台客兄委托~给力好读版ww http://www.xfastest.com/viewthread.php?tid=63355&fromuid=38227 ============================================================================== Antec在玩家级的电源供应市场一直推成出新 看过台客兄的各式开箱分享文, 细心的网兄应该不难发现台客兄测试平台规格使用Antec TPQ 1200 OC 有一段时间了!其中表现一直让我很满意! 早在去年6月份的ComputeX 2010大展上就已经发现Antec发表了通过金牌认证的HCP 1200W 了,但迟迟找不到任何通路有贩售! 在漫长的等待过程终於发现Antec HCP 1200W登台了! 刚好不小心把手上的TPQ1200跟AX1200都脱手了! 就入手了这颗Antec HCP 1200W, 既然都入手了就发挥好东西一起分享的精神简单开箱介绍一下噜! 外盒包装上大大写着HIGH Current Pro意味着这颗抛仔非同小可! http://www.xfastest.com/home/attachment/201107/15/10818_131069772599G7.jpg 侧面标示满满的的特色 http://www.xfastest.com/home/attachment/201107/15/10818_1310697727rSr9.jpg 内包装采用满简洁的方式.Power根模组化线均使用绵袋包装着! http://www.xfastest.com/home/attachment/201107/15/10818_1310697729nny7.jpg HCP1200W采用半模组的方案,这是另外的线材有需要在接上即可! http://www.xfastest.com/home/attachment/201107/15/10818_13106977306ydG.jpg 所附上的电源线也来头不小,可顶得住15A 1875W的电流! http://www.xfastest.com/home/attachment/201107/15/10818_13106977317V58.jpg 使用高电流端子承载16AWG线材有效降低传导阻抗 http://www.xfastest.com/home/attachment/201107/15/10818_13106977337lL7.jpg HCP1200W本体 http://www.xfastest.com/home/attachment/201107/15/10818_1310697734Rsfm.jpg +12V多达8路.每路可达30A http://www.xfastest.com/home/attachment/201107/15/10818_1310697736L9P5.jpg 模组接头 http://www.xfastest.com/home/attachment/201107/15/10818_1310697737AyoH.jpg 接头采用混合式,可以看得出12V第四路是给额外的HDD/ODD使用,接头采用黑色 http://www.xfastest.com/home/attachment/201107/15/10818_1310697738F015.jpg 如果HDD/ODD多到另外三组都不够用的话,也可以使用12V地7路的接头 http://www.xfastest.com/home/attachment/201107/15/10818_1310697740N8k1.jpg 因HCP1200W内部是使用双层PCB的方案,所以无法使用12&14公分的风扇! 所以这里是采用单8公分的风扇方案,采用的是SANYO双滚珠轴承风扇! http://www.xfastest.com/home/attachment/201107/15/10818_1310697741tF41.jpg 拆开後可以清楚看见内部构造分上下2片PCB http://www.xfastest.com/home/attachment/201107/15/10818_1310697742q5Yk.jpg 先来看上方的PCB.上方主要要负责市电进入电源EMI滤波、整流， 以及通过主动PFC，进行功率因数校正的部分 http://www.xfastest.com/home/attachment/201107/15/10818_1310697744bJj5.jpg 一级EMI电路的滤波,使用铝片隔离干扰信号,并配有电容组成! http://www.xfastest.com/home/attachment/201107/15/10818_1310697745Bin2.jpg 二级EMI滤波电路,设有两个Y电容、两个X电容以及两个共模电感线圈 http://www.xfastest.com/home/attachment/201107/15/10818_1310697746DTxk.jpg 电源继电器采用宏发电子出品，型号为HF115F-I http://www.xfastest.com/home/attachment/201107/15/10818_1310697748hs1k.jpg 电源整流桥为两颗日本新电元公司,型号为LL15XB60,采用双整流桥晶片设计, 最大耐压600V，可通过最大15A的电流 http://www.xfastest.com/home/attachment/201107/15/10818_1310697749TetB.jpg 电源主动式PFC电感,比一般电源供应器使用的都还要大, 所以安装方案受限於空间所以它躺下了 http://www.xfastest.com/home/attachment/201107/15/10818_1310697750I40U.jpg 电源PFC电路采用2颗英飞凌生产的MOSFET,而般边二极体是采用美国Cree公司生产的 http://www.xfastest.com/home/attachment/201107/15/10818_1310697752Cjg3.jpg 一侧主电容采用日本红宝石Rubycon生产规格为105°C,450V,390uF http://www.xfastest.com/home/attachment/201107/15/10818_13106977538U1P.jpg 接下来看下方PCB板,下方则是主要负责，电流校正、电压稳定已经电力输出的部分 http://www.xfastest.com/home/attachment/201107/15/10818_1310697754p19r.jpg 另外2颗一侧主电容,同样采用日本红宝石Rubycon生产规格为105°C,450V,390uF http://www.xfastest.com/home/attachment/201107/15/10818_1310697756Kluk.jpg 电源全桥开关,采用一面2颗共4颗英飞凌生产的全桥开关MOSET http://www.xfastest.com/home/attachment/201107/15/10818_13106977576OVX.jpg 开关管驱动器 http://www.xfastest.com/home/attachment/201107/15/10818_13106977588IjH.jpg 5VSB待机变压器另带有2颗整流晶片组成 http://www.xfastest.com/home/attachment/201107/15/10818_1310697760U256.jpg 电源的主变压器非常少见,这样的变压器Google查询得知称作One-Step变压器! http://www.xfastest.com/home/attachment/201107/15/10818_1310697761Dd74.jpg 直接与二次侧的MOSFET相连 http://www.xfastest.com/home/attachment/201107/15/10818_1310697762lWqf.jpg 低压部分的12V同步整流中,采用6个型号为FDP038AN的MOSFET http://www.xfastest.com/home/attachment/201107/15/10818_13106977645JGE.jpg HCP1200W采用DC-DC模块,+5V和+3.3V有了独立输出的通道,减少+12V的输出对其产生干扰! 