Modern Control Technology
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Follow on Instagram for UpdatesModern Control Technology Syllabus — Unit-wise Content
The official GTU curriculum for Modern Control Technology (subject code DI05024031) as prescribed for AI & DS · Semester 5 divides the course into 5 units, covering 22 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (DI05024031)Unit 1 Unit – I Introduction to Control Systems
- History and significance of control system in engineering. Open loop and closed loop control system
- disadvantages and comparison. control system components: o sensors- definition
- classification. o actuator- types of actuators
- selection criteria of actuators. o Controllers- Role of controller in system
- Analog vs Digital controllers
- Introduction to smart controllers (IoT-based control) Open loop control system with example. Closed loop control system with example
Unit 2 Unit– II Mathematical modeling of control system
- Significance of Laplace transform in control system. Transform frequency domain to S- domain and S- domain to frequency domain for control system function. Transfer function: definition
- poles and zeros
- location of poles and zeros in s-plane of given systems. Transfer function of simple RLC network. Order and type of control system
Unit 3 Unit – III Block diagrams and signal flow graphs
- Block diagram reduction technique: Define rules for block diagram reduction technique
- reduce block diagram using block diagram reduction technique. signal flow graph: Draw signal flow graph from block diagram
- Apply Mason’s Gain formula to determine overall transfer function of feedback control system
Unit 4 Unit – IV Performance of feedback control system
- State the features of Step
- Parabolic and Impulse signal Time response of first order control system using Unit-impulse and Unit-Step Response with sketches. Time response of second order control system: Different parameter like damping ratio
- undamped natural frequency
- Specification: Delay time
- rise time
- pick time maximum overshoot
- steady state time
- Program Name: Diploma Engineering Level: Diploma Branch: Power Electronics Subject Code : DI05024031 Subject Name : Modern Control Technology Steady state error of feedback control system
Unit 5 Unit– V Basic Control action and Controller Characteristics
- Classify controller: ON-OFF, P, I, PI, PD, PID controllers. ON-OFF controller with dead zone
- example. P- Control action with example. I- Control action with block diagram and example. D- Control action with block diagram and example. PI- Control action with block diagram and example. PD- Control action with block diagram and example. PID- Control action with block diagram and example. Effect of integral and derivative control action on system performance
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