Design and Implementation of On-board Electrical Power ... - OUFTI-1
Design and Implementation of On-board Electrical Power ... - OUFTI-1
Design and Implementation of On-board Electrical Power ... - OUFTI-1
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Figure 5.16: Worksheet for 3.3V converter in buck mode.Figure 5.17: Schematics <strong>of</strong> 3.3V converter.given reason is that a higher k would mean higher peak currents in inductors <strong>and</strong> semiconductordevices, <strong>and</strong> it would increase the size <strong>and</strong> cost <strong>of</strong> these components.This is maybe true for high power devices, but in our case, the available inductors hadsaturation currents (or rated currents) much higher than the computed peak current. Con-69