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Open Loop System00:00:00

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Closed Loop System00:00:00

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Comparison of Open Loop and Closed Loop System00:00:00

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Types of Feedback, Negative Feedback and Positive Feedback00:00:00

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Effect of Feedback on Gain, Effect of Feedback on Sensitivity and Effect of Feedback Stability00:00:00

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Transfer Function basics, Types & Parameters in Control Engineering00:00:00

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Calculation of Transfer Function for Electrical Network in Control Engineering00:00:00

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Block Diagram Basics, Terms, Advantages & Disadvantages00:00:00

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Block Diagram Reduction Rules00:00:00

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Block Diagram Reduction Examples using Animation00:00:00

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Block Diagram Reduction Examples by Animation00:00:00

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1 Example of Block Diagram Reduction00:00:00

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2 Example of Block Diagram Reduction00:00:00

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3 Example of Block Diagram Reduction00:00:00

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GATE problem of Block Diagram reduction00:00:00

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Important Signal Flow Graph Terms00:00:00

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Rules of Signal Flow Graph00:00:00

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Signal Flow Graph using Mesons gain Formula Examples by Animations, Process and steps00:00:00

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Signal Flow Graph example based on line equations00:00:00

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Mason’s Gain Formula for Signal Flow Graph00:00:00

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1 Signal Flow Graph using Mesons gain Formula Example00:00:00

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2 Signal Flow Graph using Mesons gain Formula Example00:00:00

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3 Signal Flow Graph using Mesons gain Formula Example00:00:00

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4 Signal Flow Graph using Mesons gain Formula Example00:00:00

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1 Signal Flow Graph using Mesons gain Formula GATE Example00:00:00

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2 Signal Flow Graph using Mesons gain Formula GATE Example00:00:00

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3 Signal Flow Graph using Mesons gain Formula GATE Example00:00:00

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4 Signal Flow Graph using Mesons gain Formula GATE Example00:00:00

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5 Signal Flow Graph using Mesons gain Formula GATE Example00:00:00

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6 Signal Flow Graph using Mesons gain Formula GATE Example00:00:00

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Procedure to convert block diagram to signal flow graph00:00:00

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Block Diagram to Signal Flow Graph Conversion by Animation00:00:00

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Conversion of Block Diagram to Signal Flow Graph and example solved by Mesons Gain Formula00:00:00

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Conversion of block diagram to signal flow graph00:00:00

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Block Diagram to Signal flow Graph conversion00:00:00

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Comparison of Block Diagram and Signal Flow Graph00:00:00

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Mathematical model of control system00:00:00

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Mechanical systems basics, types and parameters00:00:00

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Translational Mechanical System00:00:00

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Rotational mechanical system00:00:00

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Force Voltage Analogy in Control Engineering00:00:00

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Force Current Analogy in Control Engineering00:00:00

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1 Example of Mathematical Modelling of mechanical system00:00:00

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2 Example of Mathematical Modelling of mechanical system00:00:00

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3 Example of Mathematical Modelling of mechanical system00:00:00

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1 Example of Force Voltage Analogy00:00:00

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2 Example of Force Voltage Analogy00:00:00

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3 Example of Force Voltage Analogy00:00:00

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1 Example of Force Current Analogy00:00:00

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2 Example of Force Current Analogy00:00:00

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3 Example of Force Current Analogy00:00:00

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Test signals types, basics, functions & relations00:00:00

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Steady state error basics, formula and calculation00:00:00

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Static error constant (Positional, Velocity & Acceleration error constant)00:00:00

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Time domain analysis or time response analysis00:00:00

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Unit Step Response of first order system00:00:00

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Time response of first order system with unit ramp input00:00:00

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Time response of first order system with unit impulse input00:00:00

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Steady state error with unit step input for Type 0, 1 & 2 system00:00:00

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Steady state error with unit ramp input for Type 0, 1 & 2 system00:00:00

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Steady state error with unit parabolic input for Type 0, 1 & 2 system00:00:00

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Nature of Roots in second order system00:00:00

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Unit Step Response of second order system with undamped case00:00:00

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Unit Step Response of second order system with under damped case00:00:00

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Second Order System Response to unit Step Input00:00:00

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Rise time in Second Order System to unit Step Input00:00:00

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Peak time in Second Order System to unit Step Input00:00:00

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Settling time in Second Order System to unit Step Input00:00:00

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Peak Overshoot in Second Order System to unit Step Input00:00:00

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Examples on 2nd order System to calculate rise time, peak time and maximum peak overshoot00:00:00

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Example on time response analysis00:00:00

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Stability criteria for control system00:00:00

