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_a9780470646120 (paperback : trade)
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_a629.8 N633c 2011
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_aNise, Norman S.
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245 0 _a
_aControl systems engineering /
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_cNorman S. Nise.
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246 _a
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_aSixth edition, international student version.
_b
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_aSingapore :
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_bJohn Wiley & Sons (Asia),
_c©2011;copyright 2011.46
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_c26 cm.
_axvi, 926 pages :
_billustrations
310 _a
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321 _a
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336 _b
_atext
_2rdacontent
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_aunmediated
_2rdamedia
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_avolume
_2rdacarrier
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_c56
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_aIncludes bibliographical references and index.
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_a1. Introduction 2. Modeling in the frequency domain 3. Modeling in the time domain 4. Time response 5. Reduction of multiple subsystems 6. Stability 7. Steady-state errors 8. Root locus techniques 9. Design via root locus 10. Frequency response techniques 11. Design via frequency response 12. Design via state space 13. Digital control systems App. A. List of symbols App. B. MATLAB tutorial App. C. MATLAB's Simulink tutorial App. D. LabVIEW tutorial.
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_aAn overview of control system engineering that covers modeling in the frequency and time domains; time response; reduction of multiple subsystems; stability; steady-state errors; root locus and frequency response techniques; design via root locus, frequency response, and state space; and digital control systems.
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521 _a
_aAdult;Adult.
_bFollett Library Resources.
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_aAutomatic control.;Systems engineering.;Cybernetics.;Electric controllers.;Servomechanisms.;Systems engineering.
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