Hi i am hoping this video will trigger your inventive intuition..,
https://www.youtube.com/watch?v=6wM62LydLd0

EASY to replicate. Circuit diagram as per my interpretation.

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(07-11-2024, 08:39 AM)SEYCHELLES Wrote: Hi i am hoping this video will trigger your inventive intuition..,
https://www.youtube.com/watch?v=6wM62LydLd0

English subtitles aren't working for me.  Anyone else?

(07-12-2024, 08:54 AM)Jim Mac Wrote:

(07-11-2024, 08:39 AM)SEYCHELLES Wrote: Hi i am hoping this video will trigger your inventive intuition..,
https://www.youtube.com/watch?v=6wM62LydLd0

English subtitles aren't working for me.  Anyone else?

I was unable to produce English subtitles for this video either....

Hello everyone.

Do this: First choose Chinese. Then choose auto translate and last select preferred language.

It worked for me...

Dann

(07-12-2024, 04:21 PM)kapierenundkopieren Wrote: Hello everyone.

Do this: First choose Chinese. Then choose auto translate and last select preferred language.

It worked for me...

Dann

Yep- That worked..  We need to use Auto-Translate then select English

Thanks!

Thanks for sharing. I've also made a translation transcript, if you're interested I can post it here but it is quite long!

(07-13-2024, 07:10 PM)GT899 Wrote: Thanks for sharing. I've also made a translation transcript, if you're interested I can post it here but it is quite long!

Yes, please!

(07-15-2024, 08:42 PM)Ariovaldo Wrote:

(07-13-2024, 07:10 PM)GT899 Wrote: Thanks for sharing. I've also made a translation transcript, if you're interested I can post it here but it is quite long!

Yes, please!

