My gosh but this would be so much cheaper than a custom neon tube though. And no requirement for a vacuum or special gas filled - so you can make the tube out of almost anything, even thermoplastic if you don’t care too much about loss of illumination.
@@klinky Those look tacky. It's obviously plastic and looks quite cheap. This new glass + flexible filament version could be the closest thing to traditional neon (including a downside feature: fragility).
Such a good channel no stretching it out just to get the rev, just been on some channels that i liked the subject matter but after 2 minutes i realized the stretch out was so long i quit watching and blocked them, just love you Clive for being so real
I have the 120mm one and it's pretty good quality for the price, it's been excellent on my milling machine. www.arceurotrade.co.uk/Catalogue/Workholding/Drilling-Vices/Cast-Iron-Engineering-Drill-Vices
Clive my guess is they used a vacuum to get the filement through the glass! had a little project I had to get a stiff rope though a garden hose! nothing worked! But a vacuum did in a few seconds love you videos and commentary!
"If I touch the wrong bits here, it won't end well." Big Clive, 2019 😂 Seriously though, this was a delight to watch. I especially enjoyed the hand-made diagrams. That is one snazzy dollar store light! 👏
I really like the fact they used glass although unfortunately a doubt its done by hand , it could be but i think more likely to be mechanised . Getting the filament in the tube i agree with one of the comments that its probably sucked through or blown in , it would be interesting to see how they are made. Thanks Clive !
@@ColtaineCrows "I sure do like him, but he's hard on equipment"; video (lyrics in comments) here: vimeo.com/92432513 Thanks very much for this :-) Edit to add: mo' better lyrics here: genius.com/Corb-lund-hard-on-equipment-tool-for-the-job-lyrics
I would imagine they feed a thin wire through the shaped tube and attach the LED bits and pull it through. Just a guess. :-) Keep the vids coming Clive, Please. Very addictive and comforting.
Clive, can you please put a cloth over any glass parts that are liable to shatter or explode. Over the years I've had various stuff embedded in my eyes and it's not pleasant :( All my accidents involved opaque materials, glass would be worse because the doctor would not be able to see it. But please keep making these interesting videos. Take care ❤️
You should do a teardown of colour changing GU10s. I’ve gone through quite a few and they all fail within a year in the same way. Would be interesting to know why they fail.
@@ukar69 Mine are on from a time of low-light level (in winter, much of the day) until about 11.00 at night. The only irritation is that they default to fast colour-change when switched on, and it is not worth the effort to use the remote control to slow them. But if ordinary G10s are fine, there is no reason why colour-changing ones cannot work just as well.
Interesting idea...problem is, the red (LED) low-energy end of the spectrum doesn't make much (anything?) fluoresce. Phosphor LEDs, OTOH, emit higher-energy near-UV blue.
Yes Clive, yes we do enjoy watching you destroy stuff. When it's interesting that is, but if yer digging out potting compound or searching for "the appropriate tool", the jumpcuts are appreciated. Good work big guy.
I like seeing the battle of opening fragile things. I'd like to see some more resistive dropper lamp conversions. Makes me think my power tools are more power.
25:11 - Or connect a suction tube to one end, probably faster than passing a wire through it, and air friction is probably enough to pull the filament.
A quick Google search later and yes: Plumen is apparently still around, making a few different bulbs. Including the classic Plumen 001 as both CFL and dimmable LED.
To thread that though the glass tube, use compressed air. The tacky filament will vibrate ('chatter') its way through the tube a bit like the neck/tube of a balloon as air escapes from it.
A tiny bit of washing up liquid is great for pushing LEDs through tubes - found that out when pushing an LED strip into some clear tubing for an aquarium light (lots of rubbery friction involved) - thought not the best idea but f*** it and it worked amazingly well.
"Full bridge rectifier" really needs some echo in post processing. Without echo it just is not the same! Other than that, thanks for another good video. Very interesting product, never seen one like that!
You could probably blow it through with a little compressed air. Poke the first few mm into the glass tube then pass compressed air through the tube. The drop in pressure inside would allow the higher pressure outside to push the filament through utilising Bernoulli's principal. A bit like those "magic" pipe toys with the string loop.
When I used to help a guy put wiring through motorcycle frames, he would put a vacuum on where the wires needed to run to, and put construction line in where the wires needed to start, and he'd close every hole he could in the frame, and the vacuum would pull the construction line through the frame and he'd tie the wire to the line and pull it through. I feel like that is probably similar to how they pull the LED string through the glass tube, they probably pull a vacuum on one end and put a line on the other.
