Control Technology Module II

Module Content

In this module, we will delve deeper into the fascinating world of control engineering. We will explore how control systems are analyzed and how controllers are designed in both the frequency and time domains. We will also venture into the realm of digital control engineering and learn the fundamentals of controlling systems with digital components.

• Analog meets Digital: We will explore the discretization of continuous-time control systems using digital-to-analog and analog-to-digital converters
• Digital Helpers: Time-discrete transfer elements, z-transform, transfer behavior in the time and frequency domains - you will become familiar with all these concepts.
• Disturbance Signals under Control: Digital filters will help you to suppress unwanted disturbance signals and optimize system performance.
• Stability is Key: You will learn how to analyze the stability of control loops and ensure that your systems remain stable
• Custom Controller Design: Various design methods such as deadbeat design, discrete equivalents of analog controllers, root locus method, and Nyquist method are available to you to find controllers for your applications.
• State-Space Controllers: Advanced control strategies

Simplified Explanation

This module will teach you how to control systems using both analog and digital methods. You will learn about analyzing systems, designing controllers, and dealing with digital components. You'll also explore advanced topics like stability analysis and designing custom controllers.

Key topics covered:

• Analog and digital control: Understanding the differences and how to convert between them.
• Digital signal processing: Using digital filters to improve system performance.
• Stability analysis: Ensuring that your controlled system doesn't become unstable.
• Controller design: Designing custom controllers for specific applications.
• Advanced control strategies: Exploring more complex control methods.

In essence, this module will provide you with a solid foundation in control engineering, enabling you to design and implement effective control systems.