Спасибо огромное. Как всегда очень нужные знания в прекрасном информативном изложении. Не могли бы вы показать, как можно настроить PID для системы 5 порядка. Заранее спасибо
Thanks for your nice message. Great to know that you liked the video. This method (Cohen & Coon) is only used for first-order system with a delay. You can design a PID controller using the root locus method or frequency response method. This is also possible for 5th order systems. Maybe it is handy to check the videos about this in the following playlist links. Root Locus Method - Controller Design: ruclips.net/p/PLuUNUe8EVqlnY2zKWnx-6nyc6CqyPApDD Frequency Response Method - Controller Design: ruclips.net/p/PLuUNUe8EVqlkQ8kvTej5dRfOJ-ARmoi5B
Спасибо огромное. Как всегда очень нужные знания в прекрасном информативном изложении. Не могли бы вы показать, как можно настроить PID для системы 5 порядка. Заранее спасибо
Thanks for your nice message. Great to know that you liked the video. This method (Cohen & Coon) is only used for first-order system with a delay.
You can design a PID controller using the root locus method or frequency response method. This is also possible for 5th order systems. Maybe it is handy to check the videos about this in the following playlist links.
Root Locus Method - Controller Design: ruclips.net/p/PLuUNUe8EVqlnY2zKWnx-6nyc6CqyPApDD
Frequency Response Method - Controller Design: ruclips.net/p/PLuUNUe8EVqlkQ8kvTej5dRfOJ-ARmoi5B
@@CANEDUX большое спасибо!
You are welcome!
Great video. Very helpful.
Thanks for your message. Great to know that you liked the video 👍