九款大輸出USB電源適配器測試 - 電池

By Frederica
at 2014-06-11T02:30
at 2014-06-11T02:30
Table of Contents
狼窩好讀版:
http://wolflsi.pixnet.net/blog/post/57693042
參賽者外觀大小比較:
http://www.iamxtreme.net/andre/LSI/adapter/0.jpg
測試項目主要是
A.轉換效率,測試零輸出下AC端待機功率,以及從0.5A開始,每增加0.5A就測試一次轉換
效率,直到電源自動關閉輸出或達到4A(USB插頭與插座最高可承受電流)
B.負載測試,以0.1A為分級並逐級上加,測試電源進入保護截止輸出時的最高輸出電流,
並觀察電壓隨輸出電流增大的變化情形,來看是否有線損補償
C.輸出漣波測試,分別測試輸出1A及輸出2A下的低頻與高頻漣波Vp-p值
D.運作聲音測試,將Adapter貼在耳朵上,聽聞不同輸出電流下的運作聲音
1.AcBel康舒WAD004 15W 2.1A+1A雙孔輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/ac1.jpg
轉換效率表,待機下消耗在0.1W以下(0.072W),各段轉換效率有81%~83%
http://www.iamxtreme.net/andre/LSI/adapter/ac2.jpg
兩組PORT輸出負載測試,輸出達3.7A便截止輸出,輸出電壓無線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/ac3.jpg
輸出1A下低頻漣波,Vp-p為41mV
http://www.iamxtreme.net/andre/LSI/adapter/ac4.jpg
輸出1A下高頻漣波,Vp-p為24mV
http://www.iamxtreme.net/andre/LSI/adapter/ac5.jpg
輸出2A下低頻漣波,Vp-p為71mV
http://www.iamxtreme.net/andre/LSI/adapter/ac6.jpg
輸出2A下高頻漣波,Vp-p為43mV
http://www.iamxtreme.net/andre/LSI/adapter/ac7.jpg
運作噪音方面,當輸出電流過2A開始變明顯
2.iBUFFALO BSMPA09 5V 4.2A四輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/buf1.jpg
轉換效率表,待機下消耗為0.17W,在接近1A~2.5A區間內有最佳效率82%,其他為80%
http://www.iamxtreme.net/andre/LSI/adapter/buf2.jpg
四組PORT輸出負載測試,輸出達4A仍不會關閉輸出(經實測電流須達5.9A電源輸出才會關
閉),輸出電壓無線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/buf3.jpg
輸出1A下低頻漣波,Vp-p為36mV
http://www.iamxtreme.net/andre/LSI/adapter/buf4.jpg
輸出1A下高頻漣波,Vp-p為32mV
http://www.iamxtreme.net/andre/LSI/adapter/buf5.jpg
輸出2A下低頻漣波,Vp-p為57mV
http://www.iamxtreme.net/andre/LSI/adapter/buf6.jpg
輸出2A下高頻漣波,Vp-p為46mV
http://www.iamxtreme.net/andre/LSI/adapter/buf7.jpg
運作噪音方面,只有在空載時較明顯,其他輸出無明顯可聞噪音
3.群光W12-010N3A 5V 2A單輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/chi1.jpg
轉換效率表,待機下消耗在0.1W以下(0.088W),除0.5A有近82%效率以外,1A~2A維持在近
80%,2.3A效率為78%
http://www.iamxtreme.net/andre/LSI/adapter/chi2.jpg
輸出負載測試,輸出達2.4A即截止輸出,輸出電壓帶小幅度線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/chi3.jpg
輸出1A下低頻漣波,Vp-p為219mV
http://www.iamxtreme.net/andre/LSI/adapter/chi4.jpg
輸出1A下高頻漣波,Vp-p為230mV
http://www.iamxtreme.net/andre/LSI/adapter/chi5.jpg
輸出2A下低頻漣波,Vp-p為315mV
http://www.iamxtreme.net/andre/LSI/adapter/chi6.jpg
輸出2A下高頻漣波,Vp-p為296mV
