I used to work for a company that made reed switches. Cool demo here. One potential problem for actual usage is longevity. Reed switches are rated for a particular number of operations that depends on current and voltage being switched. 5000 RPM x 4 operations per revolution will run through the lifetime pretty quickly. The reed surfaces are usually plated in some manner to produce good switching characteristics, with a little bit of the surface being arc'ed off with each open and close cycle. A rough estimate for this configuration would be perhaps a half million to 2 million operations before the contact resistance might get very high or the surfaces would get to the point where pits, craters, and debris might short across.
Unfortunately, the balance on the radius was not done. I naively thought that magnets were ideal in weight, but this is not so. In addition, their placement is also far from perfect, it's handmade, without any machines. If I had made an imbalance along the radius, the effect would have been much higher.
Yes, there is no wobble, but there is an imbalance of the disk along the radius. I would achieve more speed and less noise if I did at least a little work on it. The magnets are not ideal in terms of weight and placement, I didn't take this into account and they are on the edge of the disk. Now I understand this after I corrected the imbalance of my grindstone and completely removed its vibration. Video here - ruclips.net/video/F3fVgcvmex4/видео.html
I put a glass reed switch by the Bell in the telephone and connected a time-delay relay to my stereo with 2 cassette recorders of my stereo. It answered the phone instantly and the play tape would automatically dial time and temperature before rewinding and this stereo shut off and hung up. The first tournament it turned on was my friend's phone number, the alarm was set for the appropriate time for her to go to work and she paid my Mountain Bell telephone bill for the service. I had a pioneer p l 1000 tangible tonearm record player. It was so awesome my sister and her friend stole everything that I brought home from Germany including my electric blanket in 1983. I bought all the parts at RadioShack before they turned into a store focused on cell phones and batteries.
О ! О ! О! Как всегда ! Запросто! Изящно и картина маслом готова!!! "Маленький" обалденный шедевр! И видео съёмка - ну просто шикарно!!! Лайк седечный!)))
that was very satisfying ⚡️ thxu! you treated the sounds musically and rhythmically, and didnt oversaturate the audio, and since this is wordless, the attention paid to the sound as well as the clean simple video make this a worthy artistic endeavour in electro-motion - what is beautiful and works. ✨
That's good advice. Though I'd imagine in this use there is very little arcing or power dissipation at the switch transitions. I also heard they are wetted with mercury or other liquid metal, although that may not be usually the case, especially in modern times.
Thanks, but my motor is actually making a lot of noise because I didn't balance the rotor. The shapes of the cutouts for the magnets are not ideally made by hand, but the magnets give more imbalance, their weight is also not equal. Too bad I was too late to realize the value of correcting an imbalance after doing it on my grindstone - ruclips.net/video/F3fVgcvmex4/видео.html
Four50 o’clock I made a nursing machine and this is the exact principle for electro magnetic that I was trying to make like a Gyro spinning and then there is an inertia machine connected to the Gyro with magnetic energy like you were showing it will fly!
Your RPM's may be off a bit. When you spin the rotor @ 6:13, I can see phantom reflections coming from the threaded holes, at .25 playback speed. Nothing works better than Methylene Chloride for adhering polycarbonate, also removes the tooling lines and visible interfaces.
Add an output pulley to your Neodymium reed switch motor, to twist a brushed DC motor (as generator) wire it so the generator charges a capacitor. Draw off the capacitor to supply voltage to your Neodymium reed switch motor. Charge the capacitor before setting up the experiment and see how long the motor winds using the capacitor as a supply voltage. It is important that the generator NOT have Neodymium magnets. They must have a weaker magnetic field.
