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Real time spectral analysis of surge currents of transformer using FPGA technology FFT processor
Języki publikacji
Abstrakty
Przedstawiono krótkookresową analizę widmową prądów udarowych, prądu zwarciowego w czasie rzeczywistym z zastosowaniem procesora FFT zrealizowanego w FPGA.
The paper presents short-term spectral analysis of surge currents, short-circuit current at actual time using FFT processor realized with FPGA technology.
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Czasopismo
Rocznik
Tom
Strony
59--63
Opis fizyczny
BIbliogr. 15 poz.
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autor
autor
autor
- Wydział Elektrotechniki i Automatyki Politechniki Gdańskiej
Bibliografia
- [1] Mathews CA.: Improved Transformer Differential Relay. AJEE Transactions 1954 No 73
- [2] Sharp R.L., Glassburn W.E.: A Transformer Differential Relay with Second Harmonic Restraint. AJEE Transactions 1958 No 7
- [3] Sykes J.A., Morrison I.F.: A Proposed Method for Harmonic Restraint Differential Protection Relay for Power Transformers. IEEE Trans, on Power Apparatus and Systems 1972 No 3
- [4] Einval C.H., Linders J.R.: A Three-Phase Differential Relay for Power Transformer Protection. IEEE Trans, on Power Apparatus and Systems 1975 No 6
- [5] Schweitzer E.O. et al.: An Efficient Inrush Current Detection Algorithm for Digital Computer Relay Protection of Transformers. IEEE PES Summer Meeting 1977NoA77
- [6] Rahman M.A., Dash P.K., Downton E.R.: Digital Protection of Power Transformer Based on Weighted Least Square Algorithm. IEEE Trans, on Power Apparatus and Systems 1982 No 101
- [7] Murty Y.W.S., Smolinski W.J.: A Kalman Filter Based Digital Percentage Differential and Ground Fault Relay for 3-Phase Power Transformer. IEEE Trans, on Power Delivery 1990 No 3
- [8] Bastard R, Meunier M, Regal H.: Neural Network-Based Algorithm for Power Transformer Differential Relays. IEE Proceedings: Generation, Transmission and Distribution 1995 No 4
- [9] Fakruddin D.B. et al.: Applications of Haar Functions for Transmission Line and Transformer Differential Protection. Electrical Power and Energy Systems 1984 No 3
- [10] Jayasurya B., Rahman M.A.: Applications of Walsh Functions for Microprocessor-Based Transformer Protection. IEEE Trans, on Electromagnetic Compatibility\9&5No4
- [11] Saleh S.A., Rahman M.A.: Modeling and Protection of a Three-Phase Power Transformer Using Wavelet Packet Transform. IEEE Trans, on Power Delivery 2005 No 2
- [12] Habib M, Martin M.A.: A Comparative Analysis of Digital Relaying Algorithms for Differential Protection of Three-Phase Power Transformer. IEEE Trans, on Power Systems 1988 No 3
- [13] Rahman M.A.: Advancements in Digital Protection of Power Transformers. IEEE Int. Power and Energy Conference 2006
- [14] Xilinx Inc., FFT IP Core, xilinx.www.com
- [15] Horiszny J.: Influence of circuit breaker operation upon transformer residual flux and inrush current. Przegląd Elektrotechniczny 2007 No 11
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Bibliografia
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bwmeta1.element.baztech-article-BAR8-0022-0030