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Classification of system based on stability00:00:00

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Routh stability Criteria in Control Engineering00:00:00

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Routh stability Criteria with special case 1 Examples00:00:00

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Routh stability Criteria with special case 2 Examples00:00:00

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Routh stability Criteria with relative stability Example00:00:00

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Optimization of Stability by Routh Criteria00:00:00

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1 GATE Example on Routh Stability Criteria00:00:00

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2 GATE Example on Routh Stability Criteria with Block Diagram00:00:00

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3 GATE Example on Routh Stability Criteria00:00:00

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4 GATE Example on Routh Stability Criteria00:00:00

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5 GATE Example on Routh Stability Criteria00:00:00

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What is Root Locus Plot?00:00:00

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Root Locus Rules00:00:00

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Root locus Example 100:00:00

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Root Locus Example 200:00:00

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Root Locus plot completely explained00:00:00

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Angle of Departure in Root Locus00:00:00

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Root Locus Beyond Stability in Control Engineering00:00:00

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1 GATE Example on Root Locus for Finding Transfer Function00:00:00

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2 GATE Example on Root Locus for Finding Open Loop Transfer Function00:00:00

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Proportional Controller in Control Engineering00:00:00

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Integral controller basics, block diagram & advantages00:00:00

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Derivative controller basics, block diagram & advantages00:00:00

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Proportional Integral Controller, PI Controller00:00:00

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Proportional Derivative Controller, PD Controller00:00:00

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Proportional Integral Derivative Controller, PID Controller00:00:00

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Comparison of P, PI, PD and PID controller00:00:00

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Initial value theorem and Final value theorem00:00:00

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Example on Initial value theorem and final value theorem00:00:00

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Frequency response analysis in control system00:00:00

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Magnitude and phase in frequency response analysis for second order system in control engineering00:00:00

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Resonance frequency in frequency response analysis in control system00:00:00

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Resonant peak in frequency response analysis in control system00:00:00

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Bandwidth derivation and calculation in frequency response analysis00:00:00

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Example on frequency response analysis in control system00:00:00

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Polar Plot Advantages and basics in Control Engineering00:00:00

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Polar Plot and Procedure to draw polar plot00:00:00

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Graphical calculation of phase margin and gain margin using polar plot00:00:00

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Polar Plot for Type 0 system, Procedure to draw polar plot00:00:00

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Polar Plot for Type 1 system, Procedure to draw polar plot00:00:00

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1- Polar Plot Example and Procedure to draw polar plot00:00:00

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Nyquist Plot Basics, Mapping, Stability and Advantages00:00:00

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1- Nyquist Plot Example for Stability00:00:00

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2- Nyquist Plot Example for Stability00:00:00

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1 GATE Examples on Nyquist Plot00:00:00

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2 GATE Examples on Nyquist Plot00:00:00

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GATE Examples on Stability and Minimum Phase Type System00:00:00

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1 GATE Example on Phase Margin (PM)00:00:00

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2 GATE Example on Phase Margin (PM)00:00:00

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GATE Example on Gain Margin (GM)00:00:00

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GATE Example on Gain Margin (GM) and Phase Margin (PM)00:00:00

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GATE Example on Gain Margin (GM) with Shortcut Method in Control Engineering00:00:00

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Bode Plot Control System basics and Bode Plot Procedure00:00:00

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Bode plot completely explained with animation00:00:00

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Bode Plot Example fully explained with complete process00:00:00

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1-Bode Plot Example, GATE Exam00:00:00

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2-Bode Plot Example, GATE Exam00:00:00

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State Space Analysis Vs Transfer Function Analysis00:00:00

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State Space Analysis representation and its basics00:00:00

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State Space Analysis basic understanding00:00:00

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State Space Analysis for MIMO00:00:00

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State Space Analysis for Electrical System00:00:00

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State Space Analysis for Mechanical System00:00:00

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State Space Analysis for transfer function Example00:00:00

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1 – State Space Analysis for Signal Flow Graph Example00:00:00

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Introduction, basics and types of Compensator00:00:00

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Lead compensator basics, derivation & response00:00:00

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Effects of Lead compensator on control system00:00:00

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Lag compensator basics, derivation & response00:00:00

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Effects of lag compensator on control system00:00:00

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Lag – Lead compensator basics, derivation & response00:00:00

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Example of maximum phase of compensator in control system engineerig00:00:00

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Example on compensator identification by transfer function of system00:00:00

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Example on compensator identification by pole zero plot of system00:00:00

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Example of compensator based on response of system00:00:00

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Example of compensator by transfer function of system00:00:00

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Example of compensator based on poles and zeros00:00:00