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Prof R T KennedyPOWER ELECTRONICS 21 EET 423 POWER ELECTRONICS -2.

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Presentation on theme: "Prof R T KennedyPOWER ELECTRONICS 21 EET 423 POWER ELECTRONICS -2."— Presentation transcript:

1 Prof R T KennedyPOWER ELECTRONICS 21 EET 423 POWER ELECTRONICS -2

2 Prof R T KennedyPOWER ELECTRONICS 22 220 W LCD TV Power Supply

3 Prof R T KennedyPOWER ELECTRONICS 23 220 W LCD TV Power Supply

4 Prof R T KennedyPOWER ELECTRONICS 24 160 W CRT TV Power Supply

5 Prof R T KennedyPOWER ELECTRONICS 25 160 W CRT TV Power Supply

6 Prof R T KennedyPOWER ELECTRONICS 26 200 W GAME CONSOLE ADAPTER

7 Prof R T KennedyPOWER ELECTRONICS 27 60 W MONITOR POWER ADAPTER

8 Prof R T KennedyPOWER ELECTRONICS 28

9 Prof R T KennedyPOWER ELECTRONICS 29 90 W POWER ADAPTER

10 Prof R T KennedyPOWER ELECTRONICS 210 40 W PRINTER

11 Prof R T KennedyPOWER ELECTRONICS 211 Portable Power System by Function

12 Prof R T KennedyPOWER ELECTRONICS 212 Power Management : Portables

13 Prof R T KennedyPOWER ELECTRONICS 213 USB Powered Peripherals Organizers PDAs Handheld PCs

14 Prof R T KennedyPOWER ELECTRONICS 214 Portable Batteries (Primary) Alkaline 1.5V Full 225 WHr/kg Lithium 3.0V Full 260 WHr/kg

15 Prof R T KennedyPOWER ELECTRONICS 215 Portable Batteries (Secondary) NiCd and NiMH 1.2V nominal 80 WHr/kg, NiMH Lithium Ion and Lithium 3.6 to 3.7 nominal 140 WHr/kg

16 Prof R T KennedyPOWER ELECTRONICS 216 BATTERY EFFECTS State of Charge lower voltage  higher current for same power higher impedance  greater battery power loss lower battery terminal voltage


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