百灵达x32拆机教程
呃，今天修一个叉三二，这是一个叉三二的老款啊，这橡胶垫呢，和现在那个水晶垫还不太一样，但是这个最早出来这笔声音是比较好的啊，他唯一的话时间久了推子不太好了，大家看一下这个推子问题， 看可以看到第三路和第七路，他有些反应慢，还有点发抖，所以我要把它换了。 首先我们要把两侧的这个板子啊，装饰板要拆下来，他的耳机在左右两边各一个啊，然后呢我们要做的事情呢，是要 再把这些螺丝，包括这上边的，还有这边侧边的都要打下来， 在这位置有一道螺丝啊，这道螺丝不取你是揭不开的，一定要在下边中间有一道螺丝，必须拧开，这就是调音台的内部 电源画放模块板子，这是调音台的推的界面，显示屏处理器的中间就在这边。我们现在要把这些板子拆下来看一下， 首先要把这些退帽取掉，取掉以后呢啊扶起来看。大家看上边要把上边的这几个螺丝打下来，把 这个板子单独取下来进行更换，因为这些线数啊，能不拆尽量不要拆，不要记不住位置就比较麻烦，弄折了也麻烦，那今天就到这里找一个人帮我扶着，我才能拆，一个人不太好干。 这是我拆下来的推子板，从这边是第一路到第八路， 现在我们开始更换推子，第一、第二、第三第四路，目前第四路是有问题的，我以为螺丝拆了，然后更换这个新的， 从灰尘程度就可以看过来，这个第三路是换过的，第四路没动过，我们开始修第四路，现在开始焊接往下拆 啊，第四通道还有第七通道，现在只有第八通道和这个通道没有换过了，而这八个通道就都换了，现在开始往起装。
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16:30查看AI文稿AI文稿hi， i'm dave rat and i am gonna open up a berenger x 32 and see what's inside mainly because i'm curious i'm also gonna open a midas m thirty two and look at what's inside there and then i'm gonna put them side by side when look at the differences between the two consoles and see what we find now i have not been inside of one of these before so this will be a fun experiment of um figuring out how to get in all right so let's go in our tools are faster all right try to lose as few screws as you can there's usually a couple extras at the end of this all right what's next see how fast we can get in here curious to see what the difference of the build is between the two consoles the difference in price fifty percent more on the m thirty two in order to save money and build this for two thirds the price somewhere there's gonna be some cost cuttings i seriously doubt spending the same amount of money on the build and just charging less for the final product what am i missing do you there maybe i should force it was that the magic scoop look at that we're getting in all right so now there's probably some sort of wires and stuff do we need to mess with here and look at that oh pretty cool let's take a look let's unplug some wires memorize everything and brake stuff out of here some tells me this isn't the best plan here we want to unplug that doesn't look like it's easy to unplug do you really want to do all that what else do i got left i got this guy i've got this one here which is a problem i've got this guy here these two guys here and finally this little guy here， which is all right that should do us except for that this is gonna be fun to put back together blah， all right okay， let's go ahead and open the m32 we'll be a little more careful with this and i love 32 because it's not mine， i'm really curious to see if it's easier to get into and if the build quality is any different convenient all right， oh look at that so if you're getting in all right looks like this wants to be unscrewed from underneath， so far this one's a little easier and it's quite heavy 这样子。再来， i put this part of anyone really fast so if i talk really slow maybe it is me oh look at that i think we're in so this one tilts the other way very neat let's see what's happening with the ribbons all right， so now， oh look at that that's definitely nicer to get into this thing one so there's not much difference in the way these disconnect they both have the disconnects only on one side of the cables， which is not ideal， not not a fan， not a fan of the adhesive 对方的 connectors here okay and finally okay and here we got it let's see if this comes off now and there we go okay， all right， so i've got these consoles open they are quite