Oooh... I wonder how viable it would be to create longer stretches of that flexible filament to be used as a replacement for EL Wire. I mean.... it would require some insane voltages in the way it's currently arranged, but maybe shorter lengths of parallel arrays could help bring the voltages down to something safer to be used as a wearable option? hmmm... Guess it'd be pretty expensive right now, but if they could bring the costs down it would be vastly better than EL wire in almost every way.
I have a box of 20 LED bulbs I bought for about $20, fail after about a year or so. I took one apart to see why it failed. I found that the current regulator fails and takes some on the LEDs with it while others survive. I re purposed some the remaining LEDs to make a jack-o lantern light using a couple of lithium cells. While this was kind of useful it does not negate the fact that the circuit is very short lived due to the constant heat the regulator has to deal with.
Recently got one of these for my big lightbulb lamp in my sitting room. Found the light output was a little to high. So I cracked it open (Mine was easyer to open) [I actulay bought 2 just in case]. So I replaced the 51 ohm resistor with a 113 ohm resistor & got it down to 2.8W & a much nicer light output level. Looks super cool inside a giant light bulb. Might do some thermal camera mesurments but it runs cooler now. Oh & why 113 ohm, because it was the resistor value I have on hand closest to 100 ohm.
I'm guessing the tube was run through with a messenger line and *then* heated and shaped, allowed to cool, and then had the filament pulled through with the line.
You can find a bunch of fairly similar bulbs if you do an image search for "aray flexible filament led lamp" or "art loop flexible filament led lamp". As for getting the filament through the tube, I suspect they use compressed air or vacuum. Another option would be a low-friction (teflon?) plastic tube slipped over the filament, then slip the assembly into the glass and finally pull the low-friction tube out.
Clive your awesome mate. I love how you get stuff not broken and break into them, and things broken you fix. Very parallel indeed. Thank you for awesome content. 😁
I'm dreaming about huge Nixie tubes made with these "filaments." If they could make it thin enough, smaller sizes would be possible. But, at this thickness, the viewer would need to be at a distance.
You can see at the first curve of the glass from the base that the interior diameter is larger than the diameter of the filament. I suspect it is actually fairly easy to get the filament through with a fish wire.
11:25 simple linear current regulator 12:20 suggest lower voltage Why would that be, Doesn't it suggest minimal difference to rms for thermal reasons I.e. higher voltage (if you want to call mains high voltage) - but then again 75v is still quite a big difference.
18:35 -- when he's trying to figure out the power dissipated by the PT4515C chip, he multiplies mains voltage (240) times 1.41 then subtracts from that the 265 volts that he measured across the LED string... Where did the 1.41 come from? Did I miss a step?
The 240V is the average value of the sinewave. If you multiply it by 1.41 it gives the peak voltage which is what the smoothing capacitor will be charged to.
@@bigclivedotcom Ohhhhhhhhhh... 1.41 = square root of two. How the hell did I miss that? It's after midnight and I'm getting sleepy, that's how... Thanks. :-)
Clive you're mentioning "traditional dimmers" - as far as I remember, there are 2 generally different types of dimmers and how they work, but I'd love to see a video explaining the differences between those. Also, there are these turn-knob dimmers that sit inside the wall where your light switch is, I remember one being there in the living room of my childhood, and when you dimmed the ceiling lights down with it, it made some sort of buzzing noise. And then there are even electronically/digitally(?) controlled ones, like in those radio controlled power sockets for lighting purposes. Please, make a video about the different types of dimming, how they work and what their advantages and disadvantages are. Maybe even take apart a dimmer switch (possibly even an old rotary one that buzzes below 100%) and show the circuitry, and so on.
Yes i remember the Compact Fluresent days with fond memories of running in a sea of Autum leaves, and jumping in puddles of muddles.....ha..ha...ha.........yes..yes....yes memories
01:30 Ah yes, AvE's materials identification test, the classic "Scorch & Sniff" 20:45 I actually like seeing lights dip a little when heavy loads come online, let's me know when the compressor has kicked on for the AC, or when I should race to shut down all my computers because the power company is about to try to fry me. 22:44 OMG, If I didn't have enough reasons to love this channel, he cares about the small screen users!
bit offtopic here: if you like popcorn: you can make popcorn in the microwave with your method for making scottish biscuits, just put in dried corn(aka popcorn kernels), some high heat tolerant oil, some sugar and a tiny splash of water. blast for 3+ minutes in a closed container and you've got popcorn (you can also spice things up by putting in caramel syrup or fancy stuff like that) haven't tried but maybe it'd also work without any oil at all since you mentioned the sugar mass heats up pretty well too
I was thinking about the glass issue as well i would of thought they would use glass as its recyclable and at the moment most plastics are not and glass would give it a better look as well
@@johncoops6897 well, that's completely over the top. Clive's cameras on his phone are fine, the focus is fine within the area he's working in, and the exposure is fine too, all he needs is to stop worrying about it so much.
