Top 4 Apps Similar to Regelungstechnik Regelkreis
Regelungstechnik Einstellregel 009
Einstellregeln -nachZiegler/Nichols(Wendetangente)Einstellregeln - nach Quijada (Wendetangente)Einstellregeln - nach Rosenberg (Wendetangente)Einstellregeln - nach Oppelt (Wendetangente)Einstellregeln - Chien/Hornes/Reswick -Aperiod.Verlauf+gutesStörverhaltenEinstellregeln - Chien/Hornes/Reswick -Aperiod.Verlauf+gutesFührungverhaltenEinstellregeln - Chien/Hornes/Reswick -20%Überschwingen+gutesStörverhaltenEinstellregeln - Chien/Hornes/Reswick -20%Überschwingen+gutesFührungverhaltenEinstellregeln - Takahashi (Digitale Regler)Einstellregeln - nach Ziegler/Nichols (Schwingverfahren)Reglersimulation - SprungänderungReglersimulation - GeradenänderungReglersimulation - ParabeländerungReglersimulation - SinusänderungDiese App befindet sich in der Entwicklung, dahernur150Centspäter 3,99€Für Ergebnisse keine Gewähr. BETA-STATUSSetting rules-accordingto Ziegler / Nichols (inflectional tangent)Setting rules - by Quijada (inflectional tangent)Setting rules - according toRosenberg(inflectionaltangent)Setting rules - according Oppelt (inflectional tangent)Setting rules - Chien / horn / Reswick - aperiod. History+gooddisturbance responseSetting rules - Chien / horn / Reswick - aperiod. History+goodleadershipSetting rules - Chien / horn / Reswick - 20% overshoot+gooddisturbance responseSetting rules - Chien / horn / Reswick - 20% overshoot+goodleadershipSetting rules - Takahashi (digital controller)Setting rules - according to Ziegler /Nichols(oscillationmethod)Controller simulation - step changeController Simulation - Just changeController Simulation - parabola changeController Simulation - Sinus changeThis app is in development, therefore only later150Cent€3.99For results no guarantee. Beta status
aMathEngine - Basic 4
A Graphical Math Calculator for School,Scienceand Engineering.-----------BASIC-----------+ Typical Math Operations s. Screenshot.+ Displays graphical Formulas, with zoom androtationpossibilities.+ 3 Workspaces.+ Shows Functions with 'Gesture Functionality'.+ Manually Editing of the interval boundaries.+ Calculates Extreme Values: Root's, Maxima, MinimaandPole's.+ Memorybutton.+ PDF Export.------------------EXTENDED------------------+ Stores Functions, optionally with Parameters.+ For Depiction is a Split-Screen Graph or a Multi-ScreenGraphavailable.+ The Multi-Screen Graph supports three Functions inoneScreen.+ In the Split-Screen-Graph could be shown two FunctionsperScreen.+ In both Graphs Tangents could be displayed to showFunctionvalues.+ PDF Export.--------PRO--------+ Adds trigonometric and hyperbolic functions.+ Transforms Numbers to Hex, Dual, Octal, Decimal Format.Control Engineering----------------------------------+ Tuning Rules:> Magnitude Optimum from Kessler> Symmetrical Optimum from Kessler> Chien Hrones Reswick> Latzel> Samal> Kuhn> Oppelt> Cohen Coon> Ziegler Nichols+ Calculates Parameters:> for I-Tn, P-T1, P-T2, P-T2s and P-Tn Plants,> for many different and/or equal Time-Constants[P-TxPlants],> from a given Step Response with a P-Tn (n equalTime-Constants)Approximation in accord with 'Schwarze',> from a given Step Response with a P-T1-Tn (1 Time-Constantandany n equal Time-Constants) Approximation in accordwith'Schwarze',> from a given Step Response with a P-Tt-T3 Approximationinaccord with 'Thal-Larsen',> from a given Step Response with a P-T2 Approximation inaccordwith 'Ormanns',> from a given Step Response with a P-Tx Approximation inaccordwith 'Radtke',> from a given Step Response with a P-Tn Approximation inaccordwith 'Sponer',> from a given Step Response with a P-Tt-T1 Approximationinaccord with 'Strejc',> from a given damped Oscillation and> from a TuTg-Approximation.+ Identification of the P-, I-, PI-, PD-, and PIDControllerParameter from a Step Response.+ Depiction of the Step Responses from the Plants andControllerssee above> in a Multi-Function-Graph [3 Step Responses] or> in Split-Screen-Graph [2 Step Responses per Screen]> with or without Tangents.+ Calculation and Depiction of Closed Loops.> continuous Controller:P, I, PI, PD, and PID,Regulation Limitationand Anti-wind-up.> discrete Controller:Two-Point Controller,Three-Point Controller.> Plants:Deadtime-, P-, I-, D- and Oscillating Element,delayed Elements with equal Time-Constants,delayed Elements with different Time-Constants,TuTg-Element,Reference Performance at a specified Time,Compensation Element in the Reference Path,Disturbance Attenuation before and behind a Plant.+ Depiction of the Step Responses> in a Multi-Function-Graph [3 Closed Loops] or> in a Split-Screen-Graph [2 Closed Loops per Screen]> with or without Tangents for displaying theFunctionvalues.> in tabular form.+ PDF Export [Please note, that you have to settheApp-Permissions on Android 6! -> write to Storage].Simulation------------------+ Adjustment of the calculation Steps.+ Algorithm in accord with Runge-Kutta.