@@dinozaurpickupline4221 Vendors say that power consumption drops to 70%. This might be a bit overrated, but power savings are real. Modern brushless DC motors are more efficient than one-phase AC motors, and this outweighs the small losses of the AC/DC conversion. Also speed regulation is simpler and more effective with DC motors. That's why DC motor driven fans have more steps for the speed. A power comparison should be possible by looking at the technical specifications, but I never delved in this myself, I don't live in a hot country. 🙂
@@heinzpg with clamp meter on AC wire the draw is reported for speed 2 is 36w & for speed 1 the draw is 65w which is quite less than AC Fan 100w,some civil engineers advised me that dc motor isn't as long lasting,lol well I need two,so I'll probably put in
Perfect Work!!!! Seeing your video, I feel amazed and thank you for sharing this video and success always "grain ....."....Pekalongan, Central Java, Indonesia
Of course, instead of a reed switch, you can use a Hall sensor. I did it in this video - ruclips.net/video/8zTUg9VRJQA/видео.htmlsi=A_vW1ZaNYAN2xg0M The video shows a 4-stroke engine. One phase is shown in this diagram - ibb.co/YRHk9BN
Nice, instead of reed switch you could change the electronic unit to use hole effect transistor. Mechanical switch is not as good as electronic. If you change the switch, the spin may be to fast and break your magnets out of plexiglass.
ok...i subscribed to you and gave you a like. i have 1 question....do you alternate your magnets polarity from negative to positive or are all your magnets set up on the same polarity around your disk???
In this motor design, all magnets and all coils point in the same direction. In this case, electromagnets can work both at attraction and repulsion. The only advice (I didn't do this) is to balance the disk after attaching the magnets. To do this, you need to easily fix the disk on the axle so that it rotates freely and then pick up the weights on the lighter part. First, select the desired counterweight with plasticine, then weigh the plasticine and replace it with a screw, bolt or other of the same weight. And place it in the hole of the disk in the same place where the plasticine was. I hope I explained clearly (I am writing through a translator). This way you can greatly reduce vibration and increase rotation speed.
What would probably be better as a magnetic solid-state chip in place of the Reed switches they have a longer count of life and and now we're out so easily like a reed switch will you can get them out of old solid-state computer fans
For 15 years, I have been working with angular resonance and I am ready to do the electricity generation project together with investors who agree to make an official protocol. Everything will be done openly after the signatures are signed.
Put magnets ( alternate NSNS) on the wheel of Reed motor and a copper pipe to produce heat. You will get perpetual motion and Free energy thanks to peltier cells
I assume that the rpm on the meter must be divided by 4 because of 4 magnets.But it is amazing that the reed switch can close and open 120 times per second.
Won't the reed switch generate sparks and therefore corrode the contacts, on the long run? A better option would be an electromagnetic switch (coil + transistor). You can see this setup in several electromagnetic spinning tops.
How about making the switching non mechanical: optical, by using a led and a photo transistor OR using a hall effect sensor ? Mechanical switching is probably slower than solid state switching.
Прикольно. по схеме на 4мин.55сек. питание 5..24V. , а на 7мин.37сек. напряжение 58V и ток 4.7A , дальше БП вырубается. Не шлишком ли большое потребление, для этой безделушки.
Здравствуйте, полностью ли достаточны те инструменти которые вы написали для нас в поле описания, для реализации этого проекта, и если мы захотим его реализовать?,или эшо что то надо? и можно ли рассчитывать на вашу помощь, если мне понадобится помощь? Спасибо.
Sir you are great brain and filled up with God gifted abilities and skills. Would you please guide if it is workable to expand any of your designed brushless (fast) motors by attaching more magnets somewhere on rotor and place required coils to be used as generator? Motor would spin by a battery and then generated voltage (i.e. 12V AC ) would step-up using transformer up to 220V that would able to enlight one energy saver and one ceiling fan? also generated energy would connected with battery (befor setpping up using rectifier etc.) to keep charging it.. Sir is it workable? can you guide us about it? Thanks in advance.
@@danutz0306 I am a junior learner of electronics. I have big interest in learning about magnetism, brushless motors and generators. Have no experience
Using an electric motor to turn a generator to make electricity to run the electric motor is a great idea. I had it when I was 12. I was sure that if I could just get the pulley ratios correct, it would work. It turns out there's a reason that we don't make all our electricity that way,
Why can't the coil be placed in the middle of the diameter by increasing its size and place the magnets on the inner as well as outer sides of the wheel. Thus the coil frequency from the other side will be utilized which would otherwise be wasted.