http://www.iamxtreme.net/andre/LSI/adapter/chi7.jpg
運作噪音方面,只有在空載時較明顯,其他輸出無明顯可聞噪音
4.HP 8395-UW01-1070(大豬頭)5.3V 2A單輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/hp1.jpg
轉換效率表,待機下消耗在0.1W以下(0.08W),除1.5A有83%效率以外,其他輸出均維持在
82%上下
http://www.iamxtreme.net/andre/LSI/adapter/hp2.jpg
輸出負載測試,輸出達2.5A即截止輸出,輸出電壓帶大幅度線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/hp3.jpg
輸出1A下低頻漣波,Vp-p為72mV
http://www.iamxtreme.net/andre/LSI/adapter/hp4.jpg
輸出1A下高頻漣波,Vp-p為75mV
http://www.iamxtreme.net/andre/LSI/adapter/hp5.jpg
輸出2A下低頻漣波,Vp-p為180mV
http://www.iamxtreme.net/andre/LSI/adapter/hp6.jpg
輸出2A下高頻漣波,Vp-p為121mV
http://www.iamxtreme.net/andre/LSI/adapter/hp7.jpg
運作噪音方面,只有在空載時較明顯,其他輸出無明顯可聞噪音
5.台達Innergie 21W 2.1A+2.1A雙輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/in1.jpg
轉換效率表,待機下消耗0.17W,除0.5A效率近80%以外,其他輸出均維持在83%~84%之間
http://www.iamxtreme.net/andre/LSI/adapter/in2.jpg
輸出負載測試,兩組埠輸出分別達2.4A/2.5A即截止輸出,兩埠總和達4.2A也是截止輸出
,輸出電壓無線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/in3.jpg
輸出1A下低頻漣波,Vp-p為46mV
http://www.iamxtreme.net/andre/LSI/adapter/in4.jpg
輸出1A下高頻漣波,Vp-p為49mV
http://www.iamxtreme.net/andre/LSI/adapter/in5.jpg
輸出2A下低頻漣波,Vp-p為58mV
http://www.iamxtreme.net/andre/LSI/adapter/in6.jpg
輸出2A下高頻漣波,Vp-p為56mV
http://www.iamxtreme.net/andre/LSI/adapter/in7.jpg
運作噪音方面,只有在空載時較明顯,其他輸出無明顯可聞噪音
6.LG G2原廠MCS-04WD 1.8A單輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/lg1.jpg
轉換效率表,待機下消耗在0.1W以下(0.033W),除0.5A效率近81%以外,其他輸出均維持
在77%~79%之間
http://www.iamxtreme.net/andre/LSI/adapter/lg2.jpg
輸出負載測試,輸出達1.9A即截止輸出,輸出電壓帶小幅線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/lg3.jpg
輸出1A下低頻漣波,Vp-p為58mV
http://www.iamxtreme.net/andre/LSI/adapter/lg4.jpg
輸出1A下高頻漣波,Vp-p為46mV
http://www.iamxtreme.net/andre/LSI/adapter/lg5.jpg
輸出1.8A下低頻漣波,Vp-p為53mV
http://www.iamxtreme.net/andre/LSI/adapter/lg6.jpg
輸出1.8A下高頻漣波,Vp-p為54mV
http://www.iamxtreme.net/andre/LSI/adapter/lg7.jpg
運作噪音方面,只有在空載時較明顯,輸出電流開始增加後無明顯可聞噪音,但從1.1A過
後開始變大
7.明家SL-219U1帶過載開關的交流雙出轉接插座及2.4A單輸出USB埠
外觀
http://www.iamxtreme.net/andre/LSI/adapter/mig1.jpg
轉換效率表,待機下消耗0.1W,除1A最高有超過82%效率以外,0.5A/1.5A/2A維持在
80%~81%,從2.5A開始效率下降至78%~76%間
http://www.iamxtreme.net/andre/LSI/adapter/mig2.jpg
輸出負載測試,輸出達3.2A即截止輸出,輸出電壓無線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/mig3.jpg
