為什麼這篇塑膠螺絲套鄉民發文收入到精華區:因為在塑膠螺絲套這個討論話題中,有許多相關的文章在討論,這篇最有參考價值!作者wolflsi (港都狼仔)看板PC_Shopping標題[開箱] thermaltake TO...
塑膠螺絲套 在 TopGear HK 極速誌 Instagram 的精選貼文
2021-08-17 11:31:41
|MINI「GT3 RS」| MINI公布STRIP(譯:剝光豬),由時裝設計師Paul Smith操筆,只此一輛。新車理念為利用「簡潔、透明及可持續」設計,提升造車環保意識。 可能閣下對「環保」二字已聽到厭,但呢部係真材實料,先取一輛三門Cooper SE,再將其肢解,只保留必要結構性零件。車...
狼窩2.0無廣告好讀版:
https://wolflsi.blogspot.com/2023/03/thermaltake-toughpower-gf3-1650w.html
狼窩1.0好讀版:
https://wolflsi.pixnet.net/blog/post/70418904
特色:
●80PLUS金牌認證轉換效率,節省電能消耗,降低廢熱產生
●全模組化設計,採用黑色帶狀及編織網包覆線材
●相容ATX 3.0,提供2個12VHPWR插座及2條黑色編織網包覆模組化線材,支援新款顯示卡
●處理器12V供電提供1個EPS 8P接頭及1個EPS 4+4P接頭,支援Intel/AMD處理器/主機板
平台
●採用主動功率因數修正、半橋諧振及同步整流12V功率級,搭配DC-DC轉換3.3V/5V/-12V
,使12V可用功率最大化,並改善各輸出電壓交叉調整率
●內部14公分風扇可切換Smart Zero Fan模式及正常模式,開啟Smart Zero Fan模式後於
低負載/低溫下風扇會停止運轉,能在散熱效能與靜音中取得平衡
●全日系電容,加強可靠度及耐用度,並提供十年產品保固
thermaltake TOUGHPOWER GF3 1650W輸出接頭數量:
ATX 24P:1個
EPS 8P:1個
EPS 4+4P:1個
12VHPWR:2個
PCIE 6+2P:9個
SATA:16個
大4P:8個
小4P:1個
▼外盒正面有thermaltake商標、TOUGHPOWER GF3產品名稱、80PLUS金牌認證、1650W輸出
功率、產品外觀圖、產品特色、10年保固
https://i.imgur.com/XcL1JpQ.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/XcL1JpQl.jpg?e=1725681607&s=Vkxwt3wBPMyxGDPK_dRTRQ)
、漣波雜訊長條圖、電壓調整率長條圖、官方網址、接頭圖片/數量表、輸入/輸出規格表
、廠商資訊、交流電源線插頭種類、條碼、安規認證
https://i.imgur.com/jnSsmTc.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/jnSsmTcl.jpg?e=1725666924&s=FAKGYgLCkK-NaOZgGN1bfQ)
https://i.imgur.com/y7nbwe6.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/y7nbwe6l.jpg?e=1725686790&s=aZ3oUb-298r4lRoOqeiDEw)
顯示卡12VHPWR接頭示意圖、80PLUS金牌認證、TOUGHPOWER GF3 1650W產品名稱
https://i.imgur.com/4ZX2UK2.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/4ZX2UK2l.jpg?e=1725687558&s=RVjWakYbMoYNSbvWgDrZbw)
線路/交流電源線/塑膠束帶/固定螺絲、保固說明書及使用說明書
https://i.imgur.com/oKQWGnn.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/oKQWGnnl.jpg?e=1725680555&s=4yd56VznblYjBiNp4f6cPg)
https://i.imgur.com/BIn12CI.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/BIn12CIl.jpg?e=1725653002&s=qBxEgxlpujx6pna2GlHwtA)
80PLUS金牌認證、TOUGHPOWER GF3 1650W產品名稱。靠近風扇處有長條橢圓孔通風口
https://i.imgur.com/gb4F2yq.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/gb4F2yql.jpg?e=1725643297&s=3m3EZkAJd3608KUqyCESyA)
https://i.imgur.com/sniI98r.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/sniI98rl.jpg?e=1725659664&s=Ugydsn4cYH1WWiVjovDr_g)
名稱、輸入電壓/電流/頻率、各組最大輸出電流/功率、總輸出功率、型號、安規認證、
10年保固圖示、80PLUS金牌認證、條碼、警告訊息、廠商資訊、產地
https://i.imgur.com/2XNGgTM.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/2XNGgTMl.jpg?e=1725693673&s=3_gqgRmjjuI7bVc1M_R82Q)
入插座貼了一張注意事項標籤,提醒使用者於Smart Zero Fan ON模式下,低負載時風扇
停轉
https://i.imgur.com/oNFI8IA.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/oNFI8IAl.jpg?e=1725673070&s=AVd3qBKEcGU7rWzK5PB39g)
https://i.imgur.com/Likf1ty.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/Likf1tyl.jpg?e=1725636918&s=mFWvI-xMpEe6PbV3KOO3fg)