“嗨大家好啊” “Hi everyone.”
“今天呢我桌子上,”  “Today on my desk
“摆了一个五十赫兹的普通的小变压器,”  “placed a small ordinary transformer of 50 Hz.”
“电源变压器,”  “power transformer.”
“电源变压器,” “power transformer,” and “输入:50Hz/220V,” which means “input: 50Hz/220V
“这边还有一个电磁炉采用的电容,” “Here is another capacitor used in the induction cooker.”
“这个电容啊耐压只是四百伏十微法,” “This capacitor has a voltage rating of only 400 volts and 10 microfarads.”
“这个电容呢串联在这个变压器上,” “This capacitor is connected in series with this transformer.”
“从这段出了一股线啊,” “A wire comes out from this section.”
“从这个变压,” “from this transformer.”
“变压器串联这个电容这一段了,” “The transformer is connected in series with this capacitor.”
“又出了一股线,” “Another wire comes out.”
“然后这里呢,” “And here.”
“我准备这个一百瓦的普通的白质灯泡,”  “I prepared this 100-watt ordinary incandescent bulb.”
“然后这个灯泡呢我把它接在这个,” “And then I connected this bulb to this.”
“这种啊,” “This kind of.”
“它相当于和这个变压器是并联的关系,” “It is equivalent to being in parallel with this transformer.”
“能看清楚吧,” “Can you see clearly?”
“和变压器是并联的关系,”  “It is in parallel with the transformer.”
“而输出这段了,” “And this section is the output.” 
“这两根线呢,” “These two wires.”
“他输出三十八伏,” “It outputs 38 volts.”
“我不打算啊,” “I don’t intend to.”
“让他接别了接个两千瓦的碘伏灯管,” “Let him connect it to a 2000-watt iodine lamp.”
“这两千瓦的碘伏灯管接上之后呢,” “After connecting this 2000-watt iodine lamp tube.”
測試不良 Test Failure
但是今天我要做的实验呢 But the experiment I want to do today
属于那个谐振实验 Belongs to that resonance experiment
也叫有的人叫铁磁共振实验 Also called by some as the ferromagnetic resonance experiment
那么这个实验到底要干什么呢 So what exactly is this experiment supposed to do?
首先啊我们把这个 First, we take this
东西给他插上哈 Plug this thing in for him
插上之后这个灯泡肯定亮 After plugging it in, this light bulb will definitely light up
因为他跟这个啊他是并联的吗 Because it is connected in parallel with this
这段空载哈看一下啊 Check this section under no load
啊这个灯泡就亮了啊 Ah, this light bulb will light up
我插上之后这个灯泡肯定亮 After I plug it in, this light bulb will definitely light up
那么现在我们测一下这个电压啊 Now let’s measure this voltage
表坏了没坏啊看一下 Check if the meter is broken or not
然后呢 And then
我们测一下这个灯泡两段的电压哎 Let’s measure the voltage across the two ends of this light bulb
然后呢 And then
我们现在把它调到那个交流电压上啊 Now let’s set it to AC voltage
这现在是显示为交流电压啊  This is now showing as AC voltage
那么我测一下啊 So let me measure it
这段的灯泡两段电压是多少伏 What is the voltage across the two ends of this light bulb?
然后呢 And then
因为灯泡跟这个变压器是并联的  Because the light bulb is connected in parallel with this transformer
并联通过电容串联 Connected in parallel through a series capacitor
又回到二百二十伏上 Back to 220 volts again
那么现在测量灯泡两段的电压 Now let’s measure the voltage across the two ends of the light bulb
现在显示为二百二十二伏 Now showing as 222 volts
为什么要用电容这么串联呢 Why use capacitors in series like this?
为了引发铁磁共振 In order to induce ferromagnetic resonance
那么怎么样引发铁磁共振呢 So how to induce ferromagnetic resonance?
这个点雾灯管了 This fog lamp is broken
“就是有作用了啊” “It’s effective now.”
“其实指甲这么短路一下也行” “Actually, short-circuiting with nails like this is also possible.”
“但是那样太危险了”  “But that way is too dangerous.”
“别下去直接就冒烟了”  “Don’t go down, it will smoke directly.”
“那么我现在就把它引发他的邪震啊”  “So now I’m going to trigger its evil vibration.”
“我把镜头调高点啊看清楚了哈” “I adjusted the lens higher so you can see it clearly.”
“看到没有”  “Do you see it?”
“铁磁共振之后灯泡亮度增加”  “After ferromagnetic resonance, the brightness of the light bulb increases.”
“电压已经上升到了三百八十伏” “The voltage has already risen to three hundred and eighty volts.”
“灯泡再过几分钟就可能哈直接烧坏” “The light bulb may burn out directly in a few more minutes.”
变压器啊又回去了又稳定了 The transformer has returned to stability again.
因为毕竟我们用的是 Because after all, what we are using is…
家里这个二百二伏的供电嘛 The household power supply is 220 volts.
所以说我们既然发生铁磁功能 So, since we have ferromagnetic functionality…
电网会立刻稳定下来 The power grid will stabilize immediately.
这个电压呢在那个 This voltage is at that…
电网当中危害是极大的 The harm in the power grid is immense.
但是在某些特殊材料当中 But in certain special materials…
这种铁磁共振会引发能量的释放 This type of ferromagnetic resonance will trigger energy release.
那么今天我发这个视频干什么呢 So, what am I doing with this video today?
就是告诉大家 Just to let everyone know…
铁磁共振在教科书上只讲了它的危害 Ferromagnetic resonance is only discussed in textbooks for its dangers.
并没有讲在材料中一旦发生铁磁共振 It does not mention that once ferromagnetic resonance occurs in the material…
会产生什么其他的 What other effects will it produce?
而我们现在做了很多实验呢 And now we have done many experiments…
也做了很多的样机之类的东西 We have also made many prototypes and similar things.
但有的人呢说我不相信怎么回事了啊 But some people say, “I don’t believe it, what’s going on?”
我也不可能验证 I also cannot verify it.
但是我也不可能告诉你我 But I also cannot tell you…
具体怎么做的 How exactly is it done?
那么现在呢 So now…
变压器大家可以找到对不对 Everyone can find the transformer, right?
找一个变压器找个灯泡跟他并联 Find a transformer and a light bulb to connect in parallel with it.
这段传来个电容 This section transmits a capacitor.
然后呢看一下电压二百二十伏 Then, take a look at the voltage of 220 volts.
而这一端呢 And this end…
输出端啊你只需要接一个负载 At the output end, you just need to connect a load.
这么一打火啊一打火 As soon as it sparks, it sparks.
然后引发铁 Then trigger the iron
磁共振看见没电压多高啊 Magnetic resonance, see how high the voltage is
