Help with Matlab Simulink
Employer
[no-member:pro]Aleksandr[/no-member:pro]Aleksandr
Project parameters
Type of cooperationOne-time project
SectionOther / Miscellaneous
Prepaymentwithout prepayment
Payment methodsElectronic money
Acceptance of requestsclosed
Project description
Hello, I am a 5th year student, please help me at Simulink Matlab.
I have a model in Simulink - it kind of works but not quite.
I have a PID regulator there, I give it on one side the value of the controlled parameter on the other side the so-called error (I do not know exactly what it is called) to which this parameter should deviate and as a result, this is how the control occurs.
I want this error to change over time, that is, The value of 0.04 was first given and after a while 0.06 was given.
I tried to do it with the Signal Builder and another design with the watch but Matlab is making a mistake and I don’t know if it’s a bug in the model or in the numbers or in the Signal Builder.
Please check it out and give me an answer if you can’t help.
Thank you.
The signal is required in the end (scope 3) - stepwise, i.e. The amplitude goes and it is aligned at 0.4, then again the signal oscillates and aligns at 0.6.
If you are interested, write.
I have a model in Simulink - it kind of works but not quite.
I have a PID regulator there, I give it on one side the value of the controlled parameter on the other side the so-called error (I do not know exactly what it is called) to which this parameter should deviate and as a result, this is how the control occurs.
I want this error to change over time, that is, The value of 0.04 was first given and after a while 0.06 was given.
I tried to do it with the Signal Builder and another design with the watch but Matlab is making a mistake and I don’t know if it’s a bug in the model or in the numbers or in the Signal Builder.
Please check it out and give me an answer if you can’t help.
Thank you.
The signal is required in the end (scope 3) - stepwise, i.e. The amplitude goes and it is aligned at 0.4, then again the signal oscillates and aligns at 0.6.
If you are interested, write.