15A C19交流電源線
https://i.imgur.com/jA7g7Wu.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/jA7g7Wul.jpg?e=1725686532&s=GcAne4mz1DEnddRJiu69oQ)
分
https://i.imgur.com/qOhkFWG.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/qOhkFWGl.jpg?e=1725659983&s=-mru47j7Jo0ry62ZW9njjg)
度75公分
https://i.imgur.com/WPhDUHx.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/WPhDUHxl.jpg?e=1725688570&s=z-e9tZ_gYJTKcEF07DTMSg)
率
https://i.imgur.com/fLyLu4o.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/fLyLu4ol.jpg?e=1725642307&s=NfhNk7GYuHzm0KohEzU0mg)
16AWG線路長度60公分;另外3條為雙接頭,至第一個接頭16AWG線路長度60公分,接頭間
18AWG線路長度15公分
https://i.imgur.com/lBZUw84.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/lBZUw84l.jpg?e=1725628952&s=JKDk_OU3C9cXcbIP_rOLzg)
60.5公分,接頭間18AWG線路長度15公分
https://i.imgur.com/dZqRusd.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/dZqRusdl.jpg?e=1725675963&s=3702tEisjlKwmu3p73m1ag)
度60公分,接頭間18AWG線路長度15公分
https://i.imgur.com/oOiUGBN.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/oOiUGBNl.jpg?e=1725645069&s=qZzpl-vQqwljY7d6CaFTQQ)
https://i.imgur.com/gbq899Q.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/gbq899Ql.jpg?e=1725654365&s=3_c5r4ssyliZtK05L_SgFQ)
https://i.imgur.com/95WLFaD.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/95WLFaDl.jpg?e=1725642444&s=QoJGHYLH7qwsnEp2YheIHw)
https://i.imgur.com/BLuJIXZ.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/BLuJIXZl.jpg?e=1725662466&s=L9DXc74v3E-zidc_vGfAPw)
https://i.imgur.com/TIkIRYs.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/TIkIRYsl.jpg?e=1725691631&s=taCbSnpb-MMkbQfkRiVC2g)
橋諧振,二次側12V同步整流,並經由DC-DC轉換3.3V/5V/-12V
https://i.imgur.com/Hv51W1r.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/Hv51W1rl.jpg?e=1725688890&s=XciZFFVoNx0K5ZeTbbHpQQ)
https://i.imgur.com/TXFH8FG.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/TXFH8FGl.jpg?e=1725692333&s=oX5x13FFHLdZJ81PeHY9KQ)
https://i.imgur.com/qpOoJiZ.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/qpOoJiZl.jpg?e=1725669000&s=aPfbbFuG3OCOGnG9k_k4kQ)
https://i.imgur.com/wQNV6jx.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/wQNV6jxl.jpg?e=1725654248&s=BxLtaMFX3s9U7jMQRc4rrw)
箭頭),將熱量傳導至外層的銀色輔助散熱用鋁板
https://i.imgur.com/zlGjtbS.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/zlGjtbSl.jpg?e=1725690906&s=uOQifzAL4PJQq_fbpEHyvA)
管,風扇模式開關焊點未包覆套管
https://i.imgur.com/e3sUWfB.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/e3sUWfBl.jpg?e=1725686725&s=qW1sOq5HoFH0M1ApAkBxHw)
https://i.imgur.com/4sAAWLP.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/4sAAWLPl.jpg?e=1725665692&s=xkQSM2HYck93OJUs2I7P3A)
。臥式安裝保險絲有包覆套管,突波吸收器未包覆套管
https://i.imgur.com/QJ2sZpD.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/QJ2sZpDl.jpg?e=1725644374&s=NMUdYkmCe-WZRwxYMh1wGg)
