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Reseach Article
PLL based Slip Frequency Control System for Improving Stability of an Induction Motor
| 2nd National Conference on Innovative Paradigms in Engineering and Technology (NCIPET 2013) |
| Foundation of Computer Science USA |
| NCIPET - Number 6 |
| March 2012 |
| Authors: H. S. Kulat, Anupama Huddar, R. N. Patel |
| fa4293ff-b3f7-4520-9745-675f56998b06 |
H. S. Kulat, Anupama Huddar, R. N. Patel . PLL based Slip Frequency Control System for Improving Stability of an Induction Motor. 2nd National Conference on Innovative Paradigms in Engineering and Technology (NCIPET 2013). NCIPET, 6 (March 2012), 21-23.
Abstract
An induction motor slip frequency control can be controlled by different techniques. This work presenting the control of induction motor by the Phase Locked Loop (PLL).The different pulses can be generated by the PLL to fire the inverter circuit by means of which an induction motor can be controlled The control mechanism has been built by the MATLAB tool boxses.The proposed PLL along with the inverter circuit has been developed to generate the different frequencies .This method not only control the frequency but also increases the stability of an induction motor
References
- MUNEAKI ISHIDA and KOJI JWATA âSteady-state characteristics of a torque and speed Control System of an Induction Motor Utilizing Rotor Slot Harmonics for Slip Frequency Sensing.âIEEE Transactions on power electronics vol.PE-2, NO3 July 1987.
- N. Sawaki and N. Sato, "Steady-state and stability analysis of induction motor driven by current source inverter," IEEE Trans. Ind. App vol. IA-13, pp. 244-253, May/June 1977. Japan
- P. Bowler and S. G. McLaren, "Slip frequency limited phase-locked loop induction-motor drive," Proc. Inst. Elec. Eng., vol. 127, pt. D,pp. 51-54, Mar. 1980.
- T. Vinay Kumar, Student Member, IEEE, and S. Srinivasa RaoâDirect Torque Control Method for Induction Motor Drives based on Modified Amplitude and Angle Decoupled Control of Stator Fluxâ.
- F.M.Gardner,âPhase Lock Techniquesâ,NY,Willey, 1979.
- W.C.Lindsey, and C.M.Chie, âA Survey of DPLLâ, Proceedings of the IEEE, pp296-317 April 1981.
- H. Meyer, G Ascheid, âSynchronisation in Digital Communicationsâ,vol-1, John Willey & Sons, 1990
- A.J.Viterbi,âPrinciples of Coherent Commsâ McGraw-Hill,1966
- M. P. Fitz and R. J.-M. Cramer, "A Performance Analysis of a Digital PLL Based MPSK Demodulator," IEEE Trans on Comms, vol. 43 No.2/3/4, pp. 1192-1201, Feb/Mar/Apr 1995.
- R.C.Tausworthe,"A Second/Third-Order Hybrid Phase Locked receiver for Tracking Doppler Ratesâ,JPL Tech Rep 32-1526,vol.1,pp 42-45
- S. Kandeepan, S. Reisenfeld, âFrequency Jitter of a Digital Phase-Locked Loop and Comparison with a Modified CRBâ,Comm Systems, 2002. ICCS 2002. The 8th International Conference on,pp.96-100, Vol.1, 25-28 Nov 2002, Singapore
- S.Kandeepan, S.Reisenfeld, âFrequency Tracking and Acquisition with a Four-Quadrant arctan-Based Digital Phase- Locked Loopâ, ICICS-PCM 2003 proceedings of,Vol.1,pp 401-405,15-18 Dec 2003, Singapore.
- HO,S.C. Digital speed controller, M.Sc. thesis, University of Manchester, England, 1972.
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