different there's a lot more components on the midas console than there are in the x32， we measured that there's more in noise coming out of the output and more noise generated on the inputs of the x32 and i'm guessing that all these extra little parts in here are the difference and but i will put some pictures up check out these pictures of the inside full size leaded transistors on the mic priest here surface mount transistors there and itself probably not a big deal but whatever they're doing is different i'll post the pictures you can figure out for yourself if you want to dive into it more let's take a look at the surfaces because they're definitely gonna be a cost differential and adding the more components and having a more complicated circuitry but the components are not that expensive what does get expensive are the buttons switches， knobs and faders and wonderful now we did see differences in the components on the input and output circuits here we're seeing some vast differentials right off the bat the first thing i'm noticing is these faders are horizontal faders we can see that they're soldered to the circuit board and there is a round potentiometer or motor here that is yeah here's the motor that's probably the belt drive that drives the fader up and down， but the faders are mounted flat so we spilled drink into it it goes right onto the circuit board these are mounted perpendicular to this to the surface and they're not mounted to a circuit board itself they're actually mounted to the frame or the chassis of the top level this is huge the difference in costs between a fader that just solderers right to the circuit board versus an actual real fader that is mounted an angle and does not have as much susceptibility to drinks this is a big deal and there's a lot of costs here so that's probably one of the main driving factors longevity the ability to deal with the environment take a look at the encoders since i've heard people talking about the encoders or much higher quality on one console versus the other which would stand a reason due to the extra cost， but let's not take anything for granted and actually take a look how this circuit board is vastly different here what circuit board am i taken out one right above the cell phone holder that holds a cell phone from many years ago i don't think anybody on the cell phone sits in the cell phone holder that is on the currently on the x 32 and take all the speed up okay and let's flip that over let's do the same thing here i like taking through the part it's the whole putting them back together that really is the fun part especially when you don't pay a lot of attention to what you're doing okay， so here we've got the two different console setups now these have the buttons encased in a there's almost like a oh here we can take it off there's a look at that okay， so the buttons on the mitis are conductive plastic and i think i my glasses in my pocket here they're conductive plastic with like the silicon pressure so you push this down and there's four little black conductive plastic tabs on each of the buttons and then there's four little gold swirls of circuit board and then an led in the middle and when you push this down these four little conductive plastic things any one of those probably hits one of those so kind of give gives you a redundancy to really make sure it's connecting and then these plastic molded