另外有4颗日本NCC固态电容并搭配SG1577控制晶片,达到稳定输出的电源! http://www.xfastest.com/home/attachment/201107/15/10818_13106977659qJT.jpg 低压滤波电路通通都使用日本Rubycon生产的电容 http://www.xfastest.com/home/attachment/201107/15/10818_13106977664i1Y.jpg 模组接头後方的PCB http://www.xfastest.com/home/attachment/201107/15/10818_13106977682652.jpg 电路保护电路,晶片采用伟诠电子Weltrend生产型号为DWA103N的晶片,提供完整的 过流保护(OCP)过压保护(OVP)短路保护(SCP)过载保护(OPP)过温度保护(OTP) http://www.xfastest.com/home/attachment/201107/15/10818_1310697769rXpc.jpg 当然也通过80Plus金牌认证! http://www.xfastest.com/home/attachment/201107/15/10818_1310697770847B.png 台湾的安规(BSMI)也是有通过验证,也可以查出HCP1200是交由台达代工! http://www.xfastest.com/home/attachment/201107/15/10818_13106977710HIR.png 以上就是HCP1200W简单的介绍 -------------------------------------------------- 这次所准备的测试平台规格为小小兽规格 CPU: Intel I7 980X BOX OC4G MB: GA X58A-OC Cooler: Antec KUHLER H2O 920 DRAM: Corsair GTX3 2400 CL9-11-9-27 VGA:Sparkle GTX580 3-Way SLI HD: Corsair Force 3 F120 SSD POWER:Antec HCP 1200W OS: Windows7 Ultimate 64bit http://www.xfastest.com/home/attachment/201107/15/10818_13106977721m19.jpg 接下来实测方面,台客兄没有很专业的示波器,负载机! 那就就简单使用OCCT图表输出+三用电表监控重点12V 5V 3.3V在负载下的波动! 提供各网兄参考,希望各网兄不要嫌弃捏 OCCT使用4.0.0.beat09 设定Power Supply模式让GPU+CPU+RAM同时负载(CPU超频至4G,显 示卡预设,RAM DDR2000 1.6V) http://www.xfastest.com/home/attachment/201107/15/10818_13106977738nNv.png 搭配OCCT监控电压变化使用AIDA64 Extreme Edition 1.70.1412 Beta http://www.xfastest.com/home/attachment/201107/15/10818_1310697774ZvKe.jpg 大家都知道OCCT测试原理是使用主机板硬体监控晶片作为其电压及温度的量测装置, 并透过SMBus将数值送至软体,在不同的主机板上可能会测出不同数值! 所以在另外在使用数位电表透过专用监控软体计录每2秒的电压变化! http://www.xfastest.com/home/attachment/201107/15/10818_1310697775P2J4.png -------------------------------------------------------- 待机下12V的电压 http://www.xfastest.com/home/attachment/201107/15/10818_13106977761ZWg.jpg 待机下5V电压 http://www.xfastest.com/home/attachment/201107/15/10818_1310697777q999.jpg 待机下3.3V电压 http://www.xfastest.com/home/attachment/201107/15/10818_13106977797841.jpg 全负载烧机12V电压 http://www.xfastest.com/home/attachment/201107/15/10818_1310697780s62J.jpg OCCT所记录的图表曲线 http://www.xfastest.com/home/attachment/201107/15/10818_13106977803iRJ.png 数位电表记录的曲线 http://www.xfastest.com/home/attachment/201107/15/10818_13106977812deu.png 全负载烧机5V电压 http://www.xfastest.com/home/attachment/201107/15/10818_1310697782HtgR.jpg OCCT所记录的图表曲线 http://www.xfastest.com/home/attachment/201107/15/10818_1310697782VV55.png 数位电表记录的曲线 http://www.xfastest.com/home/attachment/201107/15/10818_1310697782qJJp.png 全负载烧机3.3V电压 http://www.xfastest.com/home/attachment/201107/15/10818_13106977840rqR.jpg OCCT所记录的图表曲线 http://www.xfastest.com/home/attachment/201107/15/10818_1310697784e4Vl.png 数位电表记录的曲线 http://www.xfastest.com/home/attachment/201107/15/10818_131069778499B1.png ------------------------------------------------------ 总结一下 Antec HCP 1200W以电压记录图来看在高负载功耗以经接近核定瓦数, 电压表现依然稳定在用料方面大家也可以看得出来Antec HCP 1200W用料十分大方! 但以为Antec HCP 1200W就只有这点能耐吗?台客兄在把显示卡稍微超频过後! 整个平台功耗达到1444W..Antec HCP 1200W依然稳定运作,电压也保持在12.25V! 超给力的!这真的要给它一个赞! http://www.xfastest.com/home/attachment/201107/15/10818_1310697785HIHb.png http://www.xfastest.com/home/attachment/201107/15/10818_1310697787y027.jpg 在ComputeX 2011 其实Antec也有动态的展示出一颗Antec HCP 1200W推动2个平台! 可以"连续"输出1700W UP,当然那些怪物级的平台不是我们业余玩家玩的起的! https://www.youtube.com/watch?v=-J0hUWY9m2U&hd=1 台客兄Antec HCP 1200W就简单测到这里. 当然一颗POWER的好坏不是短暂负载就可以下定论! 但这些数据也是值得参考!..就让这颗Antec HCP 1200W慢慢的让台客兄摧残吧! ~END台客兄~ -- --

※ 发信站: 批踢踢实业坊(ptt.cc) ◆ From: 220.133.46.24