https://i.imgur.com/NIAjvl1.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/NIAjvl1l.jpg?e=1725692975&s=yK4OG3QHUL_873cKV05F9g)
https://i.imgur.com/WCfgLHN.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/WCfgLHNl.jpg?e=1725649229&s=JdhECyMwE_-Sboqfj83dbw)
https://i.imgur.com/1fKMpX4.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/1fKMpX4l.jpg?e=1725644441&s=bFIAyeRaZxGWV7K1Vv9EgQ)
造成的功耗損失
https://i.imgur.com/Zz9AOmt.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/Zz9AOmtl.jpg?e=1725641386&s=irVqggaRAxsb6NTHucG9Ig)
https://i.imgur.com/0BX9FJC.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/0BX9FJCl.jpg?e=1725678758&s=L36xc5sDT9DzDmS9re-F3Q)
https://i.imgur.com/emzsln4.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/emzsln4l.jpg?e=1725657421&s=EjqpLlzkdxTARNqNnOSoMA)
https://i.imgur.com/JkB2zuj.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/JkB2zujl.jpg?e=1725692056&s=bF3PhIktRU2BUY__QOIjaw)
1640μF
https://i.imgur.com/hXaSMik.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/hXaSMikl.jpg?e=1725646495&s=-_oQkdT-fHAxJO8P7ho4JQ)
https://i.imgur.com/9eSfv5i.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/9eSfv5il.jpg?e=1725648393&s=5vJaHmkjYmDA0-Cl1U3jmA)
https://i.imgur.com/5e6VoGm.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/5e6VoGml.jpg?e=1725689367&s=eiXzFil2DkR31Syj3F5O0w)
https://i.imgur.com/H55z0my.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/H55z0myl.jpg?e=1725653058&s=08hqNYHLS3G097stoSDP4w)
驅動變壓器
https://i.imgur.com/DfVtjZf.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/DfVtjZfl.jpg?e=1725632530&s=moxnkuTGdDknNVJX8vKeKQ)
隙,使其產生的漏感可成為串聯諧振電感,這種也被稱為諧振變壓器
https://i.imgur.com/BoMqC92.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/BoMqC92l.jpg?e=1725671569&s=O6XockoG44ULSMzJFx7fFw)
https://i.imgur.com/ep9ZZ51.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/ep9ZZ51l.jpg?e=1725671802&s=tBbLhB0FViwJ2Xz-BXBAMA)
https://i.imgur.com/HLXF7AJ.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/HLXF7AJl.jpg?e=1725630856&s=xhMBTgOUGyGgO5ruXsPyiQ)
https://i.imgur.com/1AzRxYw.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/1AzRxYwl.jpg?e=1725637514&s=TSeggthALXwTPyIy8nv5ig)
安裝的電感
https://i.imgur.com/1s9joAm.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/1s9joAml.jpg?e=1725658590&s=PQFUMWIokucYNHjUsqC0UQ)
https://i.imgur.com/pBUaqXO.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/pBUaqXOl.jpg?e=1725686114&s=1pOr04qJmGRfQgC0GJd4eA)
https://i.imgur.com/DgRGqd4.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/DgRGqd4l.jpg?e=1725656709&s=2W1KBwmazbJwUdAtEarF6A)
制器,其下方有8顆3.3V/5V DC-DC用Infineon BSC0906NS MOSFET
https://i.imgur.com/aL16LkR.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/aL16LkRl.jpg?e=1725677227&s=DTelaAai5ZBrQ9c0RDdROQ)
https://i.imgur.com/Bfrwt3O.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/Bfrwt3Ol.jpg?e=1725664555&s=lCRHPWqtsCNXXOWhINvSBQ)
