ERRO em REGIME PERMANENTE ✅ [Sistemas de Controle]

Steady-state error is the error after the decay of the transient response has elapsed, leaving only the continuous response in a control system. We can classify the steady-state error to define the merit of the control system. The higher the gain, the lower the steady-state error. Static error constant for "position" k_p Static error constant for "velocity" k_v Static error constant for "acceleration" k_a ➤ Written information: https://bit.ly/3v1qnJ4 ➤ Final value theorem: https://bit.ly/3uYAy13 ➤ Block diagram course: https://bit.ly/2VngXsd ➤ SIMULINK COURSE + DISCOUNT: https://bit.ly/3a0W8Xr ➤ Simulink list: https://bit.ly/3bcaKoc ➤ FREE MATLAB course: http://bit.ly/2YSSnha ➤ PYTHON course: https://bit.ly/CAE_Python ► Telegram: https://t.me/ConAutEdu ⏱ TIMESTAMPS ⏱ 00:00 Steady-state error 00:37 Closed-loop diagram 01:26 Error signal 04:06 Final value theorem 05:05 Open-loop transfer function 06:17 Types of systems 07:24 Gains with steady-state errors 09:05 Static position error 13:31 Static velocity error 16:52 Static acceleration error 18:31 Summary ★FOLLOW ME ON MY OTHER NETWORKS★ ►SIMULINK Course: https://bit.ly/3a0W8Xr ►Website: https://controlautomaticoeducacion.com/ ►Instagram:   / sergio.castano.cae   ►Twitter:   / conautedu   ►Facebook:   / controlautomaticoeducacion   _________________________________________________________________ If this information has helped you and you want to support me with a coffee so I can continue creating free, quality content, I thank you infinitely. 👉 Invite Sergio for a coffee: http://bit.ly/2VqAdSX ☕️☕️☕️ __________________________________________________________________