modules here with the lettering and are lit up by the leds in a surface mounted on the console， let's see what we have on the barringer now it looks similar the quality of this plastic molded bit is much different， it's much thinner and cheaper and let's go ahead and compare these two so here's the two different parts and if we flip them over， we can see that they are pretty much identical the size and spacing of the conductive plastic pads is different so they won't fit in each other's place， but i would say that i'm not seeing a at least on this version of console this year there's not a big difference between the way that these switches work they're both the silicon rubber conductive plastic padded and everything's on the board that's interesting， i've heard a lot of comments saying that the quality of the switches on one was better than the other now that said they are different these have a soft rubber and the midas has got a hard plastic， but i heard that that has changed as well， i think that there might might be differences over the years there's no reason that can't be altered let's see if we snap that back in cool encoders， let's take a look at the encoders and see what we can find out about that so the two different encoders oh， it's kind of neat i've never i'm sure there's been around for a while， but the encoders have clear shafts that the knob sides on too so light can be radiated up through it and light up the end of the encoder knob， it's kind of fun visually， the encoders appear to be identical， i'm not seeing a difference in the actual part， that's being used for the encoder， it seems to be the same， it's possible that it's not， but visually they look look exactly the same really the biggest thing i'm noticing is the faders the input circuit， output circuit and the faders let's see if there's anything else i can spot and then we'll wrap this up oh the motors the fader motors are vastly different the fader motors i'm gonna take a photo of that i'll do it with my phone this is so the quote there's a fader motor for the minus and here is a fader motor for the yeah that might just get a nice long slender fader motor that fits within the width of the actual fader and the x 32's got a smaller more cylindrical motor i think that's about as far as i'm gonna go yeah dispel the difference so what i got out of that is that the encoders are probably the same， the switches are similar and of similar quality and caliber the faders are vastly different and the layout is quite a bit different， um， durability， wise， um and the ability to handle drinks and spills if you where to dump a drink into the faders on the midas， it will go into the faders if you dump a drink into the faders on the x32 goes onto the circuit board with all of the electronics and circuits um okay， i've had enough of this i'm gonna go enjoy putting this back together cool！ cool！
426百灵达behringer
01:26查看AI文稿AI文稿本琳达 x 三二速度调音台， 其他的 拆开检查，发现第三路芯片输出又直流检测更换， 第三路损坏已经确定下来这个芯片，但是经过检查发现第二路也有不正常现象，这输入的电笔已经发黑， 这个芯片测量也是不正常的，输入的电阻一百五十一，两个并在一起测量应该是七十五， 实际测量一百零三， 这肯定不正常，全部要进行更换， 现在就没有了，就正常了，原来不然，插一插，砰的一声。
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00:20
01:53查看AI文稿AI文稿河南商丘粉丝发过来的一台 x 三二速度调音台，开机没有任何反应，开始维修 测量。电容 介绍 更换了爽快的芯片。
02:30查看AI文稿AI文稿for not to work。 啊啊 啊啊啊啊！ 爱上了 啊啊。
