Proportional and Integrator controller final values.
Electronics
Proportional and Integrator controller final values.
12:21
Steady state - DC machine - Transfer function and block diagram.
Electronics
Steady state - DC machine - Transfer function and block diagram.
15:04
Bode plot and gain crossover frequency and phase margin.
Electronics
Bode plot and gain crossover frequency and phase margin.
35:03
Separately Excited DC Machine - Exercises.
Electronics
Separately Excited DC Machine - Exercises.
34:59
Induced and Synchronous Machines exercises and Power-Factor correction.
Electronics
Induced and Synchronous Machines exercises and Power-Factor correction.
1:15:21
Model of PMSM - Steady state - Power and Torque.
Electronics
Model of PMSM - Steady state - Power and Torque.
13:01
Model of PMSM - Voltage and torque.
Electronics
Model of PMSM - Voltage and torque.
10:59
Squirrel cage IM - steady state model - Exercises
Electronics
Squirrel cage IM - steady state model - Exercises
50:27
Squirrel cage IM - steady state model - Maximum Torque and Thevenin equivalent.
Electronics
Squirrel cage IM - steady state model - Maximum Torque and Thevenin equivalent.
19:08
Squirrel cage IM - steady state model - Power and torque
Electronics
Squirrel cage IM - steady state model - Power and torque
14:05
Squirrel cage IM - steady state model
Electronics
Squirrel cage IM - steady state model
24:56
Squirrel cage IM - Synchronous speed and slip.
Electronics
Squirrel cage IM - Synchronous speed and slip.
11:36
Model of induction machine in Stator Reference Frame in Simulink.
Electronics
Model of induction machine in Stator Reference Frame in Simulink.
47:27
Model of Wound Rotor Induction Machine - Power + Torque derivation
Electronics
Model of Wound Rotor Induction Machine - Power + Torque derivation
32:00
Model of Wound Rotor Induction Machine - stator/rotor voltage derivation
Electronics
Model of Wound Rotor Induction Machine - stator/rotor voltage derivation
1:23:06
MMF, Flux and inductance of sinusoidal distribution of windings
Electronics
MMF, Flux and inductance of sinusoidal distribution of windings
31:03
MMF, Flux, and Mutual Inductance exercises.
Electronics
MMF, Flux, and Mutual Inductance exercises.
49:20
Relation between time phasor and space phasor - derivation
Electronics
Relation between time phasor and space phasor - derivation
6:39
Clarke and Park's transformations example 3 with MATLAB.
Electronics
Clarke and Park's transformations example 3 with MATLAB.
20:18
Clarke and Park's transformations example 2.
Electronics
Clarke and Park's transformations example 2.
29:08
Clarke and Park's transformations examples.
Electronics
Clarke and Park's transformations examples.
13:36
Clarke and Park transformations
Electronics
Clarke and Park transformations
13:17
MMF distribution in space MATLAB script.
Electronics
MMF distribution in space MATLAB script.
18:12
MMF distribution in electrical machine.
Electronics
MMF distribution in electrical machine.
19:57
Transformer Exercise 3
Electronics
Transformer Exercise 3
9:10
Transformer Exercise 2
Electronics
Transformer Exercise 2
10:37
Transformer Exercise 1
Electronics
Transformer Exercise 1
5:36
Transformer Equivalent Circuit derivation
Electronics
Transformer Equivalent Circuit derivation
38:24
Inductors and transformers.
Electronics
Inductors and transformers.
1:05:24
MMF, EMF, flux, reluctance, and flux linkage exercises.
Electronics
MMF, EMF, flux, reluctance, and flux linkage exercises.
34:52
FreeRtos con ESP32
Electronics
FreeRtos con ESP32
2:05:15
Es posible conocer
Electronics
Es posible conocer
6:15