Канал: Malik S. A.

Lec-13b: Real and Reactive Power of Elements R, L & C

Lec-13b: Real and Reactive Power of Elements R, L & C

Lec-13e: Example III

Lec-13e: Example III

Lec-13c: Example I

Lec-13c: Example I

Lec-13a: Complex , Real, Reactive and Apparent Power

Lec-13a: Complex , Real, Reactive and Apparent Power

Lec-13d: Example II

Lec-13d: Example II

Lec-12c: Inverse Laplace Transform when Roots are Complex

Lec-12c: Inverse Laplace Transform when Roots are Complex

Lec-12e: RLC Network Solution When Roots are Complex Uisng Initial Condition

Lec-12e: RLC Network Solution When Roots are Complex Uisng Initial Condition

Lec-12d: RLC Network Solution when Roots are Complex

Lec-12d: RLC Network Solution when Roots are Complex

Lec-12a: Inverse Laplace Transform when Roots are Distinct

Lec-12a: Inverse Laplace Transform when Roots are Distinct

Lec-12b: Inverse Laplace Transform when Roots are Repeating

Lec-12b: Inverse Laplace Transform when Roots are Repeating

Lec-11b: Source Free RLC Network

Lec-11b: Source Free RLC Network

Lec-11b: Solving Networks Using Laplace Transform

Lec-11b: Solving Networks Using Laplace Transform

Lec-11c: Solving Networks Using Laplace Transform

Lec-11c: Solving Networks Using Laplace Transform

Lec-11a: Equivalent ModelsCircuits of R L C in Laplace Domain

Lec-11a: Equivalent ModelsCircuits of R L C in Laplace Domain

Lecture-9c: Important Observations about Capacitor

Lecture-9c: Important Observations about Capacitor

Lecture-9a: Behaviour of Capacitor Voltage at the Time of Switching

Lecture-9a: Behaviour of Capacitor Voltage at the Time of Switching

Lecture-8a: Behaviour of Inductor Current at the time of Switching

Lecture-8a: Behaviour of Inductor Current at the time of Switching

Lecture-8c: Important Observation About Inductor

Lecture-8c: Important Observation About Inductor

Lecture-9b: Equivalent Circuit of Capacitor

Lecture-9b: Equivalent Circuit of Capacitor

Lecture-8b: Equivalent circuit of Inductor

Lecture-8b: Equivalent circuit of Inductor

Lecture-4a: Time Constant Concept

Lecture-4a: Time Constant Concept

Lecture-4c: Illsutration of Time Concept In RL Circuit Using Simulations

Lecture-4c: Illsutration of Time Concept In RL Circuit Using Simulations

Lecture-7a: Open and Short Circuit Behaviour of a Capacitor

Lecture-7a: Open and Short Circuit Behaviour of a Capacitor

Lecture-4b: Illsutration of Time Concept In RC Circuit Using Simulations

Lecture-4b: Illsutration of Time Concept In RC Circuit Using Simulations

Lecture-7b: Open and Short Circuit Behaviour of Inductor

Lecture-7b: Open and Short Circuit Behaviour of Inductor

Lecture-5: Transient and Steady State Response

Lecture-5: Transient and Steady State Response

Lecture-6a: Energy Stored in Inductor

Lecture-6a: Energy Stored in Inductor

Lecture-6b: Energy Stored in Capacitor

Lecture-6b: Energy Stored in Capacitor

Lecture-2a: Charging of a Capacitor

Lecture-2a: Charging of a Capacitor

Lecture-3a: Charging of an Inductor

Lecture-3a: Charging of an Inductor

Lecture-3b: Discharging of an Inductor

