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Energy Calculation From Parseval's Relationship

Energy Calculation From Parseval's Relationship

Parseval's Relationship

Parseval's Relationship

L4.6 - Inverse DTFT of an Impulse

L4.6 - Inverse DTFT of an Impulse

L4.5 - Inverse DTFT of a Rectangular Pulse

L4.5 - Inverse DTFT of a Rectangular Pulse

L4.4 - DTFT of unit step signal u[n]

L4.4 - DTFT of unit step signal u[n]

L4.3 - DTFT Problems-II

L4.3 - DTFT Problems-II

L4.2 - DTFT Problems-I

L4.2 - DTFT Problems-I

L4.1- Introduction to DTFT

L4.1- Introduction to DTFT

L-24 Efficiency of Emitter Follower

L-24 Efficiency of Emitter Follower

L-23 Efficiency of Push Pull stage

L-23 Efficiency of Push Pull stage

L-22 Push Pull Amplifier Power Rating

L-22 Push Pull Amplifier Power Rating

L-21 Emitter follower power rating

L-21 Emitter follower power rating

L-20 Improved Push Pull Amplifier

L-20 Improved Push Pull Amplifier

Push Pull Amplifier / Push Pull Stage

Push Pull Amplifier / Push Pull Stage

Introduction to Power Amplifiers

Introduction to Power Amplifiers

GATE 2004 EC Solution -Conjugate Antisymmetric Part

GATE 2004 EC Solution -Conjugate Antisymmetric Part

GATE 2004 EC - Inverse z transform

GATE 2004 EC - Inverse z transform

GATE 1991 EC - Causal noncausal systems

GATE 1991 EC - Causal noncausal systems

GATE 2000 EC Solution - Linear and Time Varying System

GATE 2000 EC Solution - Linear and Time Varying System

GATE 2001 EC - Problem based on Energy of signals

GATE 2001 EC - Problem based on Energy of signals

GATE 2001 - EC - Problem based on property of impulse function

GATE 2001 - EC - Problem based on property of impulse function

Inverse z - transform of log 1+az^-1

Inverse z - transform of log 1+az^-1

L24 -Tutorial - Properties of LTI System from Impulse Response

L24 -Tutorial - Properties of LTI System from Impulse Response

GATE 2001 ECE - OP AMP OUTPUT VOLTAGE

GATE 2001 ECE - OP AMP OUTPUT VOLTAGE

GATE 2001 ECE - OP AMP CHARACTERISTICS

GATE 2001 ECE - OP AMP CHARACTERISTICS

GATE 2000 ECE- OP AMP

GATE 2000 ECE- OP AMP

GATE 2000 ECE - OP AMP INPUT TRIANGULAR WAVE

GATE 2000 ECE - OP AMP INPUT TRIANGULAR WAVE

GATE 2000 ECE OP AMP DC INPUT OFFSET

GATE 2000 ECE OP AMP DC INPUT OFFSET

GATE 2000, ECE- OP AMP 3 CAPACITORS

GATE 2000, ECE- OP AMP 3 CAPACITORS

Introduction to Root Locus Plots

Introduction to Root Locus Plots

L25 - Eigenfunctions of an LTI System

L25 - Eigenfunctions of an LTI System

L23 - Properties of LTI Sytems in terms of Impulse Response

L23 - Properties of LTI Sytems in terms of Impulse Response

L22 - Step Response

L22 - Step Response

L21 - LTI Systems, Impulse Response and Convolution Integral

L21 - LTI Systems, Impulse Response and Convolution Integral

L20 - Tutorial 2: Classification of Systems

L20 - Tutorial 2: Classification of Systems

L19 - Tutorial 1: Classification of Systems

L19 - Tutorial 1: Classification of Systems

Input Bias Current - Op-Amp Non Idealities (Contd.)

Input Bias Current - Op-Amp Non Idealities (Contd.)

