我也重新做过了，只是没有原来的好听
零件主要换了几个电容，用新版PCB。好像ENLA电容还不如我不知从哪里拆来的不知名的小小电解MM里面很少见到有象雨衣版这么烧和烧得有水准的!
我也来交流一下经验吧我人为板子仅有一片IC供电时数字和模拟的分开隔离是提高信噪比的关键!
一般是用电感量大一点的磁珠,色码电感隔离后再就近在用电的IC的电源脚就近贴小电容和安装大电容,这样效果才好!
雨衣版就近使用电容很有水准!!!佩服!建议你在背后贴0.1微的贴片的片状元件,效果更好!
我觉得最大的问题是这种磁珠还远不能达到隔离的目的!因为它的电感量太小了!只有0.5微H,要用电感量大一点的更好一些!象我下面后面的那张图里给的,一般都有几十到一百微H,那种两脚的树着的有几毫H,而且它的线径粗,直流内阻低,效果更好!要不用磁环自己绕也不错!
这样隔离后会造成电源的各路内阻稍大,但是没关系,再在各部分IC的电源脚端象雨衣MM那样就近装电容退偶就能重新改善!
不错不错!!!
<img src="attachments/dvbbs/2005-5/200559155935135.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200559155935135.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
磁珠改用它更好一些!
<img src="attachments/dvbbs/2005-5/20055916158953.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/20055916158953.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
我也要重新搞过
看看如何.按套件装的就是不好听,呵呵!呵呵!套装件是最基本的!给你打底的
以下是引用clj689在2005-5-9 17:41:00的发言：看看如何.按套件装的就是不好听,呵呵!
要是想好听啊!还得好多工夫!做工真正是很关键!~
有空试试你的建议。
以下是引用AKMY5在2005-5-9 15:58:00的发言：我也来交流一下经验吧
我人为板子仅有一片IC供电时数字和模拟的分开隔离是提高信噪比的关键!
一般是用电感量大一点的磁珠,色码电感隔离后再就近在用电的IC的电源脚就近贴小电容和安装大电容,这样效果才好!
雨衣版就近使用电容很有水准!!!佩服!建议你在背后贴0.1微的贴片的片状元件,效果更好!
我觉得最大的问题是这种磁珠还远不能达到隔离的目的!因为它的电感量太小了!只有0.5微H,要用电感量大一点的更好一些!象我下面后面的那张图里给的,一般都有几十到一百微H,那种两脚的树着的有几毫H,而且它的线径粗,直流内阻低,效果更好!要不用磁环自己绕也不错!
这样隔离后会造成电源的各路内阻稍大,但是没关系,再在各部分IC的电源脚端象雨衣MM那样就近装电容退偶就能重新改善!
不错不错!!!
<img src="attachments/dvbbs/2005-5/200559155935135.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200559155935135.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
磁珠改用它更好一些!
<img src="attachments/dvbbs/2005-5/20055916158953.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/20055916158953.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
不过我这贴片电容几乎找不到。双组供电正准备试，到时候再把它们之间的地线割开。
那个金色的大滤波电容不好
我用过好像是ERO的，妹妹你最紧要的是再弄二个并上去。我只敢称雨衣姊姊, 不敢叫妹妹
~
以下是引用SAGAQWE在2005-5-9 20:35:00的发言：我只敢称雨衣姊姊, 不敢叫妹妹
4242
!
以下是引用万健在2005-5-9 20:26:00的发言：我用过好像是ERO的，妹妹你最紧要的是再弄二个并上去。
对的，是ROE。说说理由，我想大家也想知道。
ROE的确实没有非记的蓝装的好!
以下是引用雨衣妹妹在2005-5-9 21:59:00的发言：对的，是ROE。说说理由，我想大家也想知道。
我上个图给你看吧!有测量的为证!
下面就是我要对比给你看的ROE和非记的BC
<img src="attachments/dvbbs/2005-5/200559224556257.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200559224556257.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
下面是我拍的表测的给大家看,请注意我的表的右上角的那一排数字,是品质因数!很重要!越低性能越好!最后我再上张我的表的说明!
<img src="attachments/dvbbs/2005-5/200559225155925.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200559225155925.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
来看ROE的!品质因数达0.7了!在1KHZ频率还有1500微,呵呵!过得去
<img src="attachments/dvbbs/2005-5/200559225536141.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200559225536141.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
1000微的和2200微的比不公平!再上张也是2200微/25V的非记的BC吧
<img src="attachments/dvbbs/2005-5/200559225759853.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200559225759853.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
呵呵!上面的两张图大家就可以看出性能区别的了!同样是2200微的容量,但是在1KHZ频率下,ROE还有1423微,D值=0.741
但是非记的BC蓝皮还有1577微,D=0.533 好很多啦!实际上我接到功放机器上面对比过!