Lecture-3b: Discharging of an Inductor

Lecture-2b: Discharging of a Capacitor

Lecture-2b: Discharging of a Capacitor

Lecture-1: Switching Behaviour Using Step Signal

Lecture-1: Switching Behaviour Using Step Signal

Lec-20g FIR Filters in MATLAB

Lec-20g FIR Filters in MATLAB

Lec-20e FIR System Example

Lec-20e FIR System Example

Lec-20d Design of FIR Filter Continue

Lec-20d Design of FIR Filter Continue

Lec-20c Design of FIR Filter

Lec-20c Design of FIR Filter

Lec-20b Simple FIR Filters Magnitude Plot in MATLAB

Lec-20b Simple FIR Filters Magnitude Plot in MATLAB

Lec-17e Realization of Discrete Time Systems Example

Lec-17e Realization of Discrete Time Systems Example

Lec-20a Simple FIR Filters

Lec-20a Simple FIR Filters

Lec-19 FIR Vs IIR Filters

Lec-19 FIR Vs IIR Filters

Lec-18a Ideal Analog Filters

Lec-18a Ideal Analog Filters

Lec-18b Practical Analog Filters

Lec-18b Practical Analog Filters

Lec-18f Elliptic Filter in MATLAB

Lec-18f Elliptic Filter in MATLAB

Lec-18e Chebyshev Type II Filter in MATLAB

Lec-18e Chebyshev Type II Filter in MATLAB

Lec-18c Butterworth Filter in MATLAB

Lec-18c Butterworth Filter in MATLAB

Lec-18d Chebyshev I Filter in MATLAB

Lec-18d Chebyshev I Filter in MATLAB

Lec-17f Realization of FIR Systems

Lec-17f Realization of FIR Systems

Lec-17b Realization of Discrete Time System

Lec-17b Realization of Discrete Time System

Lec-17d Direct Form II Realization of Discrete Time Systems

Lec-17d Direct Form II Realization of Discrete Time Systems

Lec-17c Direct Form I Realization of Discrete Time Systems

Lec-17c Direct Form I Realization of Discrete Time Systems

Lec-15b Circular Convolution

Lec-15b Circular Convolution

Lec-15e Matrix Formulation of Circular Convolution

Lec-15e Matrix Formulation of Circular Convolution

Lec-17a Realization of Discrete Time System

Lec-17a Realization of Discrete Time System

Lec-16 MA, AR, ARMA Discrete Time Systems

Lec-16 MA, AR, ARMA Discrete Time Systems

Lec-15g Linear Convolution using Circular Convolution

Lec-15g Linear Convolution using Circular Convolution

Lec-14d Matrix Formulation of DFT

Lec-14d Matrix Formulation of DFT

Lec-15f Circular Convolution using DFT

Lec-15f Circular Convolution using DFT

Lec-15a Circular Shift of a Sequence

Lec-15a Circular Shift of a Sequence

Lec-15d Circular Convolution Examples Continue

Lec-15d Circular Convolution Examples Continue

Lec-15c Circular Convolution Examples

Lec-15c Circular Convolution Examples

lec-14c Discrete Fourier Transform Examples Continue

lec-14c Discrete Fourier Transform Examples Continue

Lec-14e Properties of DFT

Lec-14e Properties of DFT

Lec-13e Discrete Time Four Transform of Rectangular Pulse

Lec-13e Discrete Time Four Transform of Rectangular Pulse

Lec-13a Discrete Time Fourier Transform Example

Lec-13a Discrete Time Fourier Transform Example

Lec-12c The Four Fourier Representations

Lec-12c The Four Fourier Representations

Lec-14a Discrete Fourier Transform

Lec-14a Discrete Fourier Transform

Lec-12b. Why Sinusoids?

Lec-12b. Why Sinusoids?