DC offsets in operational amplifier circuits

DC offsets in operational amplifier circuits

Precision Rectifier

Precision Rectifier

L18 - Systems and Classification of Systems

L18 - Systems and Classification of Systems

L17 - Even and Odd Signals

L17 - Even and Odd Signals

Tutorial 1 Routh Hurwitz Criterion

Tutorial 1 Routh Hurwitz Criterion

L16 - Sinusoidal Signal

L16 - Sinusoidal Signal

L14 - Unit Ramp Signal

L14 - Unit Ramp Signal

Special cases in Routh Hurwitz criterion

Special cases in Routh Hurwitz criterion

L15 - Exponential Signal

L15 - Exponential Signal

Square root amplifier

Square root amplifier

Logarithmic Amplifier / Logamp

Logarithmic Amplifier / Logamp

Voltage Adder / Summing Amplifier

Voltage Adder / Summing Amplifier

L13 - More on Unit Impulse Signal

L13 - More on Unit Impulse Signal

L11 - Integrator and Differentiator

L11 - Integrator and Differentiator

L12 - Unit Impulse Signal

L12 - Unit Impulse Signal

L11 - Basic Continuous Time Signals

L11 - Basic Continuous Time Signals

L10 - Inverting and Non-Inverting Amplifiers

L10 - Inverting and Non-Inverting Amplifiers

Routh Hurwitz criterion

Routh Hurwitz criterion

Introduction to stability

Introduction to stability

L-9 Introduction to operational amplifiers

L-9 Introduction to operational amplifiers

L-8 Frequency Compensation

L-8 Frequency Compensation

L-7 Stability Condition and Phase Margin

L-7 Stability Condition and Phase Margin

L-6 Problem of instability in feedback

L-6 Problem of instability in feedback

L10- Tutorial on Periodicity of Signals

L10- Tutorial on Periodicity of Signals

L2-Signal Measures - Energy and Power of a Signal

L2-Signal Measures - Energy and Power of a Signal

L9 - Classification of Signals

L9 - Classification of Signals

L-5 Feedback Topologies

L-5 Feedback Topologies

L-4 Sense and Return Techniques in Feedback Networks

L-4 Sense and Return Techniques in Feedback Networks

L7-Time Reversal

L7-Time Reversal

L8-Combined Operations on Signals

L8-Combined Operations on Signals

L6-Time Scaling

L6-Time Scaling

L5-Signal Operations-Time Shifting

L5-Signal Operations-Time Shifting

L4-Tutorial - Power of Signals

L4-Tutorial - Power of Signals

L-2 Types of Amplifiers

L-2 Types of Amplifiers

L3-Tutorial - Energy of Signals

L3-Tutorial - Energy of Signals

L-3 Loop Gain and Properties of Negative Feedback

L-3 Loop Gain and Properties of Negative Feedback

L-1 Introduction to Feedback Amplifiers

L-1 Introduction to Feedback Amplifiers

L1-Introduction to Signals and Systems

L1-Introduction to Signals and Systems

Solving a Set of Linear Equations in Octave

Solving a Set of Linear Equations in Octave

15.2 Cells and Cell Arrays

15.2 Cells and Cell Arrays

15.1 Structures and Structure Arrays

15.1 Structures and Structure Arrays

Script Files

Script Files

9. For loop and While loop

9. For loop and While loop

5. Factorial of a number

5. Factorial of a number

6. Fibonacci Series

6. Fibonacci Series

7. Conditional Statements, if else and switch

7. Conditional Statements, if else and switch

8.1 Relational Operators in Octave

8.1 Relational Operators in Octave

8.2 Logical Operators in Octave

8.2 Logical Operators in Octave

1.5 How to Plot a Discrete Time Complex Exponential Signal

1.5 How to Plot a Discrete Time Complex Exponential Signal

1.4 How to Plot a Discrete Time Real Exponential Signal

1.4 How to Plot a Discrete Time Real Exponential Signal

1.2 How to Plot a Continuous Time Complex Exponential Signal

1.2 How to Plot a Continuous Time Complex Exponential Signal

1.1 How to Plot Basic Continuous Time Signals on Octave

1.1 How to Plot Basic Continuous Time Signals on Octave

4. Plot of a Circle using MATLAB

4. Plot of a Circle using MATLAB

How to Write a Function in MATLAB

How to Write a Function in MATLAB

Anonymous functions in MATLAB

Anonymous functions in MATLAB

Periodicity of Discrete Time Sinusoids

Periodicity of Discrete Time Sinusoids

2.2 Even and Odd Parts of a discrete Time Signal on MATLAB

2.2 Even and Odd Parts of a discrete Time Signal on MATLAB

2.1 Even and Odd Parts of a Continuous- Time Signal on MATLAB

2.1 Even and Odd Parts of a Continuous- Time Signal on MATLAB

2. Basic Calculations Using MATLAB

2. Basic Calculations Using MATLAB

Non Uniqueness of Discrete Time Sinusoids (Aliasing)

Non Uniqueness of Discrete Time Sinusoids (Aliasing)

1. Introduction to MATLAB

1. Introduction to MATLAB

3.2 Working with Matrices in MATLAB

3.2 Working with Matrices in MATLAB

3.1 Creating Vectors and Performing Vector Operations in MATLAB

3.1 Creating Vectors and Performing Vector Operations in MATLAB

1.3 Basic Discrete Time Sequences on MATLAB

1.3 Basic Discrete Time Sequences on MATLAB

10. Plot of sine wave using MATLAB

10. Plot of sine wave using MATLAB