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VIPER115LSTR датащи(PDF) 31 Page - STMicroelectronics

номер детали VIPER115LSTR
подробное описание детали  Energy saving offline high voltage converter
PDF  37 Pages
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производитель  STMICROELECTRONICS [STMicroelectronics]
домашняя страница  http://www.st.com
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VIPER115LSTR датащи(HTML) 31 Page - STMicroelectronics

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DS11873 Rev 5
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VIPer11
Application information
37
6.2
Energy saving performance
The device allows designing applications to be compliant with the most stringent energy
saving regulations. In order to show the typical performance is achievable, the active mode
average efficiency and the efficiency at 10% of the rated output power of a 5 V/1.6 A non-
isolated flyback and 5 V/360 mA buck converters adopting VIPer11, have been measured
and are reported in Table 9. In addition, no-load and light load consumptions are shown
from Figure 41 to Figure 44.
Table 9. Power supply efficiency, VOUT = 5 V
Parameter
VIN
10 % output load
efficiency [%]
Active mode average
efficiency [%]
Pin at no-load [mW]
Flyback non iso. 5 V/1.6 A
115 VAC
78.3
78.5
3.9
230 VAC
71.4
79.4
8.2
Buck 5 V/360 mA(1)
115 VAC
73.9
71.6
12.1
230 VAC
69.1
69.8
16.2
1. 5 mW bleeder connected at the output.
Figure 41. PIN versus VIN in no-load non
isolated flyback converter (5 V/1.6 A)
Figure 42. PIN versus VIN in light load non
isolated flyback converter (5 V/1.6 A)
Figure 43. PIN versus VIN in no-load non
isolated buck converter (5 V/360 mA)
Figure 44. PIN versus VIN in light load non
isolated buck converter (5 V/360 mA)



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