That is so muney. I'm gonna use it to spin a 220v factory production model generator. Can you walk me through some of these stepbystep stepbystep like the thirty leve militaryl maintenance version please? Foot pounds etcetera.
also ich finde das gut ,ich habe sowas ähnliches schon einmal gesehen, damit kann man sein eigenen strom erzeugen, wenn das etwas grösser wäre ,ist es gut,
Incredible work but I'd limit the speed, I can't believe your prototype can do that without self destruction. I know how to use it's own spinning to produce an air cushion that it's owm weight could levitate on horizontally.
La 🐮 une sacrée accélération dommage que cela ne tienne qu'une minute c'est toujours le même problème il tourne trop vite et au bout d'un moment il saute deux aimants d'un coup et il cale j'ai eu le même problème sans parler des vibrations et de la chaleur qui génère évidemment une grosse perte calorifique
Non, le problème est que je n'ai pas supprimé le déséquilibre pour le disque avec des aimants le long du rayon. Les aimants ne sont pas idéaux en termes de poids et de placement, il y a donc des vibrations.
la velocidad que marca el tacometro no esta dentro de la gama del reed switch que por ser un elemento electromecanico no puede conmutar mas alla de unos pocos hertz
Eso me llamó la atención. Tal vez funcione a esa velocidad. No creo que sea engaño porque todo el razonamiento está bien y de última fácilmente podría haber colocando un transistor All que requeriría lo sumo un par de resistencias más.
Hello sir i see that not all the items in the circuit was put In the description. Can you please let me know what resistor I think that is and what else like the blue wants + the link please I would really appreciate this
@@grain-diose Gibbs free energy⚡⚡⚡ which is possible💻 at all by applying capillary action at large level with some soaking wet💦 material Like cotton or something like that which provides capillary action at very good rate like kerosene arises by capillary action through the cotton wick and provide a flow
in your diagram shows 5 to 24 volts but n your power supply shows that you set it to 58.1 volts, does that mean your transistor can hold all that voltage?
![ARGENTINA vs. PERÚ [1-0] | RESUMEN | ELIMINATORIAS SUDAMERICANAS | FECHA 12](http://i.ytimg.com/vi/xtI25ENDDSY/mqdefault.jpg)
Friends, if you are interested in the development of my channel, you can support it here - buymeacoffee.com/graindiose
I used to work for a company that made reed switches. Cool demo here. One potential problem for actual usage is longevity. Reed switches are rated for a particular number of operations that depends on current and voltage being switched. 5000 RPM x 4 operations per revolution will run through the lifetime pretty quickly. The reed surfaces are usually plated in some manner to produce good switching characteristics, with a little bit of the surface being arc'ed off with each open and close cycle. A rough estimate for this configuration would be perhaps a half million to 2 million operations before the contact resistance might get very high or the surfaces would get to the point where pits, craters, and debris might short across.
That's some very useful information, that made me switch from reed switches to hall effect sensors.
very nicely done. just goes to show you, what a perfectly placed old fashion reed switch, a sweetly balanced rotor can produce such high speeds.
Unfortunately, the balance on the radius was not done. I naively thought that magnets were ideal in weight, but this is not so. In addition, their placement is also far from perfect, it's handmade, without any machines. If I had made an imbalance along the radius, the effect would have been much higher.
That could do wonders for a vandegraaff
Great axial design. No wobble there!
Yes, there is no wobble, but there is an imbalance of the disk along the radius. I would achieve more speed and less noise if I did at least a little work on it. The magnets are not ideal in terms of weight and placement, I didn't take this into account and they are on the edge of the disk. Now I understand this after I corrected the imbalance of my grindstone and completely removed its vibration. Video here - ruclips.net/video/F3fVgcvmex4/видео.html
Just love the home made tools to get done what you are doing. Very creative. Excellent!
