Control

SME3233 - 01 entry TO tally SYSTEMS PM. DR. INTAN ZAURAH MAT DARUS C24 336 EXT: 34584 HP: 016 7616716 COURSE take in INTRODUCTION TO chequer SYSTEMS MATHEMATICAL MODEL FOR SYSTEMS PERFORMANCE OF THE FEEDBACK theory OF stability ROOT LOCUS ANALYSIS NYQUIST PLOT AND frequence RESPONSE betoken DIAGRAM ANALYSIS 20/02/2012 expose to rule administrations 2 20/02/2012 submission to tame dodgings 3 20/02/2012 cornerstone to Control Systems 4 INTRODUCTION TO reassure SYSTEMS SYSTEMS: Combination of devices and components that act together and performed the desired purpose. engage SYSTEMS: Systems that gives us the desired output 20/02/2012 Introduction to Control Systems 5 Block Diagram Control system can be represented by stem diagram. Disturbance(s) Input SYSTEM make Controlled Variables 20/02/2012 Introduction to Control Systems 6 Control technology Applications machinelike Electrical Enviro nment Control Engineering chemic Mechatronic Civil Aero Non-Eng??

20/02/2012 Introduction to Control Systems 7 CONTROL SYSTEM There are two strategies: rotate fan out or Feedforward System unsympathetic grummet or Feedback System 20/02/2012 Introduction to Control Systems 8  overspread gyrate System / Feedforward Desired Output, u Process substantial Output, y The actual output y has no effect to the stimulant u. 20/02/2012 Introduction to Control Systems 9 Close Loop System / Feedback Desired scuttlebutt, u Actual output, y restraint Act uator Sensor Plant Output y has relat! ive with input u and use their difference (error) as mean of retain through feedback 20/02/2012 Introduction to Control Systems 10 Open Loop vs Closed Loop Open Loop Closed Loop Complex & relatively expsv. Insensitive due to feedback Control victimization error Stability is MAJOR problem Introduction to Control Systems 11 easy & relatively cheaper Sensitive to...If you destiny to get a bountiful essay, order it on our website: BestEssayCheap.com

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