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Design & Analysis of Control Systems MCQs

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Trigger **

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Indices **

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Alias **

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Cohesion **

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Unstructured **

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Key attribute **

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Sabotage **

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Functional **

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Identify all the project tasks **

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Laplace transform of the state-space equations of a system **

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Transfer Function **

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The ratio of the system output to its input, in the S-domain. **

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Time-shifted **

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To ensure that the system's oscillatory response is damped to within a certain band of the steady-state value **

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S-Domain **

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The domain of the Laplace Transform of a signal or system. **

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Supervisory Control and Data Acquisition. **

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Supervisory Control and Data Acquisition **

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The amount of time between samples **

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Sampler **

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A system that converts an analog signal into a digital signal. **

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The initial conditions are zero. **

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Reference Value **

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The target input value **

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Converts a digital signal into an analog signal **

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The function {\displaystyle tu(t)}{\displaystyle tu(t)} **

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Raise-Lower **

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Raise-Lower Output **

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To be limited to within 1/4 of the maximum peak overshoot **

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It can only output certain discrete values. **

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Certain discrete values **

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A central system which has been provided, and must be analyzed or controlled. **

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Proportional-Integral-Derivative **

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The poles and zeros of the characteristic equation. **

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The amount by which the step response overshoots the reference value, in percentage of the reference value. **

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A method by which a complex fraction is decomposed into a sum of simple fractions **

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A branch of control engineering that deals with the minimization of system cost, or maximization of system performance. **

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A system that is not closed **

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Uncontrolled **

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Laplace Transform **

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1811 **

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The discrepancy between desired and actual value after settling. **

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Open-source software having a Control Systems toolbox **

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A branch of control engineering that deals exclusively with non-linear systems. **

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Bode plots **

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A necessary and sufficient condition of stability that can be derived from Bode plots. **

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The output signal will be smaller than the input signal **

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The fundamental frequency of the system **

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Model Free Adaptive Control **

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Its current output is dependent on previous and current inputs. **

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Matrix Laboratory **

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A commercial software having a Control Systems toolbox **

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The system has an oscillatory response. **

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Magnitude **

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DC gain at 0 frequency **

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A system that satisfies the superposition principle. **

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Left-hand nullspace solutions to the characteristic equation of a matrix for given eigenvalues. **

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Imaginary part of s **

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The imaginary part of s **

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An integral transform that converts a function from the time domain into a complex frequency domain. **

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Lag **

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The observed process impact from an output is slower than the control rate. **

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Instantaneous **

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The current input **

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The initial conditions of the system to be determined from the Transfer function. **

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The conditions of the system at the first time the system is stimulated. **

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The system output when the system is stimulated by an impulse input. **

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Impulse Response **

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A function denoted δ(t), that is the derivative of the unit step **

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A function that is the derivative of the unit impulse function. **

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Systems which have both analog and digital components **

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A system with both analog and digital components. **

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A system whose scaled input results in an equally scaled output. **

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The property of a system whose scaled input results in an equally scaled output. **

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Electrical Engineer **

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Information Theory **

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Control theory and communications **

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Introduction of the Bode plot **

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Relates the system output to the system input, the system response, and a time constant through integration. **

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A constant multiplier in a system that is typically implemented as an amplifier or attenuator. **

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A branch of study that is related to control engineering, and especially optimal control. **

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Frequency Response **

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The response of a system to sinusoids of different frequencies. **

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The steady-state value of a system **

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Rejecting undesirable components like noise from a signal. **

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Use of signal smoothing techniques to reject undesirable components like noise. **

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Feedforward **

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External Description **

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Apportions fractional weight to new and existing data to form a working average. **

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A method of calculating the average of a data set that gives more weight to recent data points **

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An equation that relates complex exponentials to complex sinusoids. **

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Nullspace vectors of the characteristic equation for particular eigenvalues. **

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Solutions to the characteristic equation of a matrix **

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Distributed **

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It has both an infinite number of states, and an infinite number of state variables. **

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A system or signal that is only defined at specific points in time. **

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PV is below SP **

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Bring the process variable (PV) to setpoint (SP) **

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A system that is both discrete-time, and quantized. **

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Dead time shift between the output change and the related effect **

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The time shift between the output change and the related effect **

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A constant that determines the damping properties of a system. **

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The damping properties of a system. **

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A control system that augments the shortcomings of another system. **

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A controlled system using feedback or feedforward **

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Classical Controls **

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The output does not depend on future inputs. **

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When the output of a control loop is fed to/from another loop. **

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Bounded Input, Bounded Output **

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Decibels vs. frequency **

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It displays individual system components as boxes, and connections between systems as arrows. **

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A sum of inputs results in a sum of outputs. **

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When control gain is varied depending on system state or condition, such as a disturbance. **

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Adaptive control systems are able to change their response characteristics over time, while normal control systems cannot. **

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A system metric that determines that amount of acceleration error in the system. **

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The amount of steady state error of the system when stimulated by a unit parabolic input. **

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Acceleration Error **

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