Обожаю немое кино. Получить 1,2% лайков за год, это просто
голубая мечта любого блогера.
Same thing could be done with a hall effect sensor on a mosfet. That's some nice DIY engineering btw.
multi inventions in one...I see the future in aviation and free clean energy. bravo
I love the megnetic pulsed sound, it sounds of tap on sea of energy
I am surprised by how fast it ran given you are using a mechanical reed switch. Impressive!
I put a glass reed switch by the Bell in the telephone and connected a time-delay relay to my stereo with 2 cassette recorders of my stereo. It answered the phone instantly and the play tape would automatically dial time and temperature before rewinding and this stereo shut off and hung up. The first tournament it turned on was my friend's phone number, the alarm was set for the appropriate time for her to go to work and she paid my Mountain Bell telephone bill for the service. I had a pioneer p l 1000 tangible tonearm record player. It was so awesome my sister and her friend stole everything that I brought home from Germany including my electric blanket in 1983. I bought all the parts at RadioShack before they turned into a store focused on cell phones and batteries.
Why not a hall sensor?
U need double nuts on the threads of the bolts to lock them together so they don't resonate loose above 7,000 RPM
О ! О ! О! Как всегда ! Запросто! Изящно и картина маслом готова!!! "Маленький" обалденный шедевр! И видео съёмка - ну просто шикарно!!! Лайк седечный!)))
That’s absolutely normal Any body can do that
that was very satisfying ⚡️ thxu! you treated the sounds musically and rhythmically, and didnt oversaturate the audio, and since this is wordless, the attention paid to the sound as well as the clean simple video make this a worthy artistic endeavour in electro-motion - what is beautiful and works. ✨
bot
That's good advice. Though I'd imagine in this use there is very little arcing or power dissipation at the switch transitions. I also heard they are wetted with mercury or other liquid metal, although that may not be usually the case, especially in modern times.
'And that, my friends, is what real danger sounds like..'
Can u place a coil around the disc to have it work without power source?
Harika bir vantilatör olmuş...
Klimanin gördüğü işi görür.
Bravooo..
The sound at the very beginning reminded me of the famous Formula 1 Renault V10 engine of the 1990s (albeit one octave lower, but still very nice).
Thanks, but my motor is actually making a lot of noise because I didn't balance the rotor. The shapes of the cutouts for the magnets are not ideally made by hand, but the magnets give more imbalance, their weight is also not equal.
Too bad I was too late to realize the value of correcting an imbalance after doing it on my grindstone - ruclips.net/video/F3fVgcvmex4/видео.html
it sounds more akin to the civic that used to blast by my house at 3AM
Very simple and antique motor!
You have done a wonderful work, I congratulate you.
Four50 o’clock I made a nursing machine and this is the exact principle for electro magnetic that I was trying to make like a Gyro spinning and then there is an inertia machine connected to the Gyro with magnetic energy like you were showing it will fly!
Your RPM's may be off a bit. When you spin the rotor @ 6:13, I can see phantom reflections coming from the threaded holes, at .25 playback speed. Nothing works better than Methylene Chloride for adhering polycarbonate, also removes the tooling lines and visible interfaces.
Add an output pulley to your Neodymium reed switch motor, to twist a brushed DC motor (as generator) wire it so the generator charges a capacitor. Draw off the capacitor to supply voltage to your Neodymium reed switch motor.
Charge the capacitor before setting up the experiment and see how long the motor winds using the capacitor as a supply voltage.
It is important that the generator NOT have Neodymium magnets. They must have a weaker magnetic field.
Is incredibly how "easy" to construct a electric motor, fantastic job with no ball bearing .
There are even simpler designs for an e-motor. However, no one would use such simple motors since efficiency is very poor.
Do you think DC motor inverter fan really saves power or is a gimmick?