Vacuum on far side, feed thru with a little cornstarch or mica powder which is vacuumed out and reclaimed? Neat circuit, and neat execution. I'll be looking for one on the 120v market. Edit - I looked thru ebay and it seems like 240v is it, and the UK is the source for ebay, wherever they come from originally. I'm thinking a 2 diode/2 cap doubler circuit hack. That would net about 338vdc max. Looks like DC would be ok with the circuit, might have to back off on the current sense resistor to dim it back down due to the duty cycle change. Careful 2nd stage cap sizing might work too, if small enough to "run out" at the right point. Could be a fun evening hack. It's going to cost $9 us for the bulb, but it's worth it.
I'm sure somebody said it before me..but it looks like simple solution.How did they take it inside the glass tubes..simple..use vacuum...that will do :)
my power went out and my LED ceiling lamp started blinking when the power came on... quick google fu says a driver failed id like to send it to you just to take a look and do what you want with it
Clive, i think your production is great although some people might think refocusing should be edited out but I think the bits where you say "one momment please" or "I'll pause" should be filmed and edited if needed later. But I like your offerings as they are so just do as you please...
I'm sure I've seen compact fluorescents with that shape of tube, maybe bigger than this one, but the same sort of design, so could be a re-purpose of the glass-making equipment as with the traditional tungsten bulb machinery... :)
Surely it's a "vice"? www.screwfix.com/p/gr65-portable-vice-2-60mm-/620FG?kpid=620FG&ds_kid=92700046597753253&ds_rl=1241687&ds_rl=1245250&ds_rl=1245250&gclid=Cj0KCQiA-4nuBRCnARIsAHwyuPpu8r1hvazD6x03ktjm2UyoGFMVTxA39VMW1Q2FP7EbB9vjoFjSVD0aAl5yEALw_wcB&gclsrc=aw.ds
Hi Clive, Love all your videos, been a fan since around 2010, love your soothing Scottish voice! Now I didn't know how else to contact you, but can you do a video about rejuvenating laptop batteries, including their controllers, as I have scoured the net and can't really find anything that addresses the problems with why they wont work after changing/recharging/replacing cells. I've a ton of them and really don't want to tear them apart for just the cells, if the controllers can be put to some use. I know there are a plethora of types/styles/models etc, but maybe if you can autopsy a generic HP or Toshiba maybe Dell that would be great. Look forward to learning.
2017bulbshop is not on Ebay UK, at least I can't find it; in fact I can't find it anywhere. This is a shame as I like the design. As for how they fitted the filament into the glass tube, I would imagine they used a thin solid wire tied to the end of the LED tube and sufficiently long to allow its full traversal of the glass tube.
@@Mark1024MAK Space is vast. It is very black and the nearest thing is further away from the sun than any planet. Why does it feel so claustrophobic ? Like 2001 ?
Now, my EE theory knowledge is pretty old and unused, so I might have gotten something wrong here, but shouldn't the rectified & smoothed voltage across the capacitor be 240V/1.41, not 240V*1.41? how do you get >240V DC from a 240V AC supply? or do you put the lamp between 2 phases?
RMS is the DC heating equivalent of the AC sine wave which varies between zero and a maximum. The peak voltage of the AC is square root 2 (1.414) times the RMS value for a sinewave. About 340v, you can double or triple that with a suitable circuit I've seen a x6 giving 2kv @ 1 Amp to power a 2x 4CX250 linear amp. See en.wikipedia.org/wiki/Root_mean_square
I would have applied the Vise of Knowledge to the lower (hollow) part of the base, avoiding the top flat part that holds the glass tubing. I think that would have had a lower risk of breaking the tubing, and applied more force where you wanted it: between the lower and upper plastic parts.
You mentioned it doesn't work on 115VAC. how would you modify this to make it work? Do you think the LED voltage requirement would require a voltage-doubler?
A voltage doubler could work if there was room in the base for the extra capacitor. I did take apart a 240V lamp and found a voltage doubler in it. It was driving the LEDs at hundreds of volts.
I look forward to seeing multiple phosphor colours and neon-like lettering.