04:17查看AI文稿AI文稿缅甸跨国粉丝发来的百灵达叉三二坑变数字调音台已经修好了，这台调音台故障现象我们看一下， 当我们收到这个调音台拍检，发现里面已经被 被专业师傅维修过电源模块，从电源模块上面的痕迹来看，当初应该只是电源模块烧坏了，但是电源模块没有修复成功，将故障扩展到主板跟框展板了。 好，现在已经修好了，我们来看一下。首先测试一下输入板块的推子翻页 好，输入板块的推着翻页正常，我们再看一下输出板块这边 输出板块催着翻页正常啊。为了方便测试各个接口输入输出， 我们设置了一个数据，是从第一通道给一个信号，然后对输出一至八通道测试。 好，我们看一下输出端口，第八通道正常啊！第七通道正常， 第六通道正常， 第五通道正常， 第四通道正常，第三通道正常， 第二通道正常，第一通道正常。好，我们再接回输出第八通道，再看一下输入现在输入的 这是第一通道好，我们接到第二通道，第二通道正常， 第三通道正常，第四通道正常， 第五通道正常，第六通道正常，第七通道正常，第八通道正常。好，再看一下第九通道正常， 第十通道正常，十一通道正常，十二通道正常， 十三通道正常，十四通道正常， 十五通道正常，十六通道正常。好，我们再接回第一通道。 好了，这个空台一到十六通道输入全部正常，输出这边一到八通道也全部正常。 好，再看一下系统操作都是正常的。 呃，这台百灵达叉三二看片就测试到这里了。
00:15查看AI文稿AI文稿这两天春节啊，很多朋友们问我这个台子的很多有关方面的这个知识，呃，今天正式营业，然后开始给大家出教程，整套的。
60神韵文化传媒
01:37
01:16查看AI文稿AI文稿大家好，我是风行音响的吴峰。今天我们给上桥医院装一台百灵达叉三十二调音台，现在正在拆箱中。百灵达叉三二的性价比相当不。现在我们看到的是上桥医院的多功能体育台，里面 之前采用的传统模拟的十六路调音台，这个路数也不够，而且呢，音频处理的相当不干净， 有杂音。现在我们是根据客户诉求给上了一套德林达的叉三十二。 首先是满足他的日常活动，话筒的路数呀，都相当够。我们给客户更换了一拖二的八只耳麦，一拖二的四只手持。 目前看到的是我们更换了百灵达叉三十二空单。现在呢，整体的活动应用都比较够。 手持话筒呢，咱们采用了麦德力的手持 d c 幺七零零和麦德力的耳麦。 d c 幺七零零因为客户有合唱的需求，我们拿的海天的合唱话筒。
41锋行音响☞吴锋
02:04查看AI文稿AI文稿它可以让我们用快捷键去切换某个参数。我先给我的通道做一个均衡器，做的很变态，类似这样子。 然后呢，点击 since 按键，去到 snips 这边，选择 channel 八， channel 八上面的均衡器，给他存个档 save， 点击自定义，选择八号键， 选择它为 snips recall recall q q q aside。 接着呢，我再把我这个均衡器调回来 check to， 哦，这是我原来的计算器哦。然后我再要把这个提示框给去掉哈，提示框去掉，再 since low。 我把三个提示框都去掉吧。现在我这个计算器讲话是这样子的哈，来，嗯，等一下。好，你们现在听到我讲话是这个鬼样子的，我只需要按一下这个键， 哎，马上就变到另外一个均衡器的设置了。不管你原来的均衡器是做成什么样子的，我只要点一个键，马上他就变成我原来那个存档的 样子。比方说，我很有可能需要在某首歌的某个特殊的桥段开启一组很丰富的效果， 这组效果包含了均衡器的变化，压缩器的变化，延时效果器的变化，混响器一堆效果器的变化。我可以把这一堆所有的变化做成一个档案存在我的 snips 里面，当我需要的时候，一键马上就调出来。
157温小迪-小迪聊音乐
00:59查看AI文稿AI文稿大家好，我是小强，今天给大家介绍一下百年达叉三二的正确开机关机的一个小技巧。首先我们先开机，找到他的电源按键，开机的过程当中需要等十秒钟左右 充电开机了，当我们使用完过后啊，关机啊，他是需要有一个这个，首先我们按 ctrl 这一个按键， 按左右的导导航键，找到第一个 g l， o， b， d， l 这一个 就是第一个第一个这个，然后看屏幕的左边这个旋钮导航键，找到这个 sk 的这个点下去啊，这个时候就可以再去按关机键关机。问题还有什么不懂的评论区留言。
170亚美灯光音响设备有限公司
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00:51查看AI文稿AI文稿各位平常对于自定义用的最多的肯定就是控制什么编组通道啊，静音编组啊， dca 编组啊，是吧？其实还有更好玩的玩法哦。点击这个 view 按键，然后去到 asi 这边。我们先玩一下这个装 to page。 你按下某个自定义按键之后呢，他能够马上的跳到某一个选中的页面。比方说，我希望直接跳到输入表头的页面。第二个呢，我希望他跳到个效果器吧。 下面呢，我们给他在跳到某台效果器的设置页面。请看我这几个自定义快捷键。一号键 马上跳到输入通道的表头页面。二号键顶马上跳到我指定的某台效果器的调整页面啊。你看一二三。你可以选择一些重要的通道进行快速的跳转。
00:39查看AI文稿AI文稿默认的情况之下呢，我们这张台子所有的信号都是从本机后面的卡龙输出口输出，对不对？那现在呢，我们希望所有的信号输出都跑到接口箱那边的输出，那这个时候我们就要设定输出端口，选择 a s 五零 a 或者 a s 五零 b 这两个页面，你接的是 a 口就选 a， 接的是 b 口你就选 b。 在默认的情况之下， a s 五零 a 的端口一到八输出的就是我们本机的一到八、九到十六输出的就是我们九到十六的端口。如果你是使用 d 幺三二的接口箱 话，你只需要设定好号页面这边，输出端口这边呢？第二三二上面的十五十六路的两个输出口，输出的就是你本机的主输出信号。如果。
210温小迪-小迪聊音乐
01:00查看AI文稿AI文稿各位百灵达用户朋友们大家好，在百灵达调音台使用一段时间以后，会出现推子跑位不准的现象，我们今天来看一下怎样进行调音台推子复位。 现在我们找到主屏幕菜单上面的四个按键， home tout 和赛他就是上面数前四个按键，我们同时用手按住，然后我们关闭调音台开关，再次打开调音台开关， 这个时候我们看到整个主屏幕灯全亮起来了，我们找到美通道的 miut 按键，把它全部抬起， 这个时候我们再次找到主屏幕上方的四个按键，后母 mitusutututite 我们再同时按下， 这时候其顺主屏会显示到 x 三二置让，然后我们再看一下整个调音台的推子复位就完成了。
1203百灵达behringer
00:26查看AI文稿AI文稿百灵塔扎三二拿到控台第一件事要做的是清空，在色塔里面，这瑞赛第一个就是 这个键，让你确定这是 yes， 确定这就清空了，恢复原始状态。
31WSW
03:00查看AI文稿AI文稿有反馈，小轿现在明天有点高音，哎嘿嘿，这些如果话筒离音箱近，他都会产生小轿。先叫你这个假如，假如出产生小轿的话，咱这个有拼率指示表，你看没 喂，嘿嘿嘿嘿嘿嘿，再小脚打开九盏喂，嘿嘿嘿。 他如果产生相较这个点会持续的，就是慢慢慢慢哎，或者是如果持续相较的话，他这个点会有一个频率点，他会持续在上面，他不会落下来， 知道吧？很容易找。假如好，假如现在是一千喝或者是两千喝啊，现在听着是高音，有点犟， 运动档用第四个，这个好，在四百四千赫兹这边进行一个衰减，然后这个可以调一下，调成 p q 或者 v e q 进行调节 啊，进行这个亏点进行衰减，你如果不想影响这个频率较宽的情况下，你可以调节它的口直，好把它口直调大，口直越大它影响了聘宽越小 啊。假如现在出来相交，你可以压这一点，然后其他其他还有亏，其他亏点的情况下你可以再调节，咱总部是四弹之后你可以调节其他的这个一二三四来进行进行这个亏点的压亏点，然后操作了 话就是照应了，就是这个是这个就是四个拼段的一个频率的调节，然后假如想你两千合或者是一千一千合资进行下降，你可以调节吗？调整， 然后这个戒烟就是用于调节这个你说的这个频率的增，一看这都叫了，看见没？嘿嘿，他叫了之后他叫这个亏点，他会一直找上，看见没， 让你可以进行增益或者是衰减，让这个口直，就是你进行你这个亏，这个频率点，你进行了一个增益或者衰减以后的一个聘款的影响，口直啊，口直越大 他影响的平款越小。然后这个还有个 mod 就是陌生，然后这个可以有， 有五种模式调节好，这个是楼卡，就是低切，用于低频切除。然后这还有一个也是这个做用于低频的，然后这个你正常你在一个。
107河南合和舞台声光
