满足Energy Star 2.0的PI电源方案
Energy Star 2.0的最终版本已经发布,以下列举了PI产品满足标准(电性,能效,EMI)的应用实例.将不断更新.
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@powerint_tny
5V1A5w标准要求:68.17%;使用TNY276PN,1.8m24#测试,效率:74.52%@230Vac;75.84%@115Vac5V2A10w标准要求:73.36%;使用TNY279PN,1.8m20#测试,效率:77.16%@230Vac,77.85%@115Vac5V500mA 2.5w标准要求:67.93%;使用LNK564PN,1.8m24#测试,效率:73.99@230Vac,75.17@115Vac6V2A12W标准要求:77.75%;使用TNY180PN,1.8m20#测试,效率:79.35@230Vac,79.76@115Vac;9V2A18W标准要求:80.29%;使用TOP255YN,1.8m20#测试,效率:82.02%@230Vac; 83.6%@115Vac
http://www.powerint.com/greenroom/reg_estar_eps2.htm
Conforming Design Ideas from Power Integrations
The following table shows Power Integrations Design Ideas that meet the proposed spec.
Document Device/Used Power Output (W)/Efficiency (4 Points Average)/CEC 2008 (%)/ENERGY STAR 2.0 (%)
DI-85 LNK564PN 2/64.8/56.2/ 64.0
DI-113 TNY274PN 5/71.5/59.9/71.4
DI-115 TNY376PN 7.5/13 Pk/77.7/68.1/74.6
DI-132 LNK564DN 1.75/64.0/55.0/63.0
DI-143 TOP258MN 20/80 Pk/85/77/82
DI-144 TOP258PN 50/70 Pk/89.9/84/87
* The actual measurement of the average efficiency of the design idea the 4 test points of load: 25%, 50%, 75% and 100%, as called for by CEC and ENERGY STAR specs
† The California Energy Commission standard that will become effective in July, 2008
‡ Minimum average efficiency called for by EPS V. 2.0 spec
Conforming Design Ideas from Power Integrations
The following table shows Power Integrations Design Ideas that meet the proposed spec.
Document Device/Used Power Output (W)/Efficiency (4 Points Average)/CEC 2008 (%)/ENERGY STAR 2.0 (%)
DI-85 LNK564PN 2/64.8/56.2/ 64.0
DI-113 TNY274PN 5/71.5/59.9/71.4
DI-115 TNY376PN 7.5/13 Pk/77.7/68.1/74.6
DI-132 LNK564DN 1.75/64.0/55.0/63.0
DI-143 TOP258MN 20/80 Pk/85/77/82
DI-144 TOP258PN 50/70 Pk/89.9/84/87
* The actual measurement of the average efficiency of the design idea the 4 test points of load: 25%, 50%, 75% and 100%, as called for by CEC and ENERGY STAR specs
† The California Energy Commission standard that will become effective in July, 2008
‡ Minimum average efficiency called for by EPS V. 2.0 spec
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@diagnostician
http://www.powerint.com/greenroom/reg_estar_eps2.htmConformingDesignIdeasfromPowerIntegrationsThefollowingtableshowsPowerIntegrationsDesignIdeasthatmeettheproposedspec.DocumentDevice/UsedPowerOutput(W)/Efficiency(4PointsAverage)/CEC2008(%)/ENERGYSTAR2.0(%)DI-85 LNK564PN2/64.8/56.2/64.0DI-113TNY274PN5/71.5/59.9/71.4DI-115TNY376PN7.5/13Pk/77.7/68.1/74.6DI-132LNK564DN1.75/64.0/55.0/63.0DI-143TOP258MN20/80Pk/85/77/82DI-144TOP258PN50/70Pk/89.9/84/87*Theactualmeasurementoftheaverageefficiencyofthedesignideathe4testpointsofload:25%,50%,75%and100%,ascalledforbyCECandENERGYSTARspecs†TheCaliforniaEnergyCommissionstandardthatwillbecomeeffectiveinJuly,2008‡MinimumaverageefficiencycalledforbyEPSV.2.0spec
DI-143 TOP258MN 20/80 Pk/85/77/82
DI-144 TOP258PN 50/70 Pk/89.9/84/87
上面帖子里标的两个document, DI-143和DI-144,网页里打不开阿?