https://i.imgur.com/7uqyC1o.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/7uqyC1ol.jpg?e=1725632643&s=Yz0t73BrchwEWF59L1n44A)
https://i.imgur.com/Rlx9sbs.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/Rlx9sbsl.jpg?e=1725663841&s=6o8nebAOtsCXFsIii_YhFg)
PS-ON信號控制、產生Power Good信號
https://i.imgur.com/0aOZDTY.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/0aOZDTYl.jpg?e=1725690645&s=9xCQlbkPApqv7U01C-VGiA)
https://i.imgur.com/qbojaDv.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/qbojaDvl.jpg?e=1725634451&s=r-AViQTYRhmGjSc0hdrQVA)
https://i.imgur.com/k3tsUwy.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/k3tsUwyl.jpg?e=1725642622&s=jPikpFGY3evbFD72qHOUWA)
電容,加強輸出濾波/退耦效果
https://i.imgur.com/e7BOKp6.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/e7BOKp6l.jpg?e=1725665146&s=iLPaHQOvpLaX2I9ufWl3zw)
接下來就是上機測試
測試文閱讀方式請參照此篇:電源測試文閱讀小指南
http://wolflsi.pixnet.net/blog/post/67908465
▼110V輸入時thermaltake TOUGHPOWER GF3 1650W的空載功耗13.67W
https://i.imgur.com/EfzaMkt.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/EfzaMktl.jpg?e=1725688606&s=AvqXMGHnj8O1iM-NZt2IXA)
92.56%/92.49%/89.52%,符合80PLUS金牌認證要求20%輸出87%效率、50%輸出90%效率、
100%輸出87%效率
https://i.imgur.com/OL5idU1.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/OL5idU1l.jpg?e=1725653097&s=ti7SAb9rZ5ceJl8UJxDvtw)
黃色-電壓,紅色-電流,綠色-功率)。50%輸出下功率因數為0.9988,符合80PLUS金牌認
證要求50%輸出下功率因數需大於0.9的要求
https://i.imgur.com/He3OTxY.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/He3OTxYl.jpg?e=1725654196&s=bqANshnvnUe_PW3wOJm2lw)
https://i.imgur.com/j5W3kYD.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/j5W3kYDl.jpg?e=1725686825&s=ducc7NFS0q5ZdVuWiTM1cQ)
93.66%/93.98%/91.98%
https://i.imgur.com/ri9GGyj.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/ri9GGyjl.jpg?e=1725689237&s=bjtZOThZSPWqCLTjq4p19Q)
黃色-電壓,紅色-電流,綠色-功率)
https://i.imgur.com/mNl5sq3.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/mNl5sq3l.jpg?e=1725679129&s=O2XOUEvs0zPJtRx4DonrzA)
線圖
https://i.imgur.com/4zXOi1y.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/4zXOi1yl.jpg?e=1725653232&s=3w_N9Pa8bckE4_pxqwPWuQ)
3.3V/5V/12V電壓記錄如下表
https://i.imgur.com/jo8cbRa.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/jo8cbRal.jpg?e=1725680121&s=Skp7tdbgtyC6Lz_-ciTItw)
https://i.imgur.com/GTfF5sU.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/GTfF5sUl.jpg?e=1725663030&s=_qk6PX439QzR__k4oHH8iQ)
https://i.imgur.com/iUKj2gT.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/iUKj2gTl.jpg?e=1725635092&s=7SrkmhqiaJ7WaUGlfO1s_A)
https://i.imgur.com/HymMdZD.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/HymMdZDl.jpg?e=1725653573&s=MIWRe2rlpVVikm7KUWukCQ)
3.3V/5V滿載(CL3)的3.3V/5V/12V電壓變化,並無出現超出±5%範圍情形(3.3V:
3.135V-3.465V,5V:4.75V-5.25V,12V:11.4V-12.6V)
