Control Engineering - Study24x7

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# Control Engineering

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Control engineering  is anengineering discipline that applies automatic control theory to design systems with desired behaviors in controlenvironments.

• Total 1 Module
• 46 Videos
• Published on 14 June, 2019

## Control Engineering

• The Control Problem

1h 63 min
• Some More Examples

1h 68 min
• Different Kinds of Control Systems

1h 65 min
• History of Feedback

1h 64 min
• Modern Control Problems

47m
• DC Motor Speed Control

1h 68 min
• System Modelling, Analogy

1h 73 min
• Causes of System Error

1h 62 min
• Calculation of Error

1h 63 min
• Control System Sensitivity

1h 65 min
• Automatic Control of DC Motor

1h 75 min
• Proportional Control

1h 73 min
• Non-Unity Feedback

1h 66 min
• Signal-Flow Graph

1h 64 min
• Mason's Gain Formula

1h 64 min
• Signal-Flow Graph for DC Motor Control

1h 64 min

57m
• Differential Equation Model and Laplace Transformation Model

1h 60 min
• D-Operator Method

57m
• Second-Order System Response

57m
• Frequency Response

52m
• Laplace Transformation Theorems

50m
• Final Value Theorem

55m
• Transfer Function and Pole-Zero Diagram

56m
• 'Good' Poles and 'Bad' Poles

57m
• Signal Flow Graph with Transfer Functions

49m
• s-Domain and t-Domain

54m
• Second-Order System Response in s-Domain

55m
• Integral Feedback

45m
• Root-Locus Rules

49m
• Root-Locus Method

49m
• Asymptotes of Root Locus

44m
• Routh Array

57m
• Singular Cases

54m
• Closed Loop Poles

36m
• Controller in the Forwarded Path

56m
• Mapping of Control in the Complex-Plane

51m
• Encirclement by a Curve

50m
• Nyquist Criterion

52m
• Application of the Nyquist Criterion

54m
• Polar Plot and Bode Plots

52m
• Logarithmic Scale for Frequency

53m
• Compensating Network

53m
• Nichols' Chart

50m
• Time Domain Methods of Analysis and Design

51m
• State-Variable Equations

52m

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16 Jul 2019 04:54 PM

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