可否在这里贴上? 谢谢!
DI-144 TOP258PN 50/70 Pk/89.9/84/87
上面帖子里标的两个document, DI-143和DI-144,网页里打不开阿?
可否在这里贴上? 谢谢!
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@diagnostician
http://www.powerint.com/greenroom/reg_estar_eps2.htmConformingDesignIdeasfromPowerIntegrationsThefollowingtableshowsPowerIntegrationsDesignIdeasthatmeettheproposedspec.DocumentDevice/UsedPowerOutput(W)/Efficiency(4PointsAverage)/CEC2008(%)/ENERGYSTAR2.0(%)DI-85 LNK564PN2/64.8/56.2/64.0DI-113TNY274PN5/71.5/59.9/71.4DI-115TNY376PN7.5/13Pk/77.7/68.1/74.6DI-132LNK564DN1.75/64.0/55.0/63.0DI-143TOP258MN20/80Pk/85/77/82DI-144TOP258PN50/70Pk/89.9/84/87*Theactualmeasurementoftheaverageefficiencyofthedesignideathe4testpointsofload:25%,50%,75%and100%,ascalledforbyCECandENERGYSTARspecs†TheCaliforniaEnergyCommissionstandardthatwillbecomeeffectiveinJuly,2008‡MinimumaverageefficiencycalledforbyEPSV.2.0spec
Conforming Design Ideas from Power Integrations
The following table shows Power Integrations Design Ideas that meet the spec.
Document Device
Used Power Output (W) Efficiency(4 PointsAverage) * CEC2008 ENERGY
STAR 2.0 ‡
DI-85 LNK564PN 2 64.8% 56.2% 61%
DI-113 TNY274PN 5 71.5% 59.9% 68%
DI-115 TNY376PN 7.5 / 13 Pk 77.7% 68.1% 75%
DI-132 LNK564DN 1.75 64.0% 55.0% 60%
DI-143 TOP258MN 20 / 80 Pk 85% 77% 81%
DI-144 TOP258PN 50 / 70 Pk 89.9% 84% 87%
* The actual measurement of the average efficiency of the design idea at the 4 test points of load: 25%, 50%, 75% and 100%, as called for by CEC and ENERGY STAR specs
† The California Energy Commission standard that will become effective in July, 2008
Note: DI-85 (2W,64.8%) and DI-132 (1.75W, 64%) cannot meet EPS2.0. The quaoted EPS2.0 spec is wrong. ESP2.0 for 1.75W and 2W in DI-85 and DI-132 should be 66.5% and 65.7% respectively. They are 1.5% or 2% less than the spec.
The following table shows Power Integrations Design Ideas that meet the spec.
Document Device
Used Power Output (W) Efficiency(4 PointsAverage) * CEC2008 ENERGY
STAR 2.0 ‡
DI-85 LNK564PN 2 64.8% 56.2% 61%
DI-113 TNY274PN 5 71.5% 59.9% 68%
DI-115 TNY376PN 7.5 / 13 Pk 77.7% 68.1% 75%
DI-132 LNK564DN 1.75 64.0% 55.0% 60%
DI-143 TOP258MN 20 / 80 Pk 85% 77% 81%
DI-144 TOP258PN 50 / 70 Pk 89.9% 84% 87%
* The actual measurement of the average efficiency of the design idea at the 4 test points of load: 25%, 50%, 75% and 100%, as called for by CEC and ENERGY STAR specs
† The California Energy Commission standard that will become effective in July, 2008
Note: DI-85 (2W,64.8%) and DI-132 (1.75W, 64%) cannot meet EPS2.0. The quaoted EPS2.0 spec is wrong. ESP2.0 for 1.75W and 2W in DI-85 and DI-132 should be 66.5% and 65.7% respectively. They are 1.5% or 2% less than the spec.