輸出1A下低頻漣波,Vp-p為79mV
http://www.iamxtreme.net/andre/LSI/adapter/mig4.jpg
輸出1A下高頻漣波,Vp-p為91mV
http://www.iamxtreme.net/andre/LSI/adapter/mig5.jpg
輸出2A下低頻漣波,Vp-p為151mV
http://www.iamxtreme.net/andre/LSI/adapter/mig6.jpg
輸出2A下高頻漣波,Vp-p為145mV
http://www.iamxtreme.net/andre/LSI/adapter/mig7.jpg
運作噪音方面,從2.1A開始有較明顯可聞噪音
8.飛宏PSAI10R-050Q 5.35V 2A單輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/ph1.jpg
轉換效率表,待機下消耗低於0.1W(0.065W),全段輸出均維持在76%~79%間,2.3A輸出僅
有76.5%
http://www.iamxtreme.net/andre/LSI/adapter/ph2.jpg
輸出負載測試,輸出達2.4A即截止輸出,輸出電壓帶小幅線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/ph3.jpg
輸出1A下低頻漣波,Vp-p為69mV
http://www.iamxtreme.net/andre/LSI/adapter/ph4.jpg
輸出1A下高頻漣波,Vp-p為60mV
http://www.iamxtreme.net/andre/LSI/adapter/ph5.jpg
輸出2A下低頻漣波,Vp-p為144mV
http://www.iamxtreme.net/andre/LSI/adapter/ph6.jpg
輸出2A下高頻漣波,Vp-p為100mV
http://www.iamxtreme.net/andre/LSI/adapter/ph7.jpg
運作噪音方面,全段無明顯可聞噪音
9.三星Note 8.0原廠ETA-U90JWS 2A單輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/sam1.jpg
轉換效率表,待機下消耗低於0.1W(0.011W),全段輸出均維持在80.8%~82.3%間
http://www.iamxtreme.net/andre/LSI/adapter/sam2.jpg
輸出負載測試,輸出達2.2A出現壓降,至2.3A截止輸出,輸出電壓帶大幅線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/sam3.jpg
輸出1A下低頻漣波,Vp-p為262mV
http://www.iamxtreme.net/andre/LSI/adapter/sam4.jpg
輸出1A下高頻漣波,Vp-p為276mV
http://www.iamxtreme.net/andre/LSI/adapter/sam5.jpg
輸出2A下低頻漣波,Vp-p為296mV
http://www.iamxtreme.net/andre/LSI/adapter/sam6.jpg
輸出2A下高頻漣波,Vp-p為304mV
http://www.iamxtreme.net/andre/LSI/adapter/sam7.jpg
運作噪音方面,只有在空載時較明顯,其他輸出無明顯可聞噪音
結論:
轉換效率(越高越好,以最大效率由大到小):台達Innergie > HP > AcBel > 明家 > 三
星 > iBUFFALO > 群光 > LG > 飛宏
待機功耗(越低越好,由小到大):三星 < LG < 飛宏 < AcBel < HP < 群光 < 明家 < 台
達Innergie < iBUFFALO
帶線損補償:群光、HP、LG、飛宏、三星
過電流保護:AcBel 123%、iBUFFALO 140%、群光 120%、HP 125%、台達Innergie 125%、
LG 106%、明家 133%、飛宏 120%、三星110%
多埠大輸出機種是否具備單埠過電流保護:台達Innergie有,每個埠都有自己的過流保護
;AcBel無(總電流達3.7A才截止);iBUFFALO無(總電流達5.9A才截止)
1A輸出漣波(越小越好,取最高值由小到大):iBUFFALO < Acbel < 台達Innergie < LG
< 飛宏 < HP < 明家 < 群光 < 三星
2A輸出漣波(越小越好,取最高值由小到大):iBUFFALO < 台達Innergie < AcBel < 飛宏
< 明家 < HP < 三星 < 群光 (LG因最高輸出為1.8A故不列入比較)
報告完畢,謝謝收看
--
http://wolflsi.pixnet.net/blog/post/57693042
參賽者外觀大小比較:
http://www.iamxtreme.net/andre/LSI/adapter/0.jpg