@@dinozaurpickupline4221 Vendors say that power consumption drops to 70%. This might be a bit overrated, but power savings are real. Modern brushless DC motors are more efficient than one-phase AC motors, and this outweighs the small losses of the AC/DC conversion. Also speed regulation is simpler and more effective with DC motors. That's why DC motor driven fans have more steps for the speed. A power comparison should be possible by looking at the technical specifications, but I never delved in this myself, I don't live in a hot country. 🙂
@@heinzpg with clamp meter on AC wire the draw is reported for speed 2 is 36w & for speed 1 the draw is 65w which is quite less than AC Fan 100w,some civil engineers advised me that dc motor isn't as long lasting,lol well I need two,so I'll probably put in
@@heinzpg this is India here
Great work on Reed switch/Pulse motor 🙌👍.
Perfect Work!!!! Seeing your video, I feel amazed and thank you for sharing this video and success always "grain ....."....Pekalongan, Central Java, Indonesia
Awesome, very high speed!!! Please, can the red switch be replaced with the hall sensor?
Of course, instead of a reed switch, you can use a Hall sensor. I did it in this video - ruclips.net/video/8zTUg9VRJQA/видео.htmlsi=A_vW1ZaNYAN2xg0M
The video shows a 4-stroke engine. One phase is shown in this diagram - ibb.co/YRHk9BN
@@grain-diose But that video does not contain a circuit diagram. Thank you.
Nice job. I am surprised the reed did not burn out at those speeds.
The reed is only conducting a weak control current to the mosfet gate !
@@paulanthonybridge5741 whats the purpose of 10k resistor
@@romsaymwiti9387 To shut down the Mosfet gate properly after pulses. Without this mosfets can "lock up" in the "on" state sometimes.
@@romsaymwiti9387 для закрытия транзистора
Wow, machine took off!!!
Congratulations for job with no ball bearing, Is incredibly the electric motor, high Rpm, tanks for sharing.
I just saw your video, nice work! If Imay ask ,"How many turns and Gauge wire are you using on your coils?"
The wire is 0.4 mm, but I don’t remember how many turns, approximately 300-500. This will work with any number of turns and any wire.
Muito legal, podemos notar que o futuro está na força eletromagnética
7200 это круто 😎.... Теперь нужно магниты посильнее прикрутить... А то оно по всякому бывает
Nice, instead of reed switch you could change the electronic unit to use hole effect transistor. Mechanical switch is not as good as electronic. If you change the switch, the spin may be to fast and break your magnets out of plexiglass.
ok...i subscribed to you and gave you a like. i have 1 question....do you alternate your magnets polarity from negative to positive or are all your magnets set up on the same polarity around your disk???
In this motor design, all magnets and all coils point in the same direction. In this case, electromagnets can work both at attraction and repulsion.
The only advice (I didn't do this) is to balance the disk after attaching the magnets. To do this, you need to easily fix the disk on the axle so that it rotates freely and then pick up the weights on the lighter part. First, select the desired counterweight with plasticine, then weigh the plasticine and replace it with a screw, bolt or other of the same weight. And place it in the hole of the disk in the same place where the plasticine was. I hope I explained clearly (I am writing through a translator).
This way you can greatly reduce vibration and increase rotation speed.
What would probably be better as a magnetic solid-state chip in place of the Reed switches they have a longer count of life and and now we're out so easily like a reed switch will you can get them out of old solid-state computer fans
The sound is nuts
Amigo poderia me dizer qual o fio foi usado nas bobinas adorei esse sorrisinho muito obrigado por postar algo tão importante pra mim
0.4-0.5 mm diameter
For 15 years, I have been working with angular resonance and I am ready to do the electricity generation project together with investors who agree to make an official protocol. Everything will be done openly after the signatures are signed.
looks super powerful
I‘be got to make myself one of these! Well, for my kid actually, as an education piece.
Put magnets ( alternate NSNS) on the wheel of Reed motor and a copper pipe to produce heat. You will get perpetual motion and Free energy thanks to peltier cells
I assume that the rpm on the meter must be divided by 4 because of 4 magnets.But it is amazing that the reed switch can close and open 120 times per second.