https://i.imgur.com/2NtCqMX.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/2NtCqMXl.jpg?e=1725688493&s=tsXYyU9f7zvJhW_FKVofTQ)
https://i.imgur.com/wKXHMfW.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/wKXHMfWl.jpg?e=1725642262&s=v8DBHHsc5-z4QbyYuC20Rg)
https://i.imgur.com/cM5QGvf.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/cM5QGvfl.jpg?e=1725666359&s=DXC-REjwxpSGHsGK-b2wOg)
https://i.imgur.com/GITTrAi.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/GITTrAil.jpg?e=1725673996&s=JSrRX_GeanI9A4i8zECW_g)
https://i.imgur.com/ZBOQ881.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/ZBOQ881l.jpg?e=1725640627&s=AeGpRKTsuKpjOoUNFzJKWw)
輸出12V/3A效率67.5%,輸出12V/4A效率76.9%
https://i.imgur.com/ueT64r0.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/ueT64r0l.jpg?e=1725634954&s=4i7rVF9T3lZBIymt4G0ZKg)
上升時間圖,從12V開始上升處當成起點(0.000s)時,12V上升時間為22ms,5V上升時間為
4ms,3.3V上升時間為4ms
https://i.imgur.com/QZDknLZ.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/QZDknLZl.jpg?e=1725671978&s=VTZ1cr8y6ISRTsEBSklcwg)
流中斷處當成起點(0.000s)時,12V於10ms開始下降,於13ms降至11.41V(圖片中資料點標
籤)
https://i.imgur.com/A35Uyqj.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/A35Uyqjl.jpg?e=1725674810&s=I_55lM_lBLOXCFsa2b4sWw)
色波形為5V電壓波形,CH4綠色波形為3.3V電壓波形
▼110V輸入下輸出無負載時無明顯漣波。輸出12V/2A時12V出現小振幅漣波
https://i.imgur.com/TypQCQY.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/TypQCQYl.jpg?e=1725660611&s=iUu-WPwvURR2Ba1qOtcu4g)
幅
https://i.imgur.com/I6sFq36.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/I6sFq36l.jpg?e=1725650656&s=opUdXlYaIre45W1mKesUvQ)
頻漣波分別為14.8mV/16.8mV/17.6mV,高頻漣波分別為10.8mV/9.6mV/14.4mV
https://i.imgur.com/rrpernB.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/rrpernBl.jpg?e=1725676363&s=xo9Z8c1cbbkH5YkXGEYXDg)
13.6mV/10.4mV/18.4mV,高頻漣波分別為10mV/6mV/12mV
https://i.imgur.com/7XwC99c.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/7XwC99cl.jpg?e=1725656824&s=KILDKHc1zY0tOMn1UzKxKA)
242mV,同時造成5V產生46mV、3.3V產生42mV的變動
https://i.imgur.com/ElD36RM.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/ElD36RMl.jpg?e=1725690199&s=IX3jXaWLR7VQtp0vgmr4Gw)
308mV,同時造成5V產生54mV、3.3V產生48mV的變動
https://i.imgur.com/YuGa7bB.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/YuGa7bBl.jpg?e=1725687275&s=I5WR_wvwn4dpcW_5WRL5pQ)
為624mV,同時造成5V產生92mV、3.3V產生88mV的變動
https://i.imgur.com/oYwpida.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/oYwpidal.jpg?e=1725640349&s=7uCpWK8fGEuS-F644xSCWg)
為1.27V,同時造成5V產生166mV、3.3V產生150mV的變動
https://i.imgur.com/FWNBCut.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/FWNBCutl.jpg?e=1725675549&s=OxzmWOZrEezzfLnE8IbX5g)
為1.35V,同時造成5V產生182mV、3.3V產生170mV的變動
https://i.imgur.com/qfJkNUH.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/qfJkNUHl.jpg?e=1725638779&s=t41areM25aZ2kB4-vOhFoQ)
影響測試結果)
