Appreciate the video, with two exceptions. At about 1:15, an animation of switched reluctance and induction machines are shown, but they are identified as induction and switched reluctance machine. No big deal. Unfortunately, at about 18:00 to 20:05, the video does not show what the instructor is talking about, but simply shows labels with no graphics. Would be helpful if this were fixed.
Tuning of PI controllers is relative easy as shown in our Springer books '' Fundamentals of Electrical Drives and ''Advanced Electrical drives' . So Gain is inductancexsamplingfrequency/4 and bandwidth is R/L, . The machine model you show is not a PMsyn, but IPM, as Ld not equal to Lq, look at the IRTF based models in our books, they show that thet are relatively simple. Control of IPM is significantly different when compared to PMsyn, as shown in our book'' Advanced''
Does anyone know how to optimize the gains for the speed controller using the response optimization app? The current controller only had a step input, but the input speed changes overtime.
Is it possible to design a PMSM controller for 60 poles? the goal is to use it for record player direct drive platter with a rotor of 30cm diameter and 120 coils for a zero torque ripple and smooth speed.
I believe it is possible to make a motor to drive a gramophone disc with 60 pairs of magnetic poles. However, a large scale of miniaturization is required. The easiest way would be to wind the armature using complex coils. I don't think it can be done manually. You will need a specialized winding device. Best regards 💖😀.
Appreciate the video, with two exceptions. At about 1:15, an animation of switched reluctance and induction machines are shown, but they are identified as induction and switched reluctance machine. No big deal. Unfortunately, at about 18:00 to 20:05, the video does not show what the instructor is talking about, but simply shows labels with no graphics. Would be helpful if this were fixed.
Tuning of PI controllers is relative easy as shown in our Springer books '' Fundamentals of Electrical Drives and ''Advanced Electrical drives' . So Gain is inductancexsamplingfrequency/4 and bandwidth is R/L, . The machine model you show is not a PMsyn, but IPM, as Ld not equal to Lq, look at the IRTF based models in our books, they show that thet are relatively simple. Control of IPM is significantly different when compared to PMsyn, as shown in our book'' Advanced''
Thanks for your video MATLAB ! There are some minor mistake on slide presentation between 18:00 and 20:00 in final chapter Flux Weakening Control
at episode time of 17:22, I have an enquiry regarding getting Iqref as the output of PI, however, the input is the error between speed inputs.
Even I have same doubt how speed error input is changed to iq value at output.
Appreciate your work ! Big thank to MATLAB
Can i somehow get Model3 slx file discussed at 25:58 ?
Does anyone know how to optimize the gains for the speed controller using the response optimization app? The current controller only had a step input, but the input speed changes overtime.
when do you use discrete or continuous for the control?
Thanks for the informative session MATLAB
Any good resource to know more about dynamic decoupling control ?
Can we use this model to control active magnetic bearings designed for centrifugal pump?
thanks for your help !
Hello sir , may you guide me about this model? I want this simulink model? Please guide
Is it possible to design a PMSM controller for 60 poles? the goal is to use it for record player direct drive platter with a rotor of 30cm diameter and 120 coils for a zero torque ripple and smooth speed.
I believe it is possible to make a motor to drive a gramophone disc with 60 pairs of magnetic poles. However, a large scale of miniaturization is required. The easiest way would be to wind the armature using complex coils. I don't think it can be done manually. You will need a specialized winding device. Best regards 💖😀.
I have learned. thank you. One question please: where can I find some introductions/text about flux weaken control?
I seen part 1 I was looking for part 2 of brushless dc motors
This is for which course? Electrical engg or Mechanocal engg? Anyone can tell me the specific course/domain name?
Electrical Engineering
I need model files, it shows error
Can someone explain me why he don't use Rs? It's because it's constant?
Great.
Hello my friend
the audio and video is not working together correctly, there is much of delay
Sir can i get u r paper
hello nice video ,
i need your help please it's very important please enwer
may u make a tutorial of published paper?? please replay me
Please reload the video with proper presentation.
VIKAS SINGH lol why?
Appreciate your work . Video and Audio doesn't match