No. The RPM is clocked by the tacho every time it detects the reflection from the white tape on the disc, i.e. once per rev.
هل يمكن استخدام 2sc2500. بدلا عن 2n3055
Thank you 💕
عمل متقن. 👏👏👏، ويبقى السؤال. اليس نفس مبدأ إشتغال المحرك خطوة بخطوة. ؟ 45%
No, the stepper motor has a different principle, there is impulse control.
Won't the reed switch generate sparks and therefore corrode the contacts, on the long run?
A better option would be an electromagnetic switch (coil + transistor).
You can see this setup in several electromagnetic spinning tops.
Геркон, на то и геркон, внутри вакуум и не должно быть искрения.
@@ЕвгенийХилобоковlol
7:00
Loctite is your friend here. Or whatever brand of friction thread sealer is available in your locale.
How about making the switching non mechanical:
optical, by using a led and a photo transistor
OR using a hall effect sensor ?
Mechanical switching
is probably slower than
solid state switching.
I was waiting for it to change gears.
Прикольно. по схеме на 4мин.55сек. питание 5..24V. , а на 7мин.37сек. напряжение 58V и ток 4.7A , дальше БП вырубается. Не шлишком ли большое потребление, для этой безделушки.
Awesome work
Здравствуйте, полностью ли достаточны те инструменти которые вы написали для нас в поле описания, для реализации этого проекта, и если мы захотим его реализовать?,или эшо что то надо? и можно ли рассчитывать на вашу помощь, если мне понадобится помощь? Спасибо.
Вполне достаточно, но нет предела совершенству. 😄 Обращайтесь, всегда отвечу. Желаю творческих успехов! 👍
Fantastic
Good job
My mind is absolutely blown that the reed switches could operate well enough at ⅒ this speed 🤯
question? he can gone for 24/7 ? make free electricity?
Super work
Sir you are great brain and filled up with God gifted abilities and skills.
Would you please guide if it is workable to expand any of your designed brushless (fast) motors by attaching more magnets somewhere on rotor and place required coils to be used as generator? Motor would spin by a battery and then generated voltage (i.e. 12V AC ) would step-up using transformer up to 220V that would able to enlight one energy saver and one ceiling fan? also generated energy would connected with battery (befor setpping up using rectifier etc.) to keep charging it.. Sir is it workable? can you guide us about it? Thanks in advance.
Yess. Please. Can u tell me what components you have used? Especially the electric ones. Thanks
@@danutz0306 I am a junior learner of electronics. I have big interest in learning about magnetism, brushless motors and generators. Have no experience
Allah hu ak kaboom
@@dearestirfan Физика вам в ромощь
Using an electric motor to turn a generator to make electricity to run the electric motor is a great idea. I had it when I was 12. I was sure that if I could just get the pulley ratios correct, it would work.
It turns out there's a reason that we don't make all our electricity that way,
5 dislikes. Because they can't figure it out themselves.
مهندس فنان
Nice device!! Which Wire Gauge is used and how many turns you wind for each coil?? Thanks for a answer.
The wire diameter is about 0.4 mm. The number of turns is about 300.
@@grain-diose Thank you for this information!!
Fantastic performance
Why can't the coil be placed in the middle of the diameter by increasing its size and place the magnets on the inner as well as outer sides of the wheel. Thus the coil frequency from the other side will be utilized which would otherwise be wasted.
So much fun!
That is so muney. I'm gonna use it to spin a 220v factory production model generator. Can you walk me through some of these stepbystep stepbystep like the thirty leve militaryl maintenance version please? Foot pounds etcetera.
Nicely done. Kudos
also ich finde das gut ,ich habe sowas ähnliches schon einmal gesehen, damit kann man sein eigenen strom erzeugen, wenn das etwas grösser wäre ,ist es gut,
Really cool project!!
Great work
holy shit! you gouging the plastic, I could smell it!
Amazing !!
