NP Albrecht, “Charge Comparison Protection of Transmission Lines—Communications Concept”, 1992 IEEE, pp. 1-7. |
NP Albreht, “Charge Comparison Protection of Transmission Lines—Relaying Concept”, 1992 IEEE, pp. 1-9. |
H. Peterson, “High Speed Phase-Segregated Line Differential Relay”, Canada, Paper No. 102, Mar. 1995, 1-10. |
Mitsubishi Electric Corp. “Type HCD PCM Current Differential Carrier Relay Scheme”, 15 Pages. |
Toshiba, Digital Current Differential Relay Type D2L7E', pp. 1-11. |
AG Phadke, “Synchronized Phasor Measurements in Power Systems”, 1993 IEEE Computer Applications in Power, pp. 10-15. |
DL Mills, “Internet Time Synchronization: The Network Time Protocol”, 1991 IEEE Trans on Communications, vol. 39, N9 10, pp 1482-1493. |
A. Phadke, et al, “Computer Relaying Power Systems”, Chap. 3.6—Discrete Fourier Transform—pp. 85-88, Chap. 4.3—Relaying as Parameter Estimation—pp. 123-129, Chap. 5.2—Power Transformer Algorithms—pp. 166-176, Chap 8.9 Adaptive Relaying—pp. 260-263. |
F. Oechsle, et al, “Stabilization of Differential Protection Based on Uncertainty Modeling”, Development of Digital Protection Algorithms. |
“Charge Comparison Protection of Transmission Lines—Communications Concept” By NP Albrecht, et al, 1992 IEEE, pp. 1-7. |
“Charge Comparison Protection of Transmission Lines—Relaying Concept” By NP Albrecht, et al, 1992 IEEE, pp. 1-9. |
“High Speed Phase-Segregated Line Differential Relay” By H. Peterson, Canada, Paper No. 102, Mar. 1995, pp 1-10. |
“Type HCD PCM Current Differential Carrier Relay Scheme” by Mitsubishi Electric Corp., 15 Pages. |
“Digital Current Differential Relay Type D2L7E” by Toshiba, pp. 1-11. |
“Synchronized Phasor Measurements in Power Systems” by AG Phadke, 1993 IEEE Computer Applications in Power, pp. 10-15. |
“Internet Time Synchronization: The Network Time Protocol” By DL Mills, 1991 IEEE Trans on Communications, vol. 39, No. 10, pp 1482-1493. |
“Computer Relaying For Power Systems” by A. Phadke, et al, 1988 Chap. 3.6—Discrete Fourier Transform—pp 85-88, Chap 4.3—Relaying as Parameter Estimation—pp 123-129, Chap 5.2—Power Transformer Algorithms—pp 166-176, Chap 8.9 Adaptive Relaying-pp 260-263. |