Objectifs de réglage
Spécification des exigences de design prévalant au réglage effectué avec l'application Control System Tuner
La bibliothèque des objectifs de réglage dans Control System Tuner vous permet de capturer les exigences de design de haut niveau sous une forme convenant au réglage rapide et automatisé. Utilisez-les pour spécifier des objectifs de design, comme le suivi de consigne, le dépassement, le rejet des perturbations ou les marges de stabilité en boucle ouverte. Le software règle les paramètres libres du système de contrôle afin de répondre au mieux aux objectifs que vous définissez. Utilisez Quick Loop Tuning pour régler les boucles de rétroaction sur la bande passante de la boucle cible et une marge de stabilité.
Rubriques
Fondamentaux des objectifs de réglage
- Specify Goals for Interactive Tuning
Specify your design requirements for tuning in Control System Tuner. - Manage Tuning Goals
Designate tuning goals as soft requirements or hard constraints.
Quick Loop Tuning
- Quick Loop Tuning of Feedback Loops in Control System Tuner
Tune a control system to meet specified bandwidth and stability margins in Control System Tuner, without explicitly creating tuning goals that capture these requirements. - Quick Loop Tuning
Tune SISO or MIMO feedback loops using a loop-shaping approach in Control System Tuner.
Objectifs de réglage temporel
- Step Tracking Goal
Make the step response from specified inputs to specified outputs closely match a target response, when using Control System Tuner. - Step Rejection Goal
Set a minimum standard for rejecting step disturbances, when using Control System Tuner. - Transient Goal
Shape how the closed-loop system responds to a specific input signal when using Control System Tuner. - LQR/LQG Goal
Minimize or limit Linear-Quadratic-Gaussian (LQG) cost in response to white-noise inputs, when using Control System Tuner.
Objectifs de réglage fréquentiel
- Gain Goal
Limit gain of a specified input/output transfer function, when using Control System Tuner. - Variance Goal
Limit white-noise impact on specified output signals, when using Control System Tuner. - Reference Tracking Goal
Make specified outputs track reference inputs with prescribed performance, when using Control System Tuner. - Overshoot Goal
Limit overshoot in the step response from specified inputs to specified outputs, when using Control System Tuner. - Disturbance Rejection Goal
Attenuate disturbances at particular locations and in particular frequency bands, when using Control System Tuner. - Sensitivity Goal
Limit sensitivity of feedback loops to disturbances, when using Control System Tuner. - Weighted Gain Goal
Frequency-weighted gain limit for tuning with Control System Tuner. - Weighted Variance Goal
Frequency-weighted limit on noise impact on specified output signals for tuning with Control System Tuner.
Objectifs de réglage de la forme de boucle et de la marge de stabilité
- Minimum Loop Gain Goal
Boost gain of feedback loops at low frequency when using Control System Tuner. - Maximum Loop Gain Goal
Suppress gain of feedback loops at high frequency when using Control System Tuner. - Loop Shape Goal
Shape open-loop response of feedback loops when using Control System Tuner. - Margins Goal
Enforce specified gain and phase margins when using Control System Tuner. - Stability Margins in Control System Tuning
Visualize and interpret gain and phase margins in your tuned system.
Objectifs de réglage de la passivité et des limites de secteurs
- Passivity Goal
Enforce passivity of specific input/output map when using Control System Tuner. - Conic Sector Goal
Enforce sector bound on specific input/output map when using Control System Tuner. - Weighted Passivity Goal
Enforce passivity of a frequency-weighted transfer function when tuning in Control System Tuner.
Objectifs de réglage de la dynamique du système
- Poles Goal
Constrain the dynamics of the closed-loop system, specified feedback loops, or specified open-loop configurations, when using Control System Tuner. - Controller Poles Goal
Constrain the dynamics of a specified tunable block in the tuned control system, when using Control System Tuner.