000			01875nam a2200241 a 4500
001			vtls003022813
003			MY-SjTCS
005			20200306155033.0
008			110218s1995 si a b 001 0 eng
020			_a9810223463 (hbk.)
039		9	_a201102181643 _bVLOAD _c200508041517 _dsusan _c200508041109 _dsusan _y200506241238 _zmeena
082	0	4	_a629.832 _bDOU
100	1		_aDougherty, T. _9220651
245	1	0	_aSystems & control : _ban introduction to linear, sampled & non-linear systems / _cT. Dougherty.
246	3		_aSystems and control.
260			_aSingapore : _bWorld Scientific, _cc1995
300			_axxxi, 640 p. : _bill. ; _c23 cm.
440		0	_aAdvanced series in electrical and computer engineering ; _vv. 11 _9220652
505	0		_aPreface. - Ch. 1. Transients & The Laplace Transform. - Ch. 2. Scaling & Dynamically Equivalent Systems. - Ch. 3. System Descriptions & Block Diagrams. - Ch. 4. Stability-1 Routh & Root Loci. - Ch. 5. Frequency Response Techniques. - Ch. 6. Control & Feedback. - Ch. 7. System Performance 1: Transient Behaviour & Root Loci. - Ch. 8. System Performance 2: Frequency Response. - Ch. 9. The Tracking Problem. - Ch. 10. Non-Linear Systems 1: Phase Plane. - Ch. 11. Non-Linear Systems 2: Sinusoidal Describing Function. - Ch. 12. Non-Linear Systems 3: Linearization. - Ch. 13. Sampled Data Systems. - Ch. 14. Sampled Data Models & Root Loci. - Ch. 15. Sampled Data Performance. - Ch. 16. State Variables. - Ch. 17. MATLAB 1: Basics & The Control System Toolbox. - Ch. 18. MATLAB 2: Simulation With SIMULINK. - Appendix A: The Laplace Transformation. - Appendix B: The Z - Transformation. - Appendix C: The Coefficient Plane. - Appendix D: The Standard Responses. - Appendix E: The Argument Theorem. - Bibliography. - Index.
650		0	_aLinear control systems. _9220653
650		0	_aAutomatic control. _9210954
920			_aENG : 31898
999			_c35764 _d35764