Hi
I tried PMSM FOC with attach file
So, I need kindly mention of Configuration S12ZVM_PMSMFOC_appcfonfig.xls
Specially, Please look below Picture
i did attach project file
Original Attachment has been moved to: MTRCKTSPNZVM128-SW.exe.zip
Thank`s your Kindly mention .!
Hi Ahn,
Could you please clarify what you mean by “mention of Configuration S12ZVM_PMSMFOC_appcfonfig.xls”?
Do you need to explain what does these calculators and constants? Or you need to check whether target values are OK?
Have a great day,
Radek
Hi Radeks
Thanks your interest my question
FOC Setup
Current loop sampling period
CLOOP_TS
100.0E-6
Current loop bandwidth
CFOC_F0
400
Current loop attenuation
CFOC_ATT
0.9
Q1 : What is mean “Current loop sampling period”
Q2 : What is mean “Current loop bandwidth”?
Q3 : What is mean “Current loop attenuation”?
Q4 How can I tuning upper Questions Value with Freemaster ?
Thank you kindly answer
Best Regards
……………………………………
Joseph Ahn(안연수)
Assistant Software Design Manager
Avnet Electronic Marketing.
Joseph.ahn@avnet.com<mailto:Joseph.ahn@avnet.com>
……………………………………
12th Floor, KBS Media Center, Maebongsan-ro 45 (Sangam-dong),
Mapo-gu, Seoul, 121-915, Korea
Direct:
82-2-6277-6395
Fax:
82-2-761-2133
Hi Joseph,
In normal run, the motor is driven by two closed loops.
The fast loop is executed typically every 100us and we call it the Current loop.
The slow loop is executed typically every 1ms and we call it the Speed loop.
The Current loop:
From Current loop bandwidth and Current loop attenuation parameters are recalculated PI regulators parameters.
The typical value for Current loop bandwidth is 200~250Hz and for Current loop attenuation it is 0.8~0.9.
For more details, please look at application note AN5135:
http://www.nxp.com/files/microcontrollers/doc/app_note/AN5135.pdf
or look at theory by searching something like “close loop feedback control”.
I hope it helps you.
Have a great day,
Radek
-----------------------------------------------------------------------------------------------------------------------
Note: If this post answers your question, please click the Correct Answer button. Thank you!
-----------------------------------------------------------------------------------------------------------------------