'Compensated system' presentation slideshows

1.06k views • 101 slides

Chapter 9

Chapter 9. Design via Root Locus. Figure 9.1 a. Sample root locus, showing possible design point via gain adjustment ( A ) and desired design point that cannot be met via simple gain adjustment ( B ); b. responses from poles at A and B. Improving transient response.

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CH. 9 Design via Root Locus

CH. 9 Design via Root Locus. Figure 9.1 a. possible design point via gain adjustment ( A ) design point that cannot be met via gain adjustment ( B ); ? ?????. 9.1 Introduction.

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Digital Control Systems (DCS)

Digital Control Systems (DCS). Lecture-1-2 Lead Compensation. Dr. Imtiaz Hussain Associate Professor Mehran University of Engineering & Technology Jamshoro, Pakistan email: imtiaz.hussain@faculty.muet.edu.pk URL : http://imtiazhussainkalwar.weebly.com/. 7 th Semester 14ES.

1.21k views • 57 slides

Design with Root Locus

Design with Root Locus. Lecture 9. Objectives for desired response. Improving transient response Percent overshoot, damping ratio, settling time, peak time Improving steady-state error Steady state error. Gain adjustment.

1.33k views • 54 slides

Linear Control Systems Engineering ????????

Linear Control Systems Engineering ????????. Module 20 Phase Lag and Lead- Lag Compensation ( ??????? - ???? ). Module 20 Phase Lag and Lead- Lag Compensation. -1/ ?. -1/ ??. ? Transfer Function of Phase Lag Element. Phase lag networks. 1/ ??. 1/ ?.

447 views • 31 slides

Compensators (Dorf & Bishop)

Compensators (Dorf & Bishop). Compensator is a first order network with the transfer function: If then it is called a phase-lead compensator, otherwise it is called a phase-lag compensator. The maximum phase contribution (lead or lag) occurs at the frequency:

635 views • 20 slides