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5V1A 5w
标准要求:68.17%;
使用TNY276PN, 1.8m 24#测试, 效率:74.52 % @ 230Vac; 75.84 % @115Vac
5V2A 10w
标准要求:73.36%;
使用TNY279PN, 1.8m 20#测试, 效率:77.16% @ 230Vac, 77.85 % @ 115 Vac
5V500mA 2.5w
标准要求:67.93%;
使用LNK564PN, 1.8m 24#测试, 效率:73.99@230Vac, 75.17@115Vac
6V2A 12W
标准要求:77.75%;
使用TNY180PN, 1.8m 20#测试, 效率: 79.35 @230Vac, 79.76 @115Vac;
9V2A 18W
标准要求:80.29%;
使用TOP255YN, 1.8m 20#测试, 效率: 82.02%@ 230Vac; 83.6% @115Vac
标准要求:68.17%;
使用TNY276PN, 1.8m 24#测试, 效率:74.52 % @ 230Vac; 75.84 % @115Vac
5V2A 10w
标准要求:73.36%;
使用TNY279PN, 1.8m 20#测试, 效率:77.16% @ 230Vac, 77.85 % @ 115 Vac
5V500mA 2.5w
标准要求:67.93%;
使用LNK564PN, 1.8m 24#测试, 效率:73.99@230Vac, 75.17@115Vac
6V2A 12W
标准要求:77.75%;
使用TNY180PN, 1.8m 20#测试, 效率: 79.35 @230Vac, 79.76 @115Vac;
9V2A 18W
标准要求:80.29%;
使用TOP255YN, 1.8m 20#测试, 效率: 82.02%@ 230Vac; 83.6% @115Vac
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@powerint_tny
5V1A5w标准要求:68.17%;使用TNY276PN,1.8m24#测试,效率:74.52%@230Vac;75.84%@115Vac5V2A10w标准要求:73.36%;使用TNY279PN,1.8m20#测试,效率:77.16%@230Vac,77.85%@115Vac5V500mA 2.5w标准要求:67.93%;使用LNK564PN,1.8m24#测试,效率:73.99@230Vac,75.17@115Vac6V2A12W标准要求:77.75%;使用TNY180PN,1.8m20#测试,效率:79.35@230Vac,79.76@115Vac;9V2A18W标准要求:80.29%;使用TOP255YN,1.8m20#测试,效率:82.02%@230Vac; 83.6%@115Vac
charger 5V700mA, require: > 65.49%
use LNK614DG, 1.8m 26 #, 实际的效率:68.60@115Vac; 66.86%@230Vac
charger 5V800mA, require: > 66.5%
use LNK614DG, 1.8m 24 #, 实际的效率:71.24%@115Vac. 68.35%@230Vac
charger 5V1.2A, require: > 69.53%
use LNK616PG, 1.8m 22 #, 实际的效率:72.95%@115Vac, 71.69%@230Vac
charger 12V0.5A, require: > 73.41%
use LNK616PG, 1.8m 26 #, 实际的效率:75.91%@115Vac, 74.30%@230Vac
use LNK614DG, 1.8m 26 #, 实际的效率:68.60@115Vac; 66.86%@230Vac
charger 5V800mA, require: > 66.5%
use LNK614DG, 1.8m 24 #, 实际的效率:71.24%@115Vac. 68.35%@230Vac
charger 5V1.2A, require: > 69.53%
use LNK616PG, 1.8m 22 #, 实际的效率:72.95%@115Vac, 71.69%@230Vac
charger 12V0.5A, require: > 73.41%
use LNK616PG, 1.8m 26 #, 实际的效率:75.91%@115Vac, 74.30%@230Vac
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