This article opens a series of articles devoted to automated ways of tuning PID controllers in the Simulink environment. Today we will figure out how to work with the PID Tuner application.
Introduction
-. , , .. , . , (, [1, 2]), (, [3, 4]), .
- Simulink, :
- PID Tuner,
- Response Optimizer,
- Control System Tuner,
- Frequency Response Based PID Tuner,
- Closed-Loop PID Autotuner.
, , :
- , ;
- , ;
- , ;
- , ;
- , .
:
- , ;
- , .
, , , Simulink .
, .
Simulink .
( Electric actuator) ( Load) Simscape:
- ,
- .
:
- , ( ),
- ( V),
- ( Ξ©).
- , . 150 / .
, :
- , .. .
- 150 , (24 ).
:
- (Overshoot) 10%,
- (Rise time) 0.8 ,
- (Settling time) 2 .
, , , .
PID Tuner, PID Controller.
Tuneβ¦, Automated tuning. , (, , .), ( ).
( ), . :
- Output Saturation.
- Limit output, (Upper limit) (Lower limit) .
- .
, . : back-calculation clamping. . Anti-windup.
24 -24 Upper limit Lower limit , clamping .
, : .
, Apply, Main Tuneβ¦, PIDTuner.
: , .. , , . , Show Parameters, . : (Controller Parameters) (Performance and Robustness).
, .
, Show Parameters, PID Controller.
. ( ) .
, PID Tuner , . Response Optimizer.
- Handbook of PI and PID Controller Tuning Rules. Aidan O'Dwyer
- PID Control System Design and Automatic Tuning using MATLAB, Simulink. Wang L.
- - . ..
- -. . 1, 2. .