https://i.imgur.com/PD9xbYA.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/PD9xbYAl.jpg?e=1725656083&s=3GrP9sHifzwEyXy_BkZ8zA)
及二次側繞組/12V電感/DC-DC MOSFET(下圖)的紅外線熱影像圖(附註:安裝位置環境溫度
會影響測試結果)
https://i.imgur.com/xXygGYM.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/xXygGYMl.jpg?e=1725678723&s=ZDxT-XgdtQmNYUJn4zdeIw)
像圖(附註:安裝位置環境溫度會影響測試結果)
https://i.imgur.com/9lJSgQI.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/9lJSgQIl.jpg?e=1725679721&s=RhalGUTJgDcDMtFMir9Q4w)
像圖(附註:安裝位置環境溫度會影響測試結果)
https://i.imgur.com/1zYrw0n.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/1zYrw0nl.jpg?e=1725660575&s=7sgQ0wlasVGo5U2v7Q74Lg)
https://i.imgur.com/0XoqfFJ.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/0XoqfFJl.jpg?e=1725630662&s=vNv88WHI-xkV0ZgkamA-cw)
度會影響測試結果)
https://i.imgur.com/74mr987.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/74mr987l.jpg?e=1725642014&s=OOAT6f1gJ_XHZXhvPT8eoA)
溫度會影響測試結果)
https://i.imgur.com/OmWTfnj.jpg
![](https://cache.ptt.cc/c/https/i.imgur.com/OmWTfnjl.jpg?e=1725670467&s=RIXhkdAywBTVYL70BTBwrw)
本體及內部結構心得小結:
○採用全模組化設計,除12VHPWR採用黑色編織網包覆線材外,其他均採用黑色帶狀線材
。提供1個ATX 204P、1個EPS 8P、1個EPS 4+4P、2個600W 12VHPWR、9個PCIE 6+2P、16個
直角SATA、8個省力易拔大4P,提供1條小4P接頭轉接線
○電源端2個12VHPWR插座的S4/S3接至COM,為600W定義,S2經100kΩ電阻接至+3.3V,S1
經4.7kΩ電阻接至+3.3V
○風扇護網直接沖壓在外殼上,兩側外殼有長條狀通風孔,具備Smart Zero Fan功能,開
啟後於低負載/低溫下風扇停止運轉,待負載/溫度提高後才會啟動並採溫控運轉。關閉後
風扇採常時溫控運轉
○交流輸入插座及總開關後方小電路板上面有2個Y電容、1個X電容,背面沒有覆蓋隔板。
磁芯/模式開關線路/主電路板保險絲有包覆套管,模式開關焊點/突波吸收器沒有包覆套
管
○電路板背面二次側區域有導熱墊片接觸額外設置的散熱鋁板,焊點整體做工良好,大電
流線路有敷錫處理
○採用一次側主動功率因數修正及半橋諧振、二次側同步整流輸出12V,搭配DC-DC轉換
3.3V/5V/-12V
○APFC/一次側/3.3V&5V DC-DC MOSFET採用Infineon,APFC二極體採用CREE/Wolfspeed,
二次側12V同步整流MOSFET採用TOSHIBA,-12V DC-DC採用Anpec。APFC/一次側MOSFET採用
TO-247封裝
○APFC電容使用Rubycon,其他固態/電解電容使用Nippon Chemi-con/Nichicon/Rubycon
○二次側電源管理IC可偵測輸出電壓/電流是否在正常範圍,並加裝微控制器
各項測試結果簡單總結:
○110V輸入時thermaltake TOUGHPOWER GF3 1650W於20%/50%/100%下效率分別為
92.56%/92.49%/89.52%,符合80PLUS金牌認證要求20%輸出87%效率、50%輸出90%效率、
100%輸出87%效率
○110V輸入時thermaltake TOUGHPOWER GF3 1650W的功率因數修正,滿足80PLUS金牌認證
要求輸出50%下功率因數需大於0.9
○220V輸入下,thermaltake TOUGHPOWER GF3 1650W於20%/50%/100%下效率分別為
93.66%/93.98%/91.98%
○110V輸入的偏載測試,12V維持空載,測試3.3V滿載、5V滿載、3.3V/5V滿載的
3.3V/5V/12V電壓變化,均未超出±5%範圍
○110V輸入下電源啟動至綜合全負載輸出狀態,12V上升時間22ms,5V上升時間4ms,3.3V
上升時間4ms
○110V輸入下綜合全負載輸出狀態切斷AC輸入模擬電力中斷,12V於10ms開始下降,於
13ms降至11.41V
○110V輸入下輸出無負載時無明顯漣波;輸出12V/2A時12V出現小振幅漣波;輸出12V/3A
時12V漣波間歇出現;輸出12V/4A以上漣波波形固定,只改變振幅。於綜合全負載輸出下
12V/5V/3.3V各路低頻漣波分別為14.8mV/16.8mV/17.6mV;於純12V全負載輸出下
12V/5V/3.3V各路低頻漣波分別為13.6mV/10.4mV/18.4mV
○110V輸入下12V動態負載測試,變動範圍5A至25A,維持時間500微秒,最大變動幅度為
242mV
○110V輸入下12V動態負載測試,變動範圍25A至50A,維持時間500微秒,最大變動幅度為
308mV
○110V輸入下12V動態負載測試,變動範圍50A至107A,維持時間500微秒,最大變動幅度
為624mV
○110V輸入下12V動態負載測試,變動範圍10A至107A,維持時間500微秒,最大變動幅度
為1.27V
○110V輸入下12V動態負載測試,變動範圍20A至131A,維持時間500微秒,最大變動幅度
為1.35V
○110V輸入時熱機下3.3V過電流截止點在33A(132%),5V過電流截止點在33A(132%)
報告完畢,謝謝收看
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