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- Step_response abstract "The step response of a system in a given initial state consists of the time evolution of its outputs when its control inputs are Heaviside step functions. In electronic engineering and control theory, step response is the time behaviour of the outputs of a general system when its inputs change from zero to one in a very short time. The concept can be extended to the abstract mathematical notion of a dynamical system using an evolution parameter.From a practical standpoint, knowing how the system responds to a sudden input is important because large and possibly fast deviations from the long term steady state may have extreme effects on the component itself and on other portions of the overall system dependent on this component. In addition, the overall system cannot act until the component's output settles down to some vicinity of its final state, delaying the overall system response. Formally, knowing the step response of a dynamical system gives information on the stability of such a system, and on its ability to reach one stationary state when starting from another.".
- Step_response thumbnail High_accuracy_settling_time_measurements_figure_1.png?width=300.
- Step_response wikiPageExternalLink Books?action=resource&bcsId=2357&itemId=0471134767&resourceId=5596.
- Step_response wikiPageExternalLink 466359863287538299597392756AN359.pdf.
- Step_response wikiPageExternalLink ckayabasi.pdf.
- Step_response wikiPageID "545863".
- Step_response wikiPageRevisionID "540792210".
- Step_response hasPhotoCollection Step_response.
- Step_response subject Category:Amplifiers.
- Step_response subject Category:Analog_circuits.
- Step_response subject Category:Control_theory.
- Step_response subject Category:Dynamical_systems.
- Step_response subject Category:Electronic_design.
- Step_response subject Category:Signal_processing.
- Step_response subject Category:Transient_response_characteristics.
- Step_response type Amplifier102705944.
- Step_response type Amplifiers.
- Step_response type AnalogCircuits.
- Step_response type Artifact100021939.
- Step_response type Circuit103033362.
- Step_response type Device103183080.
- Step_response type ElectricalDevice103269401.
- Step_response type ElectronicEquipment103278248.
- Step_response type Equipment103294048.
- Step_response type Instrumentality103575240.
- Step_response type Object100002684.
- Step_response type PhysicalEntity100001930.
- Step_response type Whole100003553.
- Step_response comment "The step response of a system in a given initial state consists of the time evolution of its outputs when its control inputs are Heaviside step functions. In electronic engineering and control theory, step response is the time behaviour of the outputs of a general system when its inputs change from zero to one in a very short time.".
- Step_response label "Charakterystyka skokowa".
- Step_response label "Réponse indicielle".
- Step_response label "Sprungantwort".
- Step_response label "Stapresponsie".
- Step_response label "Step response".
- Step_response label "Переходная функция".
- Step_response label "階躍響應".
- Step_response sameAs Sprungantwort.
- Step_response sameAs Réponse_indicielle.
- Step_response sameAs Stapresponsie.
- Step_response sameAs Charakterystyka_skokowa.
- Step_response sameAs m.02nnz4.
- Step_response sameAs Q2142864.
- Step_response sameAs Q2142864.
- Step_response sameAs Step_response.
- Step_response wasDerivedFrom Step_response?oldid=540792210.
- Step_response depiction High_accuracy_settling_time_measurements_figure_1.png.
- Step_response isPrimaryTopicOf Step_response.