測試項目主要是
A.轉換效率,測試零輸出下AC端待機功率,以及從0.5A開始,每增加0.5A就測試一次轉換
效率,直到電源自動關閉輸出或達到4A(USB插頭與插座最高可承受電流)
B.負載測試,以0.1A為分級並逐級上加,測試電源進入保護截止輸出時的最高輸出電流,
並觀察電壓隨輸出電流增大的變化情形,來看是否有線損補償
C.輸出漣波測試,分別測試輸出1A及輸出2A下的低頻與高頻漣波Vp-p值
D.運作聲音測試,將Adapter貼在耳朵上,聽聞不同輸出電流下的運作聲音
1.AcBel康舒WAD004 15W 2.1A+1A雙孔輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/ac1.jpg

轉換效率表,待機下消耗在0.1W以下(0.072W),各段轉換效率有81%~83%
http://www.iamxtreme.net/andre/LSI/adapter/ac2.jpg

兩組PORT輸出負載測試,輸出達3.7A便截止輸出,輸出電壓無線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/ac3.jpg

輸出1A下低頻漣波,Vp-p為41mV
http://www.iamxtreme.net/andre/LSI/adapter/ac4.jpg

輸出1A下高頻漣波,Vp-p為24mV
http://www.iamxtreme.net/andre/LSI/adapter/ac5.jpg

輸出2A下低頻漣波,Vp-p為71mV
http://www.iamxtreme.net/andre/LSI/adapter/ac6.jpg

輸出2A下高頻漣波,Vp-p為43mV
http://www.iamxtreme.net/andre/LSI/adapter/ac7.jpg

運作噪音方面,當輸出電流過2A開始變明顯
2.iBUFFALO BSMPA09 5V 4.2A四輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/buf1.jpg

轉換效率表,待機下消耗為0.17W,在接近1A~2.5A區間內有最佳效率82%,其他為80%
http://www.iamxtreme.net/andre/LSI/adapter/buf2.jpg

四組PORT輸出負載測試,輸出達4A仍不會關閉輸出(經實測電流須達5.9A電源輸出才會關
閉),輸出電壓無線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/buf3.jpg

輸出1A下低頻漣波,Vp-p為36mV
http://www.iamxtreme.net/andre/LSI/adapter/buf4.jpg

輸出1A下高頻漣波,Vp-p為32mV
http://www.iamxtreme.net/andre/LSI/adapter/buf5.jpg

輸出2A下低頻漣波,Vp-p為57mV
http://www.iamxtreme.net/andre/LSI/adapter/buf6.jpg

輸出2A下高頻漣波,Vp-p為46mV
http://www.iamxtreme.net/andre/LSI/adapter/buf7.jpg

運作噪音方面,只有在空載時較明顯,其他輸出無明顯可聞噪音
3.群光W12-010N3A 5V 2A單輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/chi1.jpg

轉換效率表,待機下消耗在0.1W以下(0.088W),除0.5A有近82%效率以外,1A~2A維持在近
80%,2.3A效率為78%
http://www.iamxtreme.net/andre/LSI/adapter/chi2.jpg

輸出負載測試,輸出達2.4A即截止輸出,輸出電壓帶小幅度線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/chi3.jpg

輸出1A下低頻漣波,Vp-p為219mV
http://www.iamxtreme.net/andre/LSI/adapter/chi4.jpg

輸出1A下高頻漣波,Vp-p為230mV
http://www.iamxtreme.net/andre/LSI/adapter/chi5.jpg

輸出2A下低頻漣波,Vp-p為315mV
http://www.iamxtreme.net/andre/LSI/adapter/chi6.jpg

輸出2A下高頻漣波,Vp-p為296mV
http://www.iamxtreme.net/andre/LSI/adapter/chi7.jpg

運作噪音方面,只有在空載時較明顯,其他輸出無明顯可聞噪音
4.HP 8395-UW01-1070(大豬頭)5.3V 2A單輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/hp1.jpg

轉換效率表,待機下消耗在0.1W以下(0.08W),除1.5A有83%效率以外,其他輸出均維持在
82%上下
http://www.iamxtreme.net/andre/LSI/adapter/hp2.jpg

輸出負載測試,輸出達2.5A即截止輸出,輸出電壓帶大幅度線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/hp3.jpg

輸出1A下低頻漣波,Vp-p為72mV
http://www.iamxtreme.net/andre/LSI/adapter/hp4.jpg

輸出1A下高頻漣波,Vp-p為75mV
http://www.iamxtreme.net/andre/LSI/adapter/hp5.jpg

輸出2A下低頻漣波,Vp-p為180mV
http://www.iamxtreme.net/andre/LSI/adapter/hp6.jpg

輸出2A下高頻漣波,Vp-p為121mV
http://www.iamxtreme.net/andre/LSI/adapter/hp7.jpg

運作噪音方面,只有在空載時較明顯,其他輸出無明顯可聞噪音
5.台達Innergie 21W 2.1A+2.1A雙輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/in1.jpg