这个灯泡这是烧啊 This light bulb is burning
烧不了的 It won’t burn
因为有这个电容的隔离的啊 Because there is isolation by this capacitor
电压是非常高的 The voltage is very high
为什么那么高呢 Why is it so high?
就是铁磁共振的危害 This is the harm of ferromagnetic resonance
但是如果你把这个变压器的Q值 But if you adjust the Q value of this transformer
做的非常非常高的话 If made very, very high
那么你就会发现一个非常哈不可思议 Then you will find something very incredible
现场第一 First on site
你的功率因数 Your power factor
可能不再等于一 It may no longer equal one
而是大于一 But greater than one (COP>1)
你的输出功率也可能大于一啊 Your output power may also be greater than one
那么这种情况下呢 So in this case
我只说要求大家去做这个实验 I just asked everyone to do this experiment
因为这个实验非常的简单 Because this experiment is very simple
只需要用家里二百二十伏的电 You only need to use 220 volts from home
然后呢串联一个电容一定要穿着电容 Then connect a capacitor in series, it must be connected with a capacitor
要不然这个灯泡上去几秒钟就报废了 Otherwise, this light bulb will burn out in a few seconds
因为普通灯泡在四百伏 Because ordinary light bulbs at 400 volts
电压工作一般不会持续超过一分钟 The voltage operation generally does not last more than a minute
超过一分钟肯定完蛋 It will definitely fail if it exceeds one minute
所以说这种情况下 So in this case
所以说这种情况下 So in this situation
大家可以做个实验试试 Everyone can try doing an experiment
找这么一个小变压器不要找大的哈 Find a small transformer like this, don’t look for a big one
如果你找到非常大的变压器 If you find a very large transformer
那么当听到变压器发生 So when you hear the transformer
铁磁共振异响的时候 When the ferromagnetic resonance noise occurs
你家里的其他家用电器也有可能坏掉 Other household appliances in your home may also break down
但如果你搞坏了请不要找我 But if you break it, please don’t come to me
更不要找平台啊 And don’t contact the platform either
因为平台也没让你搞坏的 Because the platform didn’t ask you to break it either
因为 Because
我发的仅仅只是一个物理性实验啊 What I posted is just a physical experiment
然后用这个东西打火啊 Then use this thing to ignite
让他引发铁磁共振看没有 Let it trigger ferromagnetic resonance and see
这叫铁磁共振 This is called ferromagnetic resonance
三百八十伏的交流电压啊 380 volts of AC voltage
灯泡非常亮哎看见没有他又回去了 The light bulb is very bright, did you see it? It went back again
所以我控制这个时间非常好 So I control this time very well
正好灯泡受不了 The light bulb can’t handle it
因为普通的白质灯泡 Because ordinary white light bulbs
我测试过 I have tested it
在三百八十伏的电压下他是能工作的 It can operate at a voltage of 380 volts
但是他仅仅只能撑一分钟 But it can only last for one minute
质量好的可以撑两分钟啊所以说呢 A good quality one can last for two minutes, so
大家一定要隔离一个电容 Everyone must isolate a capacitor
哎呀只有这个电容给他串联 Oh, only this capacitor is connected in series
他才能谐振吗 Can it resonate?
一斜震之后引发铁磁共振 After a tilt vibration, it triggers ferromagnetic resonance
这个变压器有什么要求呢 What are the requirements for this transformer?
必须是这个方形变压器 It must be this square transformer.
也就是说不能用环形变压器啊 In other words, you can’t use a toroidal transformer.
环形变压器不会产生这种效果 A toroidal transformer will not produce this effect.
环形变压器效果会更糟糕 The effect of a toroidal transformer will be worse.
你碰那么一下可能冒烟了 If you touch it like that, it might smoke.
因为环形变压器一点漏磁都没有 Because a toroidal transformer has no magnetic leakage at all.
而这个方形变压器了 And this square transformer.
它是对插的 It is a plug-in type.
它是有漏磁的 It has magnetic leakage.
而就这种漏磁才能让它产生谐振 And it is this magnetic leakage that allows it to resonate.
大家应该知道 Everyone should know.
在很多的斜震式开关电源当中 In many resonant mode switching power supplies.
一般他不会用哈 Generally, it won’t use it.
完全是啊 Absolutely.
一点不漏磁的 No magnetic leakage at all.
要么用那个铁规铝 Either use that iron rule aluminum.
要么用更高级的材料 Or use higher-grade materials.
但用铁氧体的话一般也是有气息的啊 But if you use ferrite, it generally also has some leakage.
留多他的气息 Leave more of it's aura.
而这个呢 And this one?
你既想留气息又要让他Q值增高的话 If you want to retain the aura and also increase its Q factor.
是非常困难的一件事情 It is a very difficult thing.
所以说他能不能引发铁磁共振 So, can it trigger ferromagnetic resonance?
并且把它利用起来 And make use of it.
让他的呃功率因数越来越大啊 Let it's power factor become larger and larger
那么这个就大家去做吧 So everyone, go ahead and do it
实验非常简单啊 The experiment is very simple
其实你那么短路一下也行啊 Actually, you can just short-circuit it for a moment
那这也行 This works too
你看到没有 Can you see it?
他已经发铁磁共振了他 It has already generated ferromagnetic resonance
过一会就好了啊 It will be fine after a while
如果不好灯泡就完蛋了啊 If it’s not good, the light bulb will be ruined
好了今天视频呢就到这吧哈 Alright, that’s it for today’s video
这个视频啊非常简单啊 This video is very simple
我再给大家看一遍好不对 Let me show everyone again, is it correct?
别拔下他 Don’t unplug it
就是什么这个灯泡了 It’s about this light bulb
你看见没有 Can you see it?
他跟那个变压器是并联的 It is connected in parallel with the transformer
一定要串的一个电容啊 You must connect a capacitor in series
如果不串的电容了 If you don’t connect the capacitor in series
他根本恢复不了这个灯泡 It can’t restore this light bulb at all
可能一分钟以后就报废了 It might be scrapped in a minute
而这端了你只需要短路一下或者找个 And on this end, you just need to short-circuit it or find a
负载这么一弄就ok了 Doing this with the load is fine
啊很简单啊 Ah, it’s very simple
这个实验 This experiment
大家可以做一下铁磁共振实验 Everyone can try the ferromagnetic resonance experiment
来引发材料内能释放ok To trigger the release of internal energy in the material, OK

Thanks tons GT899. Now i get half the gist what is going down.