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Feedback Control Systems, Exercises of Engineering

Notes n stuff. Yeah theyres notes

Typology: Exercises

2019/2020

Uploaded on 02/09/2020

Balls769047
Balls769047 🇺🇸

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DynamicResponse
Objectives:Solvingdynamicequationsbyusinglinearanalysistechniques
Principlesuperposition
LTIsystem'sresponsecanbeexpressedastheconvolutionoftheinputwiththeunit
impulseresponseofthesystem
Lineartime‐invariantsystems(LTIs)
LaplaceTransforms
ImpulseFunctionandImpulseResponse
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pf8
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Dynamic Response

Objectives: Solving dynamic equations by using linear analysis techniques

○ Principle superposition LTI system's response can be expressed as the convolution of the input with the unit impulse response of the system

  • Linear time‐invariant systems (LTIs)

Laplace Transforms

Impulse Function and Impulse Response

Transfer Function

Partial Faction Expansion

DC Gain

Poles and Zeros

Block Diagram

Mason's Rule and Signal Flow Graph

Forward path 1 Forward path 2

Forward Path Gain

Loop Gain

Complex pole For the Second order transfer function

and damping ratio undamped natural frequency

Time Domain Specifications

Stability

Routh's Stability Criterion

Characteristic Equation

Exercise