Great speed motor
Incredible work but I'd limit the speed, I can't believe your prototype can do that without self destruction. I know how to use it's own spinning to produce an air cushion that it's owm weight could levitate on horizontally.
Are you able to rig it up to something to measure the output power and torque
Oh my. Over 8K rpms. That has got to generate some heat.
Dude! That's F#$@%&*g dangerous!
Muy bueno!!! Gracias!!
Ты использовал переменный или постоянный ток?
Постоянный, конечно.
Cho hỏi 2 cuộn dây đồng mấy ly và quấn bao nhiêu vòng
Tôi không nhớ chính xác, khoảng 100 vòng dây 0,4 mm
La 🐮 une sacrée accélération dommage que cela ne tienne qu'une minute c'est toujours le même problème il tourne trop vite et au bout d'un moment il saute deux aimants d'un coup et il cale j'ai eu le même problème sans parler des vibrations et de la chaleur qui génère évidemment une grosse perte calorifique
Non, le problème est que je n'ai pas supprimé le déséquilibre pour le disque avec des aimants le long du rayon. Les aimants ne sont pas idéaux en termes de poids et de placement, il y a donc des vibrations.
Can you do that with a hall effect sensor and mosfet?
Sorry Sir i don't understand. The output energy is higher than input ?
la velocidad que marca el tacometro no esta dentro de la gama del reed switch que por ser un elemento electromecanico no puede conmutar mas alla de unos pocos hertz
Eso me llamó la atención. Tal vez funcione a esa velocidad. No creo que sea engaño porque todo el razonamiento está bien y de última fácilmente podría haber colocando un transistor All que requeriría lo sumo un par de resistencias más.
Can you please teach me how to make this?
Bonjour,quelle est l'orientation des aimants ,nord ou tous au sud vers l'extérieur ? BRAVO pour le travail.
I'm surprised on the response time of the Reed switch. 🤔
are the electromagnets pushing or pulling?
Hello sir i see that not all the items in the circuit was put In the description. Can you please let me know what resistor I think that is and what else like the blue wants + the link please I would really appreciate this
Nice one
IL SUPPORTO E IN LEGNO ,NON ERA MEGLIO IN METALLO?
Nel mio caso non è l'appoggio, fatto sta che non ho tolto lo sbilanciamento del disco lungo il radio. Pertanto, ad alta velocità aumentano.
Can u explain Plz what components did you use ?
I used the ingredients that I had on hand. :) In this case, this can be done with any magnets, wires, etc. Absolute freedom for fantasy.
I'm waiting for the same video, but the results of the work can move the wheels of a vehicle......
Very nice I like
Thread locker might be a good idea ;-)
Could you f'king imagine making a Wimshurst machine out of one of these?
this was a DUMB thing to say. because, doing that would be a conversion of Useful electrical energy into NOT useful static electricity.
Do you hook up electricity to it??? Sorry, I am a little confused. I have a slow brain... Can you help me re-create one of these???
ever hear of youtube. this is a (two-pole) pulse motor, in which commutation is via the use of a reed switch.
Neodyum mıknatıs ve yüksek volt sonucun ne olmasını bekliyordun ? (ilk hareketi elle vermeni geçtim)
Berapa besar ukuran kawat untuk coil 200-500 gulung
Очки одевайте при таких экспериментах, может с оси слететь :)
can it give more power then its gain ??
Do you mean free energy? These are fairy tales. 😀
@@grain-diose Gibbs free energy⚡⚡⚡ which is possible💻 at all by applying capillary action at large level with some soaking wet💦 material
Like cotton or something like that which provides capillary action at very good rate like kerosene arises by capillary action through the cotton wick and provide a flow
6:13 VTEC just kick in
in your diagram shows 5 to 24 volts but n your power supply shows that you set it to 58.1 volts, does that mean your transistor can hold all that voltage?
The maximum drain-source voltage of the IRFZ44N is 55 volts. I did not measure on the transistor itself, I hope that I did not exceed this figure.
???? watch it again. the power supply is NOT showing 58 volts.