轉換效率表,待機下消耗0.17W,除0.5A效率近80%以外,其他輸出均維持在83%~84%之間
http://www.iamxtreme.net/andre/LSI/adapter/in2.jpg

輸出負載測試,兩組埠輸出分別達2.4A/2.5A即截止輸出,兩埠總和達4.2A也是截止輸出
,輸出電壓無線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/in3.jpg

輸出1A下低頻漣波,Vp-p為46mV
http://www.iamxtreme.net/andre/LSI/adapter/in4.jpg

輸出1A下高頻漣波,Vp-p為49mV
http://www.iamxtreme.net/andre/LSI/adapter/in5.jpg

輸出2A下低頻漣波,Vp-p為58mV
http://www.iamxtreme.net/andre/LSI/adapter/in6.jpg

輸出2A下高頻漣波,Vp-p為56mV
http://www.iamxtreme.net/andre/LSI/adapter/in7.jpg

運作噪音方面,只有在空載時較明顯,其他輸出無明顯可聞噪音
6.LG G2原廠MCS-04WD 1.8A單輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/lg1.jpg

轉換效率表,待機下消耗在0.1W以下(0.033W),除0.5A效率近81%以外,其他輸出均維持
在77%~79%之間
http://www.iamxtreme.net/andre/LSI/adapter/lg2.jpg

輸出負載測試,輸出達1.9A即截止輸出,輸出電壓帶小幅線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/lg3.jpg

輸出1A下低頻漣波,Vp-p為58mV
http://www.iamxtreme.net/andre/LSI/adapter/lg4.jpg

輸出1A下高頻漣波,Vp-p為46mV
http://www.iamxtreme.net/andre/LSI/adapter/lg5.jpg

輸出1.8A下低頻漣波,Vp-p為53mV
http://www.iamxtreme.net/andre/LSI/adapter/lg6.jpg

輸出1.8A下高頻漣波,Vp-p為54mV
http://www.iamxtreme.net/andre/LSI/adapter/lg7.jpg

運作噪音方面,只有在空載時較明顯,輸出電流開始增加後無明顯可聞噪音,但從1.1A過
後開始變大
7.明家SL-219U1帶過載開關的交流雙出轉接插座及2.4A單輸出USB埠
外觀
http://www.iamxtreme.net/andre/LSI/adapter/mig1.jpg

轉換效率表,待機下消耗0.1W,除1A最高有超過82%效率以外,0.5A/1.5A/2A維持在
80%~81%,從2.5A開始效率下降至78%~76%間
http://www.iamxtreme.net/andre/LSI/adapter/mig2.jpg

輸出負載測試,輸出達3.2A即截止輸出,輸出電壓無線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/mig3.jpg

輸出1A下低頻漣波,Vp-p為79mV
http://www.iamxtreme.net/andre/LSI/adapter/mig4.jpg

輸出1A下高頻漣波,Vp-p為91mV
http://www.iamxtreme.net/andre/LSI/adapter/mig5.jpg

輸出2A下低頻漣波,Vp-p為151mV
http://www.iamxtreme.net/andre/LSI/adapter/mig6.jpg

輸出2A下高頻漣波,Vp-p為145mV
http://www.iamxtreme.net/andre/LSI/adapter/mig7.jpg

運作噪音方面,從2.1A開始有較明顯可聞噪音
8.飛宏PSAI10R-050Q 5.35V 2A單輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/ph1.jpg

轉換效率表,待機下消耗低於0.1W(0.065W),全段輸出均維持在76%~79%間,2.3A輸出僅
有76.5%
http://www.iamxtreme.net/andre/LSI/adapter/ph2.jpg

輸出負載測試,輸出達2.4A即截止輸出,輸出電壓帶小幅線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/ph3.jpg

