04:26

Introduction to HackRF | Software Defined Radio

28:00

PID Controller Design | Explanation | MATLAB/Simulink | #pidcontroller

15:01

Electric Machine Lab Outline | Lab 0

02:55

Speed characteristics of a 3-phase Induction Motor using Delta connection | EM-Lab 12

02:51

Load characteristics of a 3-phase Induction Motor using Star connection | EM-Lab 12

24:38

To Study the Characteristics of a 3-phase Induction Motor using MATLAB/Simulink | EM-Lab 12

00:57

Shunt Motor Speed Control | Armature Resistance Control Method | Machine Trainer | EM-Lab 11

00:53

Shunt Motor Speed Control | Armature Voltage Control Method | Electric Machine Trainer | EM-Lab 11

01:41

Shunt Motor Speed Control | Field Flux Control Method | Electric Machine Trainer | EM-Lab 11

24:16

Speed Control of DC Shunt Motor using MATLAB/Simulink | EM-Lab 11

38:09

Basic Tutorial DSP Kit C6713 via CCstudio | Waveform Generation Sinewave | Sawtooth Wave | Unit Step

02:04

Code Composer Studio Diagnostic | Part 03

01:21

Code Composer Studio Diagnostic | Part 02

05:22

Code Composer Studio Diagnostic | Part 01

08:23

Introduction to C6713DSP starter kit (DSK)

11:10

Load Characteristics of DC Shunt Generator using MATLAB/Simulink-Part 02 | EM-Lab 10

18:04

Load Characteristics of DC Shunt Generator using MATLAB/Simulink-Part 01 | EM-Lab 10

41:17

DC Separately Excited Generator and Shunt Generator implementation using MATLAB/Simulink | EM-Lab 08

43:05

OCC and SCC of Alternator by Synchronous Impedance Method using MATLAB/Simulink | Electric Machine

05:57

Phase Locked Loop | FM Demodulation | CT-3000 Trainer

40:51

Load Characteristics of Synchronous Generator or Alternator using MATLAB/Simulink | Electric Machine

08:26

Frequency Modulation and Demodulation | CT-3000 Trainer

49:13

V-Curves and Inverted V-Curves of Synchronous Motor using MATLAB/Simulink | EM-Lab 06

01:02:24

Synchronous Generator/Alternator Working and implementation using MATLAB/Simulink | Electric Machine

01:03:37

Find the Voltage Regulation and Efficiency of the Transformer using MATLAB/Simulink | EM-Lab 04

04:55

Amplitude Modulation | CT-3000 Trainer

31:31

Amplitude Modulation and Demodulation Circuit implementation using LTspice

25:56

Short Circuit Test of Transformer using MATLAB/Simulink | EM-Lab 03

35:09

Open Circuit Test of Transformer using MATLAB/Simulink | EM-Lab 02

56:06

Polarity Test and Ratio Test of Transformer using MATLAB/Simulink | EM-Lab 01

06:45

Controlling of Lego Robot using PID controller in Simulink | Control Systems | Lab 13

20:15

Z-Transform of Signals using MATLAB | SS-Lab 12

01:02:42

Interfacing of Arduino with MATLAB/Simulink to control Light Bulb using ON/OFF and PI | CS Lab 12

35:03

Solve the Differential Equations using Laplace Transform in MATLAB | SS-Lab 11

32:44

Designing of Lead-Lag Compensator | Control Systems | Lab 11-Part 02

06:18

Introduction to Lead-Lag Compensator | Control Systems | Lab 11-Part 01

25:23

Discrete-Time Fourier Transform (DTFT) of Signals using MATLAB | SS-Lab 10

17:05

Continues-Time Fourier Transform (CTFT) of signals using MATLAB | SS-Lab 09

34:52

Implementation of Fourier Series using MATLAB | SS-Lab 08

23:53

Impulse Response of system using MATLAB | SS-Lab 07

14:08

Design of PI and PD Controller using MATLAB/Simulink | CS Lab 07

39:16

Hardware Implementation of Proportional Integral (PI) Controller | CS Lab 09

21:47

Continues Time Convolution using MATLAB | SS-Lab 06

22:39

Discrete Time Convolution using MATLAB | SS-Lab 05

29:21

TF to SS and SS to TF | Transient Characteristics of first and second order system | CS Lab 05

24:26

Symbolic Variables and Signal Operations using MATLAB | SS-Lab 04

25:53

Block Reduction using MATLAB and Theoretical Calculation | Laplace Transform | CS Lab 04

22:46

Graphical Representation and Classification of Signals using MATLAB | SS-Lab 03

20:49

Introduction to Simulink | CS Lab 03 (Part-2)

18:52

Solve the Electrical System using MATLAB | CS Lab 03 (Part-1)

36:03

Functions | Conditional Statements | Looping | Plotting using MATLAB | SS-Lab 02

07:01

Stepper and DC Motor Control using IT-4412 Trainer | Control Systems | Lab 02(c)

05:44

Temperature Control using IT-4412 Trainer | Control Systems | Lab 02(b)

07:41

Servo Motor Control using IT-4412 Trainer | Control Systems | Lab 02(a)

38:20

Introduction to MATLAB | Signal and Systems | Lab 01

28:14

Introduction to MATLAB | Control System | Lab 01

12:01

Open Circuit Switch Fault Detection using Artificial Neural Networks in MATLAB/Simulink

06:55

How to generate ANN data using MATLAB/Simulink | To Workspace block

01:49

What is Training Testing and Validation Data in Machine Learning | Tutorial

05:47

Go to and From blocks in MATLAB/Simulink | Tutorial