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Extra info for Where Have All the Quail Gone: The Texas Quail Conservation Initiative: A Proactive Approach to Restoring Quail Populations By Improving Wildlife Habitat
K + 1)! 19. 17, and the local overheating would derate, degrade, or even damage the power semiconductor. Some practice in the assembly of power converters, such as long interconnects, large stray inductance in DC bus bars and a long distance between snubber circuits and power semiconductors, would impose extra electrical stress on the switches. 18 possess a strong nonlinearity in most cases, such as different characteristics of silicon devices under high and low voltages. Neglecting any of these propagations would pose a risk to the power electronic converter.
And Mi, C. (2009) Framework and research methodology of shorttimescale pulsed power phenomena in high-voltage and high-power converters. IEEE Transactions on Industrial Electronics, 56 (3), 805–881. 25. -C. -M. (1999) A new PWM control strategy for the buck converter. Conference of the IEEE Industrial Electronics Society, pp. 157–162. 26. E. J. (1971) Exact model for delta-modulation processes. Proceedings of the Institution of Electrical Engineers, 118 (9), 1155–1161. 27. M. (2008) Frequency modulation and first-order delta sigma modulation: signal representation with unity weight Dirac impulses.
2) t3 Other switching losses include reverse recovery loss  and forward recovery loss , which will be described in later chapters. The above definition facilitates the loss calculation to assess the thermal characteristics of the system but does not explain the mechanisms of switching losses. In the later sections we will explain that switching losses are of an electromagnetic nature and could be estimated accurately via Maxwell’s equations . In order to estimate the switching losses, the current and voltage waveforms are linearized at different moments in the switching process.