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AN3028 데이터시트(PDF) 20 Page - STMicroelectronics

부품명 AN3028
상세설명  demonstration board using the VIPer16LN
PDF  37 Pages
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제조업체  STMICROELECTRONICS [STMicroelectronics]
홈페이지  http://www.st.com
Logo STMICROELECTRONICS - STMicroelectronics

AN3028 데이터시트(HTML) 20 Page - STMicroelectronics

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Burst mode and output voltage ripple
AN3028
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Doc ID 16135 Rev 1
In version 2.0 of the ENERGY STAR® program the power consumption of the power supply
when it is not loaded is also considered. The criteria for compliance are given in the table
below:
The performance of the presented board (when the self-supply function is not used) is much
better than required, the power consumption is about ten times lower than the ENERGY
STAR® limit. Even if the performance seems to be disproportionally better than the
requirements, it is worth noting that often the AC-DC adapter or battery charger
manufacturers have very strict requirements about no-load consumption and when the
converter is used as an auxiliary power supply, the line filter is often the main line filter of the
entire power supply that considerably increases standby consumption.
Even if the ENERGY STAR® program does not have other requirements regarding light-load
performance, in order to give complete information we also show the input power and
efficiency of the demonstration board in two other low-load cases. Table 14 and 15 show the
performance when the output load is 25 mW and 50 mW respectively.
Table 13.
Energy consumption criteria for no load
Nameplate output power (Pno)
Maximum power in no load for AC-DC EPS
0 to = 50 watt
< 0.3 watts
> 50 watts < 250 watts
< 0.5 watts
Table 14.
Low-load performance, POUT = 25 mW
VIN_AC
POUT (mW)
PIN (mW)
efficiency (%)
Without
self-supply
With
self-supply
Without
self-supply
With
self-supply
90
25
56.00
124
44.64
20.16
115
25
58.46
149
42.76
16.78
150
25
62.23
185
40.17
13.51
180
25
62.77
213
39.83
11.72
230
25
65.63
262
38.09
9.56
265
25
67.51
296
37.03
8.44



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