pn Junction Diodes
3.   Sinesoidal Plane Waves - I
4.   Automatic Generation Control (contd.)

Chapter : 164  - Bisection and Newton Raphson Methods

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1.   Pn Junction Diodes

Chapter : 165  - Mean value Theorems

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1.   Mathematics
2.   Mathematics

Chapter : 166  - Theorem of intergral calculus

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1.   3 - Mod-1 Lec-3 Cauchy`s Integral Theorem [49:43]
2.   Module - 3 Lecture - 3 Properties Of Surfaces - Iii

Chapter : 167  - Evaluation of definite and improper intergrals

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1.   11 - Mod-1 Lec-11 Evaluation Of Real Improper Integrals-2 [50:04]
2.   12 - Mod-1 Lec-12 Evaluation Of Real Improper Integrals-3 [53:08]
3.   13 - Mod-1 Lec-13 Evaluation Of Real Improper Integrals-4 [52:53]

Chapter : 168  - Taylor's and Laurent's series

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1.   Mod 2 - Lec 21 - Taylor Series
2.   Mod 2 - Lec 22 - Laurent Series
3.   Module - 5 Lecture - 4 Motion Of Particles With Drag
4.   Design Of Synchronous Sequential Circuits

Chapter : 169  - Analytic functions

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1.   33 - Mod 2 - Lec 19 - Functions Of Complex Variables Part - 1 [55:22]
2.   34 - Mod 2 - Lec 20 - Functions Of Complex Variables Part - 2 [1:03:17]

Chapter : 170  - Cauchy's integral theorem and integral formula

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1.   3 - Mod-1 Lec-3 Cauchy`s Integral Theorem [49:43]
2.   4 - Mod-1 Lec-4 Cauchy`s Integral Formula [55:18]
3.   5 - Mod-1 Lec-5 Application Of Cauchy Integral Formula [56:06]
4.   Module - 5 Lecture - 3 Motion Of Particle With Friction

Chapter : 171  - Residue theorem

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1.   8 - Mod-1 Lec-8 Residue Theorem [1:00:59]
2.   Diode Equivalent Circuits
3.   Transistor Operation - Part - 1

Chapter : 172  - solution integrals

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1.   9 - Mod-1 Lec-9 Evaluation Of Real Integrals [45:43]
2.   7 - Mod-1 Lec-7 Residue Integration Method [50:03]
3.   11 - Mod-1 Lec-11 Evaluation Of Real Improper Integrals-2 [50:04]
4.   12 - Mod-1 Lec-12 Evaluation Of Real Improper Integrals-3 [53:08]
5.   Oscillator With External Forcing
6.   Module - 5 Lecture - 2 Motion With Constraints

Chapter : 173  - Elements of hardware Superheterodyne receivers

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1.   Suppressed Sideband Modulation
2.   Vsb Modulation - Superhet Receiver
3.   Superhet Receiver Etc
4.   Practical Mixers-effects Of Tonal [57:29]
5.   Angle Modulation
6.   Angle Modulation
7.   Generation Of Fm Signals
8.   Fm Generation And Detection
9.   Demodulation Of Angle Modulated Signals
10.   Demodulation Of Angle Modulated Signals

Chapter : 174  - Time and frequency analysis of LC and RLC circuits

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1.   Lc Driving Point Functions
2.   Lc Driving Point Synthesis (contd.)
3.   Rc And Rl Driving Point Synthesis
4.   Problem Session 10 : Lc Driving Point Synthesis
5.   Rc & Rl One-port Synthesis (contd.)
6.   Elementary Rlc One-port Synthesis

Chapter : 175  - magnetic circuits

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1.   Single Tuned Circuits
2.   Single Tuned Circuits (contd.)
3.   Double Tuned Circuit
4.   Double Tuned Circuits (contd.)
5.   Problem Session 4 : Network Functions, Analysis
6.   Double Tuned Circuits (contd.)

Chapter : 176  - Pin diode and Schottky diode

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1.   Biasing The Bjt