You can test current in batteries without a multimeter. With 12v you can use a 12v lamp in parallel with the battery and it starts bright. But if you turn on the circuit you built, the lamp will dim some. If the lamp is dim, then a lot of current is used for that circuit. If the lamp is off when the circuit is on, then the battery has a short circuit. If the lamp stays bright and not too dim, than the circuit used a little bit of current from the battery.
Thank you, but tbh after messing with it a few times again, idk if I will make that video. Getting peak performance out of that circuit honestly feels like more effort and cost in dead transistors compared to making smth a little more complex but solid with a dedicated driver.
I built a 2 wire or 3 wire bldc motor driver with the alarm IC, 100uF super capacitor, 1k ohm resistor or an led, 100 ohm resistor, and bldc motor (3 phase). Sorry I don't have a diagram for the circuit. But it works. I used snap circuits to make it.
At some point I will make a totorial, but it´s simple, its just based of this design by LabCoatz: ruclips.net/video/Q0lkg9lxz3s/видео.html Hope this helps.
Dude, that's very nice. What is the wire gauge you've used for the secondary? Is it 0.15, 0.19. 0.2 OR 0.25 mm? What is the Resonant frequency of your coil and how many turns have you got on that primary? Mains Slayer exciter are pretty much nice to build provided you tune it well & don't push too hard on them. Else, they are nice diy's. Nice video & keep it up.
Thanks, the wire is 0.1mm in diameter and the coil has 800-900 turns. I don’t know the resonance frequency, but I guess, it is in the range of 500-700khz. I will do some improvements to it and then post a full length video on my main channel.
Hi, can you please provide the circuit diagrams or references, im just starting out and tried many circuit that run of dc, they either keep burning up or provide very low outputs, thanks
Sure, my circuit is based on the circuit from lab coatz, here is his vid: ruclips.net/video/Q0lkg9lxz3s/видео.html (Be carefull tho, since the output of the circuit is not mains insulated, and you can get an electric shock if you touch the arcs! I modified the circuit, so that that doesn't happen but the circuit from the video linked above doesn't have that so it can shock you. It is NOT a good circuit for beginners.) I am gonna make a video on my main channel about an improved version of the circuit in the future tho, so stay tuned for that.
Don’t make it, mains slayer, quite dangerous, can definitely kill you if you don’t insulate properly, I strongly discourage you from making it as your first high voltage project, start with a fet slayer, then move your way up to sstc
The current consumption of the circuit was well within the range of the FET I used as well as it’s voltage rating. I also did a CW run of the coil some time ago and it ran fine too.
Just running in mains doesn’t mean it’s going to break if it stays inside the specs of the silicone component, it’s like saying plugging your phone’s adopter into 230v to charge will kill the phone, but 110v doesn’t
@@twhvyt I'm not talking about the voltage, as far as I know this circuit it's pretty unstable, drawing current from it means higher current peaks across the MOSFET that can destroy it, at full bridge rectification it should draw double the current than the single diode version
Sure, I don’t have the schematic rn, but it’s based of the thyristor interrupter Kreosan used in this video ruclips.net/video/mFCHe0wEVls/видео.html hope it helps
@@firefox1136 Running it unballasted means that you'll have to power it with up to 48VAC through single diode half wave rectification same as that of Teslista 555. Check mine ruclips.net/video/22K6h3ycqQI/видео.html and this one is my E Class SSTC ruclips.net/video/HENhF8HpQug/видео.html
@@RAVI171175 Nice output you got there. I will try to use a 555 timer interrupter tho, so I can also adjust the pulse duration and like that, I hope, that I can run it from 230v with no ballast.
You can test current in batteries without a multimeter. With 12v you can use a 12v lamp in parallel with the battery and it starts bright. But if you turn on the circuit you built, the lamp will dim some. If the lamp is dim, then a lot of current is used for that circuit. If the lamp is off when the circuit is on, then the battery has a short circuit. If the lamp stays bright and not too dim, than the circuit used a little bit of current from the battery.
Looking forward to see that video :)
Thank you, but tbh after messing with it a few times again, idk if I will make that video. Getting peak performance out of that circuit honestly feels like more effort and cost in dead transistors compared to making smth a little more complex but solid with a dedicated driver.
give me the schematic then , please. @firefox1136
I built a 2 wire or 3 wire bldc motor driver with the alarm IC, 100uF super capacitor, 1k ohm resistor or an led, 100 ohm resistor, and bldc motor (3 phase). Sorry I don't have a diagram for the circuit. But it works.
I used snap circuits to make it.
the schematic plz
At some point I will make a tutorial, but it's simple, its just based of this design by LabCoatz: ruclips.net/video/Q0lkg9lxz3s/видео.html
@@firefox1136 thanks bro
Schematic?
no, it’s not safe for kids
@@firefox1136 🤣
@@firefox1136 plz
At some point I will make a totorial, but it´s simple, its just based of this design by LabCoatz: ruclips.net/video/Q0lkg9lxz3s/видео.html
Hope this helps.