Lec-13h Properties of Discrete Time Fourier Transform

Lec-13h Properties of Discrete Time Fourier Transform

lec-14b Discrete Fourier Transform Examples

lec-14b Discrete Fourier Transform Examples

Lec-13b Discrete Time Fourier Transform Example

Lec-13b Discrete Time Fourier Transform Example

Lec-13g Frequency Response of a Discrete Time System

Lec-13g Frequency Response of a Discrete Time System

Lec-13c Discrete Time Fourier Transform Example

Lec-13c Discrete Time Fourier Transform Example

lec-12a Concept of Fourier Analysis

lec-12a Concept of Fourier Analysis

Lec-13d Relationship between Discrete Time Fourier Transform and Z Transform

Lec-13d Relationship between Discrete Time Fourier Transform and Z Transform

Lec-13i Properties of Discrete Time Fourier Transform Continue

Lec-13i Properties of Discrete Time Fourier Transform Continue

Lec-13f Discrete Time Fourier Transform of Rectangular Pulse Continue

Lec-13f Discrete Time Fourier Transform of Rectangular Pulse Continue

Lec-13k DiscreteTransfer Function Example of D T S

Lec-13k DiscreteTransfer Function Example of D T S

Lec-12 Introduction to Simulink

Lec-12 Introduction to Simulink

Lec-16 Transfer Function In Simulink

Lec-16 Transfer Function In Simulink

Lec-13 Integration and Differentiation in Simulink

Lec-13 Integration and Differentiation in Simulink

Lec-14 Solution of Differential Equations in Simulink

Lec-14 Solution of Differential Equations in Simulink

Lec-17b Frequency Modulation in Simulink

Lec-17b Frequency Modulation in Simulink

Lec-17a Amplitude Modulation in Simulink

Lec-17a Amplitude Modulation in Simulink

Lec-15a Hormonic Oscillator In Simulink

Lec-15a Hormonic Oscillator In Simulink

Lec-15b Damped Hormonic Oscillator

Lec-15b Damped Hormonic Oscillator

Lec-15c Forced Hormonic Oscillator In Simulink

Lec-15c Forced Hormonic Oscillator In Simulink

lecture

lecture

Lec-6h Convolution Using Time Invariance and Linearity Properties Continue

Lec-6h Convolution Using Time Invariance and Linearity Properties Continue

Lec-6i Convolution using Time Invariance and Linearity Properties Continue

Lec-6i Convolution using Time Invariance and Linearity Properties Continue

Lec-6g Convolution using Time invariance and Linearity Properties Continue

Lec-6g Convolution using Time invariance and Linearity Properties Continue

Lec-6f Convolution using Time Invariance and Linearity Properties.

Lec-6f Convolution using Time Invariance and Linearity Properties.

Lec-6e Graphical Evaluation of Convolution Continue

Lec-6e Graphical Evaluation of Convolution Continue

Lec-6d. Graphical Method of Convolution

Lec-6d. Graphical Method of Convolution

Lec-11e Illustration of Maximum frequency in Discrete Time Signal

Lec-11e Illustration of Maximum frequency in Discrete Time Signal

Lec-11d Maximum value of discrete time Signal frequency

Lec-11d Maximum value of discrete time Signal frequency

Lec-11c Examples of Discrete Time Signal and Frequency

Lec-11c Examples of Discrete Time Signal and Frequency

Lec-11b Relationship of Contnuous Time Signal Frequency with Discrete Time Signal frequency

Lec-11b Relationship of Contnuous Time Signal Frequency with Discrete Time Signal frequency

