Control System Design and Performance Analysis
Title: - Dynamic Control System Design and Implementation for Floater Position Regulation
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Implementation Plan:
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Task 1: Linear Voltage Driver Circuit (L1):
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Step 1: Initially, We use Pulse Generator block to create a PWM signal with a fixed frequency
Step 2: Next, We implement Low-Pass Filter block to convert the PWM signal to a DC voltage.
Step 3: Next, We Analyze Settling Time and Voltage Ripple using scope block
Step 4: Finally, the designed system is evaluated with the following plots,
4.1: Efficiency
4.2: Voltage Ripple
Task 2: Input-Output System Identification (L1 – L2):
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Step 1: Initially, We define a mathematical model represents the relationship between the input and output of the system.
Step 2: Next, We Generate a step input signal that simulates the input voltage to the system.
Step 3: Next, We Simulate the system's response to the input signal.
Step 4: Finally, the designed system is evaluated with scope.
Task 3: PID Control System Design (L2 – L3):
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Step 1: Initially, We choose and design the PID controller.
Step 2: Next, We Implement the closed-loop control system by connecting the PID controller.
Step 3: Next, We Simulate the closed-loop system to verify its performance.
Step 4: Finally, the designed system is evaluated with scope.
Task 4: PID Control System Implementation (L2 – L3):
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Step 1: Initially, We Use the PID controller design obtained from Task 3.
Step 2: Next, We Implement the PID control algorithm.
Step 3: Next, We Implement step disturbances to observe the system's response.
Step 4: Finally, the designed system is evaluated with scope.
Task 5: State Feedback Control Design (L3):
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Step 1: Initially, We design a state feedback controller .
Step 2: Next, We observe the State-Space block in Simulink using scope.
Step 3: Next, We Combine the state feedback controller in a closed-loop system in Simulink.
Step 4: Finally, the designed system is evaluated with scope.
Software Requirements:
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1. Development Tool: Matlab-R2020a/Simulink and above
2. OS: Windows-10 (64-bit)
Note:-
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[1] If the above plan does not satisfy your requirement, please provide the processing details, like the above step-by-step.
[2] Please note that this implementation plan does not include any further steps after it is put into implementation.
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#PerformanceAnalysis
#EngineeringSolutions
#OptimizationTechniques
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#SystemModeling
#StabilityAnalysis
#DynamicResponse
#PIDController
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