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## Control System Design methods using Octave.

**From**: |
shall689 |

**Subject**: |
Control System Design methods using Octave. |

**Date**: |
Tue, 5 Dec 2017 18:17:23 -0700 (MST) |

I mainly work with PSIM.
PSIM has a general control system design software named smartctrl. Matlab
has something simlar, I think.
According to https://www.youtube.com/watch?v=tpoCpC-oX7Q, the following
steps in smartctrl can be taken to determine the design parameters for a
specific control system:
1. import the bode plot obtained from an AC sweep of your simulation into
smartctrl.
2. Select a sensor (voltage divider and ect) from the smartctrl.
3. Select a controller (PI or etc).
4. Afterwards, select a point from the cross over frequency vs Phase Margin
solution map that gives a specific step response. Smartctl also shows the
bode plots for the closed loop response.
Smartctrl gives the P and I for the specific point picked in the solution
map.
Is there anyway to get octave to give the same type of information.
Thanks,
Stephen
--
Sent from: http://octave.1599824.n4.nabble.com/Octave-General-f1599825.html

**Control System Design methods using Octave.**,
*shall689* **<=**
**Re: Control System Design methods using Octave.**, *shall689*, `2017/12/06`
**Re: Control System Design methods using Octave.**, *shall689*, `2017/12/06`
**Re: Control System Design methods using Octave.**, *shall689*, `2017/12/06`
**Re: Control System Design methods using Octave.**, *Doug Stewart*, `2017/12/06`
**Re: Control System Design methods using Octave.**, *shall689*, `2017/12/06`
**Re: Control System Design methods using Octave.**, *shall689*, `2017/12/06`
**Re: Control System Design methods using Octave.**, *Doug Stewart*, `2017/12/06`
**Re: Control System Design methods using Octave.**, *shall689*, `2017/12/07`
**Re: Control System Design methods using Octave.**, *shall689*, `2017/12/06`
**Re: Control System Design methods using Octave.**, *shall689*, `2017/12/06`