Lec-11a Concept of discrete time signal Frequency

Lec-11a Concept of discrete time signal Frequency

Lec.-10c Properties of Z Tranform

Lec.-10c Properties of Z Tranform

Lec.-10e Solution of a difference Equation

Lec.-10e Solution of a difference Equation

lec.-10d Inverse Z Tranfrom

lec.-10d Inverse Z Tranfrom

Lec.-10b Z Transform Examples

Lec.-10b Z Transform Examples

Lec.-10a Z Transform

Lec.-10a Z Transform

Lec.-9b Sampling Theorem

Lec.-9b Sampling Theorem

Lec.-9c Examples on Sampling

Lec.-9c Examples on Sampling

Lec.-9a Sampling

Lec.-9a Sampling

Lec .-9d Nyquist rate for different cases

Lec .-9d Nyquist rate for different cases

Lec.-11 Solution of Difference equation in Matlab

Lec.-11 Solution of Difference equation in Matlab

Lec.-10 Convolution Between Sequences

Lec.-10 Convolution Between Sequences

Lec.-9b User defined functions in Matlab

Lec.-9b User defined functions in Matlab

Lec.9a Script or m files in Matlab

Lec.9a Script or m files in Matlab

Lec-8b. Discrete Time Tranfer Function in Matlab

Lec-8b. Discrete Time Tranfer Function in Matlab

Lec-8aTranfer Function of Continuous Time Systm

Lec-8aTranfer Function of Continuous Time Systm

Lec-7 Laplace Transform and Inverse Laplace Transform in Matlab

Lec-7 Laplace Transform and Inverse Laplace Transform in Matlab

Lec-8b Frequency Response of a System

Lec-8b Frequency Response of a System

Lec-8a Step Response of a System

Lec-8a Step Response of a System

Lec-7d Properties of Convolution Sum

Lec-7d Properties of Convolution Sum

Lec-7b Causal System

Lec-7b Causal System

Lec-7a Stable Systems

Lec-7a Stable Systems

Lec-7c Invertible Systems

Lec-7c Invertible Systems

Lec-6b. Important Discrete Time Signals

Lec-6b. Important Discrete Time Signals

Lec-6a. Important Continuous Time Signals

Lec-6a. Important Continuous Time Signals

Lec-4 Resolution of Discrete Time Sequence or Signal

Lec-4 Resolution of Discrete Time Sequence or Signal

Lec-6b Linear Approach of Convolution Sum

Lec-6b Linear Approach of Convolution Sum

Lec-3a Linear Systems

Lec-3a Linear Systems

Lec-5 Convolution Sum of two sequences

Lec-5 Convolution Sum of two sequences

Lec-3b Time Invaraint or Shift Invariant Systems

Lec-3b Time Invaraint or Shift Invariant Systems

Lec-6c Functional Approach of Convolution

Lec-6c Functional Approach of Convolution

Lec-2 Discrete Time System

Lec-2 Discrete Time System

Lec-6a Array Method of Convolution Sum

Lec-6a Array Method of Convolution Sum

Lec-1. Statistical Measures

Lec-1. Statistical Measures

Lec-5. Creating Multidimensional Arrays in Matlab

Lec-5. Creating Multidimensional Arrays in Matlab

Lec-4. Plotting in Matlab

Lec-4. Plotting in Matlab

Lec-2. Creating Arrays In Matlab

Lec-2. Creating Arrays In Matlab

Lec-3. Array Operations In Matlab

Lec-3. Array Operations In Matlab

Lec-1. Simple Computations & Variable Declaration In Matlab

Lec-1. Simple Computations & Variable Declaration In Matlab

Lec-0: Introduction to Matlab

Lec-0: Introduction to Matlab

Lec-1.7 Time Scaling Operation of D.T.S.

Lec-1.7 Time Scaling Operation of D.T.S.

Lec-1.4 Time Shifting Operation of D.T.S.

Lec-1.4 Time Shifting Operation of D.T.S.

Lec-1.6 Time Shifting+ Time Reversal Operations on D.T.S.

Lec-1.6 Time Shifting+ Time Reversal Operations on D.T.S.

Lec-1.5. Time Reversal of D.T.S.

Lec-1.5. Time Reversal of D.T.S.

Lec-1.3 Multiplication of D.T.S

Lec-1.3 Multiplication of D.T.S

Lec-1.1 Addition of D.T. S

Lec-1.1 Addition of D.T. S

Lec-1.2 Subtraction of D.T.S.

Lec-1.2 Subtraction of D.T.S.