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Introduction. Simplification of Block Diagrams. Modeling And Dc Motor. Open Loop Control. Feedback and Closed Loop Control Scheme. Internal Stability. Steady-state Performance. Dynamic Performance. Root-locus Method. Signal and Systems In The Frequency Domain. Nyquist Stability Criteria. Stability Margins. Systems With Dead-times. Design of Lead-lag Controllers. Realization and Tuning of Pid Controllers.

Faculty: Mechanical Engineering
|Undergraduate Studies

Pre-required courses

34032 - Linear Systems M

Parallel course

34022 - Introduction to Mechatronics

Course with no extra credit

34020 44191 - Control Systems 1 84735

Course with no extra credit (contained)

54479 - Intro. to Process Dynamics and Control

• Essential plant pathology - Schumann, Gail L.
• Feedback control of dynamic systems - Franklin, Gene F.
• Feedback control of dynamic systems - Franklin, Gene F.
• Feedback control of dynamic systems - Franklin, Gene F.
• Feedback control of dynamic systems - Franklin, Gene F.
• Feedback systems : an introduction for scientists and engineers - Astrom, Karl J.
• Feedback systems [electronic resource] : an introduction for scientists and engineers - Åström, Karl J.
• Linear control system analysis and design with MATLAB - D'Azzo, John J.
• Linear control system analysis and design with MATLAB [electronic resource] - D'Azzo, John Joachim.
• Linear control system analysis and design: conventional and modern - D'Azzo, John J.
• Plant physiology - Taiz, Lincoln
• Plant physiology and development
• מבוא לבקרה ואוטומציה - פסן, דוד
• פיזיולוגיה של הצמח - טיז, לינקולן