Control Systems (English) Part - 2

   Tuesday, December 05, 2023   

Starting a new Lecture Notes Series on Control Systems

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Control Systems By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 70: Root Locus | Point lies on root locus | Control Systems | Lec-70

Lecture 71: Root Locus | Find O.L.T.F | Example | Control Systems | Lec-71

Lecture 72: Root Locus | Angle of Arrival for O.L.T.F | Example | Control Systems | Lec-72

Lecture 73: Root Locus | Angle of Arrival | Example | Control Systems | Lec-73

Lecture 74: Bode plot | Introduction | Control Systems | Lec-74

Lecture 75: Bode plot | How to draw | Example | Control Systems | Lec-75

Lecture 76: Bode plot | Poles at origin | Example | Control Systems | Lec-76

Lecture 77: Bode plot | Zeroes at origin | Example | Control Systems | Lec-77

Lecture 78: Bode plot | Finite poles & Zeroes | Control Systems | Lec-78

Lecture 79: Bode Plot | finite poles & zeroes | Examples | | Control Systems | Lec-79

Lecture 80: Bode Plot | Corner frequency | Examples | | Control Systems | Lec-80

Lecture 81: Bode Plot | T.F from magnitude plot | | Control Systems | Lec-81

Lecture 82: Bode Plot | Transfer Function | Examples | | Control Systems | Lec-82

Lecture 83: Bode Plot | Find Transfer Function | Examples | | Control Systems | Lec-83

Lecture 84: Bode Plot | find w1,w2 & TF | Examples | | Control Systems | Lec-84

Lecture 85: Types of systems | Minimum & All pass | | Control Systems | Lec-85

Lecture 86: Bode plot | Stability analysis | Gain & Phase Cross over | Control Systems | Lec-86

Lecture 87: Gain Margin & Phase Margin | GM & PM | Stability | Control Systems | Lec-87

Lecture 88: Stability analysis | GM & PM | Control Systems | Lec-88

Lecture 89: Bode plot | Stability analysis | Example | GM & PM | Control Systems | Lec-89

Lecture 90: Bode plot | Stability analysis | GM & PM | Example | Control Systems | Lec-90

Lecture 91: Bode plot | find Phase Margin | Example | Control Systems | Lec-91

Lecture 92: Bode plot | Find k if GM & PM is given | Example | Control Systems | Lec-92

Lecture 93: Bode plot | GM & Transfer function | Example | Control Systems | Lec-93

Lecture 94: Bode plot | TF & wpc | GM & PM | Example | Control Systems | Lec-94

Lecture 95: Polar plot | How to draw | Example | Control Systems | Lec-95

Lecture 96: Polar plot | Example | How to draw | Control Systems | Lec-96

Lecture 97: Polar plot | Find w value | Example | Control Systems | Lec-97

Lecture 98: Polar plot | Example | draw | Example | Control Systems | Lec-98

Lecture 99: Polar plot | different poles systems | Example | Control Systems | Lec-99

Lecture 100: Polar plot | Examples | Control Systems | Lec-100

Lecture 101: Polar plot | | Examples | Control Systems | Lec-101

Lecture 102: Polar plot in control system problems | Lec-102

Lecture 103: Polar plot in control system examples | Lec-103

Lecture 104: Nyquist plot | Introduction || Control Systems | Lec-104

Lecture 105: Nyquist Plot | Poles & zeroes configuration | Control Systems | Lec-105

Lecture 106: Nyquist plot || Example | Control Systems | Lec-106

Lecture 107: Nyquist plot | Stability | Example | Control Systems | Lec-107

Lecture 108: Nyquist plot | Range of k for Stability | Example | Control Systems | Lec-108

Lecture 109: Polar plot | Conditional Stability | Range of k | Example | Lec-109

Lecture 110: Nyquist plot | Right hand closed loop poles | Stability | Example | Control Systems | Lec-110

Lecture 111: Nyquist plot | RH plane roots | Example | Control Systems | Lec-111

Lecture 112: State space analysis | Introduction | RLC circuit | Control Systems | Lec-112

Lecture 113: State space model | standard form | | Control Systems | Lec-113

Lecture 114: State model | Differential Equation | Example | Control Systems | Lec-114

Lecture 115: State model | Differential Equation | Example2 | Control Systems | Lec-115

Lecture 116: State model | TF | CCF & OCF | Control Systems | Lec-116

Lecture 117: State Model | TF | Diagonal method | | Control Systems | Lec-117

Lecture 118: State Model | SFG method| | Control Systems | Lec-118

Lecture 119: State model | Find Transfer Function | Control Systems | Lec-119

Lecture 120: Solution for state model | Find x(t) | Control Systems | Lec-120

Lecture 121: State Transition matrix | Properties | Control Systems | Lec-121

Lecture 122: State space analysis | Example | | Control Systems | Lec-122

Lecture 123: State space analysis | ZIR | Unit step i/p | Part-1/2 | | Control Systems | Lec-123

Lecture 124: State space analysis | ZSR | Unit step i/p | Part-2/2 | | Control Systems | Lec-124

Lecture 125: Controllability and Observability | Introduction | Control Systems | Lec-125

Lecture 126: Controllability | Example | Control Systems | Lec-126

Lecture 127: Controllability and Observability | Example | Control Systems | Lec-127

Lecture 128: State space analysis | Solution of state equations | Example | Control Systems | Lec-128

Lecture 129: Controllers & Compensators | Introduction | Example | Control Systems | Lec-129

Lecture 130: Compensators | Introduction | Lead | Control Systems | Lec-130

Lecture 131: Lead compensator | Effects | Control Systems | Lec-131

Lecture 132: Lag compensator | Effects | Control Systems | Lec-132

Lecture 133: Lead compensator | Example | Control Systems | Lec-133

Lecture 134: Lead - Lag Compensator || Lag - Lead || Example | Control Systems | Lec-134

Lecture 135: Controllers | Types | P - Controller | Control Systems | Lec-135

Lecture 136: Integral , Derivative & PI Controllers | Control Systems | Lec-136

Lecture 137: PD and PID Controller | Control Systems | Lec-137