ROE的不但高音难比蓝皮BC,就连低音也不好,很混!BC清澈好多!
题外话,我再上几个更好的对比给大家看吧!下面是我要对比的几种!
<img src="attachments/dvbbs/2005-5/200559231050729.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200559231050729.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
先上尼基科恩的!记住这和电视机上拆的是不一样的!这是电脑彩显拆的,电视的测得的指标没眼看!呵呵
120HZ频率测的,下面那张是1KHZ测,大家对比一下!
<img src="attachments/dvbbs/2005-5/200559231722263.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200559231722263.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
1KHZ测的指标!大家对比!
<img src="attachments/dvbbs/2005-5/200559232017925.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200559232017925.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
下面上非记BC的图了!也是120HZ和1KHZ频率做对比,先上120HZ的
羡慕中
AKMY5兄弟去那里淘来那么多的好东西非记的蓝装电容!!!
好東西今天传不了图了!到了上限!
呵呵!还有更好的对比还没上,站个位先下面上非记BC的图了!也是120HZ和1KHZ频率做对比,先上120HZ的
<img src="attachments/dvbbs/2005-5/20055923467434.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/20055923467434.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
1KHZ频率测的指标!
<img src="attachments/dvbbs/2005-5/200559234730482.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200559234730482.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
大家对比一下上面的尼基科恩的和非记BC的吧!那个好?呵呵!我再把有关参数重复一遍!
尼基科恩的:
120HZ下: D=0.043容量=386.1U
1KHZ下: D=0.177容量=362U
非记BC:
120HZ下: D=0.054 容量=421.4U
1KHZ下: D=0.359 容量=361U
大家可以看出那个黑皮的尼基科恩还是很棒的!1000HZ下,容量才降了20几U,说明高频性能很棒!远强过非记的BC!!!不过我要和大家特别说明,这个黑皮的尼基科恩是在彩色显示器上拆的!要是一般的可就刚好反过来啦!我测过好几个!都不如非记BC!
下面我再上顶级的非记蓝皮吧!这个才牛啊!
同样先上120HZ测的图!
<img src="attachments/dvbbs/2005-5/20055100011617.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/20055100011617.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
再上1000HZ挡测试的!仔细对比一下指标!
<img src="attachments/dvbbs/2005-5/20055100234347.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/20055100234347.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
最后介绍一下这个表吧!本应该开始就介绍的,那样大家好分辨,但是一兴奋发图发反了,将就吧!
它测电感和电容都有120HZ和1000HZ两个挡位,带品质因数显示!(电容是D,电感是Q)
<img src="attachments/dvbbs/2005-5/200551005717929.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200551005717929.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
<img src="attachments/dvbbs/2005-5/200551005748276.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200551005748276.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
我用过声音较干
不如用FOR AUDIO你们都是金耳朵
厉害雨衣MM版主上来了吗?
再和我们说说你的1543?我正准备做呢?呵呵
好多年前就想试了!苦于没有图!和1311又不一样的!1311我觉得已经够爽的了!1543要是还好的话就更爽了!
我还没听过呀!
呵呵，我的心得全在这个贴上了。
当然还有大家的建议。http://www.hifidiy.net/UploadFile/2005-4/200541022209691.gif雨衣MM版主可以到旧的硬盘上去找啊!
以下是引用雨衣妹妹在2005-5-9 19:30:00的发言：不过我这贴片电容几乎找不到。双组供电正准备试，到时候再把它们之间的地线割开。<img src="attachments/dvbbs/2005-5/200559192915223.jpg" border="0" onload="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onmouseover="if(this.width>screen.width*0.7) {this.resized=true; this.width=screen.width*0.7; this.style.cursor=\'hand\'; this.alt=\'Click here to open new window\nCTRL+Mouse wheel to zoom in/out\';}" onclick="if(!this.resized) {return true;} else {window.open(\'attachments/dvbbs/2005-5/200559192915223.jpg\');}" onmousewheel="return imgzoom(this);" alt="" />
]
以前和这儿的网友讨论过,他们说Y5V的不是很好!听说对温度和湿度敏感,漂移比较大!但是,片状陶瓷能上到22U的就只有Y5V的!
我用的是从旧的硬盘上面拆的!反正耳朵听着好过我所见过的所有铝电解!
看看雨衣MM你的感觉怎么样吧!有的话试一下上来和大家谈感受!呵呵