輸出1A下低頻漣波,Vp-p為69mV
http://www.iamxtreme.net/andre/LSI/adapter/ph4.jpg

輸出1A下高頻漣波,Vp-p為60mV
http://www.iamxtreme.net/andre/LSI/adapter/ph5.jpg

輸出2A下低頻漣波,Vp-p為144mV
http://www.iamxtreme.net/andre/LSI/adapter/ph6.jpg

輸出2A下高頻漣波,Vp-p為100mV
http://www.iamxtreme.net/andre/LSI/adapter/ph7.jpg

運作噪音方面,全段無明顯可聞噪音
9.三星Note 8.0原廠ETA-U90JWS 2A單輸出USB Adapter
外觀
http://www.iamxtreme.net/andre/LSI/adapter/sam1.jpg

轉換效率表,待機下消耗低於0.1W(0.011W),全段輸出均維持在80.8%~82.3%間
http://www.iamxtreme.net/andre/LSI/adapter/sam2.jpg

輸出負載測試,輸出達2.2A出現壓降,至2.3A截止輸出,輸出電壓帶大幅線損補償機能
http://www.iamxtreme.net/andre/LSI/adapter/sam3.jpg

輸出1A下低頻漣波,Vp-p為262mV
http://www.iamxtreme.net/andre/LSI/adapter/sam4.jpg

輸出1A下高頻漣波,Vp-p為276mV
http://www.iamxtreme.net/andre/LSI/adapter/sam5.jpg

輸出2A下低頻漣波,Vp-p為296mV
http://www.iamxtreme.net/andre/LSI/adapter/sam6.jpg

輸出2A下高頻漣波,Vp-p為304mV
http://www.iamxtreme.net/andre/LSI/adapter/sam7.jpg

結論:
轉換效率(越高越好,以最大效率由大到小):台達Innergie > HP > AcBel > 明家 > 三
星 > iBUFFALO > 群光 > LG > 飛宏
待機功耗(越低越好,由小到大):三星 < LG < 飛宏 < AcBel < HP < 群光 < 明家 < 台
達Innergie < iBUFFALO
帶線損補償:群光、HP、LG、飛宏、三星
過電流保護:AcBel 123%、iBUFFALO 140%、群光 120%、HP 125%、台達Innergie 125%、
LG 106%、明家 133%、飛宏 120%、三星110%
多埠大輸出機種是否具備單埠過電流保護:台達Innergie有,每個埠都有自己的過流保護
;AcBel無(總電流達3.7A才截止);iBUFFALO無(總電流達5.9A才截止)
1A輸出漣波(越小越好,取最高值由小到大):iBUFFALO < Acbel < 台達Innergie < LG
< 飛宏 < HP < 明家 < 群光 < 三星
2A輸出漣波(越小越好,取最高值由小到大):iBUFFALO < 台達Innergie < AcBel < 飛宏
< 明家 < HP < 三星 < 群光 (LG因最高輸出為1.8A故不列入比較)
報告完畢,謝謝收看
--
Tags:
電池
All Comments
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By Mia
at 2014-06-14T23:06
at 2014-06-14T23:06
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By Zenobia
at 2014-06-15T04:54
at 2014-06-15T04:54
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at 2014-06-15T12:09
at 2014-06-15T12:09
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at 2014-06-17T01:12
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at 2014-06-18T17:19
at 2014-06-18T17:19
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at 2014-06-22T13:34
at 2014-06-22T13:34
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at 2014-06-25T08:08
at 2014-06-25T08:08
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at 2014-06-26T15:15
at 2014-06-26T15:15
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at 2014-06-29T13:12
at 2014-06-29T13:12
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at 2014-06-30T01:11
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at 2014-07-04T07:41
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By Ivy
at 2014-07-07T13:22
at 2014-07-07T13:22
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at 2014-07-08T06:30
at 2014-07-08T06:30
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at 2014-07-09T20:52
at 2014-07-09T20:52
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at 2014-07-13T02:51
at 2014-07-13T02:51
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at 2014-07-14T10:34
at 2014-07-14T10:34
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at 2014-07-16T02:39
at 2014-07-16T02:39
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at 2014-07-17T05:17
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at 2014-07-20T17:09
at 2014-07-20T17:09
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By Bennie
at 2014-07-24T07:36
at 2014-07-24T07:36
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By Bennie
at 2014-07-24T09:11
at 2014-07-24T09:11
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By Emma
at 2014-07-27T09:58
at 2014-07-27T09:58
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