So are these like the transistors in a processor?
yes, just much more powerful.
Dude, that's very nice. What is the wire gauge you've used for the secondary? Is it 0.15, 0.19. 0.2 OR 0.25 mm? What is the Resonant frequency of your coil and how many turns have you got on that primary? Mains Slayer exciter are pretty much nice to build provided you tune it well & don't push too hard on them. Else, they are nice diy's. Nice video & keep it up.
Thanks, the wire is 0.1mm in diameter and the coil has 800-900 turns. I don’t know the resonance frequency, but I guess, it is in the range of 500-700khz. I will do some improvements to it and then post a full length video on my main channel.
Ah yes, I forgot. The primary has 7 turns.
Can you explain the circuit
I will make a video about the finished coil, but the circuit is explained here: ruclips.net/video/Q0lkg9lxz3s/видео.html
Please make a video about how to make like this
I am working on a video about it on the main channel, but I have a lot to do with work and school rn.
Hi, can you please provide the circuit diagrams or references, im just starting out and tried many circuit that run of dc, they either keep burning up or provide very low outputs, thanks
Sure, my circuit is based on the circuit from lab coatz, here is his vid: ruclips.net/video/Q0lkg9lxz3s/видео.html
(Be carefull tho, since the output of the circuit is not mains insulated, and you can get an electric shock if you touch the arcs! I modified the circuit, so that that doesn't happen but the circuit from the video linked above doesn't have that so it can shock you. It is NOT a good circuit for beginners.)
I am gonna make a video on my main channel about an improved version of the circuit in the future tho, so stay tuned for that.
Circuit?!!!
Don’t make it, mains slayer, quite dangerous, can definitely kill you if you don’t insulate properly, I strongly discourage you from making it as your first high voltage project, start with a fet slayer, then move your way up to sstc
Awesome!
Thx, I have recently worked on it again and might finish it in the near future:D
How did your MOSFET didn't blow at a 100hz mains ??
The current consumption of the circuit was well within the range of the FET I used as well as it’s voltage rating. I also did a CW run of the coil some time ago and it ran fine too.
Just running in mains doesn’t mean it’s going to break if it stays inside the specs of the silicone component, it’s like saying plugging your phone’s adopter into 230v to charge will kill the phone, but 110v doesn’t
@@twhvyt I'm not talking about the voltage, as far as I know this circuit it's pretty unstable, drawing current from it means higher current peaks across the MOSFET that can destroy it, at full bridge rectification it should draw double the current than the single diode version
@@Headbutter-Lettuce90 thats why we have snubbers :D
@@twhvyt yup nice and clean snubbers, but seems that for this circuit it's not optimal, it's better to adjust the D-S cap for class E switching
dont you use ballast?? if not is it because its interrupted
I do use a ballast (a 280w drill), its just outside the cameras view.
How can we made at home?
At some point I will make a totorial, but it´s simple, its just based of this design by LabCoatz: ruclips.net/video/Q0lkg9lxz3s/видео.html
Cool, I am building a mini Tesla coil rn
Nice
Hey what is diameter of the pvc pipe for secondary coil
The winding is about 9cm (3.54inch) long, the pipe is about 9.6cm (3.77inch) tall and the diameter is about 4.5cm (1.77inch).
@@firefox1136 thanks 💗
thats cool! hi would you share interupter's schematic??
Sure, I don’t have the schematic rn, but it’s based of the thyristor interrupter Kreosan used in this video ruclips.net/video/mFCHe0wEVls/видео.html
hope it helps
U used the hairdryer here right?
At the beginning yes, but at the end of the video I used a 300W drill as a balast.
@@firefox1136 Nice, yesterday mine did worked with the ballast drill now I'm gonna measure the resistance of the hairdryer to check
@@firefox1136 I'm going to use another thicker coil, maybe I get less resonant frequency
how many volts?
hard to say honestly, there is some ramping from the halfwave rectifier which might allow for long sparks, even tho the voltage is low.
Please can you give us diagram
Look at the other comments...
What ballast you using ?
In those clips, I used a 280w drill as a ballast. I will try to run it unballasted soon tho.
@@firefox1136 Running it unballasted means that you'll have to power it with up to 48VAC through single diode half wave rectification same as that of Teslista 555. Check mine ruclips.net/video/22K6h3ycqQI/видео.html and this one is my E Class SSTC ruclips.net/video/HENhF8HpQug/видео.html
@@RAVI171175 Nice output you got there.
I will try to use a 555 timer interrupter tho, so I can also adjust the pulse duration and like that, I hope, that I can run it from 230v with no ballast.
make it stacatto
That's cool, the spark is as long as the coil?
It is even an inch longer than the coil itself.
There is some info about it in the video description.
Good day sir can you teach me thanks
I am planning to make a full video about this coil in the future. I will have more info there.
When I run my sstc circuit on 220v mains ,my MOSFET died
I mean the circuit isn’t very nice to the transistors, but maybe try adding a snubber-network or some TVS diodes.