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ProblemsClear skill: Models Feedback Build a practice set

ProblemCourse & topicStatus

CTRL:9927001A single-loop unity-feedback architecture is defined as follows.

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927002A non-unity feedback loop is assembled from the strictly proper plant…

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927003Mathematical problem title

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927004A block diagram contains exactly three dynamic blocks and two summing junctions, with all initial conditions zero…

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927005A nested block diagram is specified by the following equations, which already include every summing-junction sign.

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927006A forward path consists of three blocks in cascade…

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927007Block-diagram algebra is to be used to move a summing junction and a pickoff without changing the map from R to Y.

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927008A unity-feedback loop contains a plant with a parallel inner structure.

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927009Mathematical problem title

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927010Mathematical problem title

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927011A signal-flow graph is constructed from a unity-feedback block diagram that also has a minor-loop rate return.

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927012Mathematical problem title

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927013The DC motor of this problem is the first-order mechanical reduction obtained by neglecting armature inductance.

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927014Mathematical problem title

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927015Mathematical problem title

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927016A single-loop architecture with a non-unity sensor is…

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927017Mathematical problem title

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927018A measured output disturbance is available for feedforward.

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927019A cascade (inner–outer) architecture is defined by…

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927020Mathematical problem title

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927021Mathematical problem title

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927022The classical Bode sensitivity of a closed-loop map to the plant is to be computed from first principles.

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927023A return-ratio experiment is defined on a single-loop system.

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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CTRL:9927024A unity-feedback system with an additional load summing junction is specified by…

Models FeedbackControl Systems Problem Solving

Dynamic models, linearization, and feedback structureControl Systems · Calculation

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Showing 24 of 50 matching problems.

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A translational plant consists of a mass

m=2.00\,\mathrm{kg}

, a viscous damper

b=6.00\,\mathrm{N\cdot s/m}

…

A signal-flow graph has five nodes

x_1,x_2,x_3,x_4,x_5

.

A signal-flow graph has nodes

x_1=R(s)

,

x_2

,

x_3

,

x_4=Y(s)

.

An armature-controlled DC motor is modelled, for

t\ge 0

, by…

A process plant is

P(s)=\frac{5}{2s+1}

, mapping a control effort

U

(in volts) to a temperature

Y

(in kelvin).

A plant

P(s)=3/(s+2)

(dimensionless) is placed in the two-input architecture…

A two-degree-of-freedom (2DOF) control law is

U(s)=C(s)\bigl(F(s)R(s)-Y(s)\bigr)

, with…

A linearised liquid-level plant occupies a tank of constant horizontal area

A=1.25\,\mathrm{m^2}

.

A lumped thermal plant obeys

C_t\frac{dT}{dt}=-h_t\bigl(T-T_a\bigr)+K_h u

, with…