OK, so nothing can replace neon. But it would still look cool.
He did a video awhile back on something like that th-cam.com/video/b30T7lbAF_Q/w-d-xo.html
My gosh but this would be so much cheaper than a custom neon tube though. And no requirement for a vacuum or special gas filled - so you can make the tube out of almost anything, even thermoplastic if you don’t care too much about loss of illumination.
@@klinky Those look tacky. It's obviously plastic and looks quite cheap.
This new glass + flexible filament version could be the closest thing to traditional neon (including a downside feature: fragility).
Neon does light 360 degrees truely, but I think LEDs have them beat when it comes to pure monochromatic colours (non-phosphor)
I just bought a pink 'neon' flamengo. It was a left-over sale from an expensive shop so the price wasn't expensive anymore ;)
no clive no comparison between you and ave...you're the best 👍👍👍
"Ah, what a stylish little lamp it is, yes... I shall put it in my mouth."
Good old Clive. ;)
Coulda' been a cheek-illuminator; cf. the nasal illuminator LEDs in the earlier (?) vajao :)
CRUNCH! Yes, it's made of glass! OH! Glass shards in my mouth! Oh, oh, oh!
@@glasslinger Probably not the first time? Rinse and spit, rinse and spit... :-)
Such a good channel no stretching it out just to get the rev, just been on some channels that i liked the subject matter but after 2 minutes i realized the stretch out was so long i quit watching and blocked them, just love you Clive for being so real
I do love when we see the vise of knowledge, I need one for myself.
A G-clamp works just as well. I call mine the clamp of curiosity :p
I have the 120mm one and it's pretty good quality for the price, it's been excellent on my milling machine. www.arceurotrade.co.uk/Catalogue/Workholding/Drilling-Vices/Cast-Iron-Engineering-Drill-Vices
Clive my guess is they used a vacuum to get the filement through the glass! had a little project I had to get a stiff rope though a garden hose! nothing worked! But a vacuum did in a few seconds love you videos and commentary!
Or compressed air; "blown fibre" is a thing, after all :-) www.networx3.co.uk/services/blown-fibre-optic/
Clive might have a privet email address for people that want to say “love you” to him. LMFAO😂🤣
@@addisme7561 Haha....... "Privet" - I'm "hedging" my bet that he does! 🌿
"If I touch the wrong bits here, it won't end well."
Big Clive, 2019 😂
Seriously though, this was a delight to watch. I especially enjoyed the hand-made diagrams. That is one snazzy dollar store light! 👏
BellahintheBlueRidge surgeons be like :
Delightful for not being powered up. Enlightening if it was.
I really like the fact they used glass although unfortunately a doubt its done by hand , it could be but i think more likely to be mechanised . Getting the filament in the tube i agree with one of the comments that its probably sucked through or blown in , it would be interesting to see how they are made. Thanks Clive !
"Pliers: it's the new hammer." You don't just get tips on electrical engineering from Big Clive!
zh84 Mechanical fashion tips too!
"Ever tool's a hammer", Adam Savage.
As some country singer sang; "It's vise grips for pliers and pliers for a wrench, wrench for a hammer, hammer's everything else."
@@ColtaineCrows "I sure do like him, but he's hard on equipment"; video (lyrics in comments) here: vimeo.com/92432513
Thanks very much for this :-)
Edit to add: mo' better lyrics here: genius.com/Corb-lund-hard-on-equipment-tool-for-the-job-lyrics
The shape reminded me of travel water heaters you plop into a cup, the ones common in ex-USSR.
Any day where the vise of knowledge comes out of the cupboard is a good day.
Brian Streufert In Vices we trust!
Pretty sure this is the vice AvE refers to...
I would imagine they feed a thin wire through the shaped tube and attach the LED bits and pull it through. Just a guess. :-)
Keep the vids coming Clive, Please. Very addictive and comforting.
I'm just starting to learn electronics and find your videos very inspirational and informative. Thank you.
I love your scientific materials test...my kind of testing procedure.
As a beginner in investigating circuits, I enjoyed your vid very much. Thank you for an interesting 27 minutes.
Clive, can you please put a cloth over any glass parts that are liable to shatter or explode. Over the years I've had various stuff embedded in my eyes and it's not pleasant :( All my accidents involved opaque materials, glass would be worse because the doctor would not be able to see it. But please keep making these interesting videos. Take care ❤️
I think filament threading was done by compressed air Clive.
Agreed, and I was about to suggest the same thing - with, or without, talcum powder to assist the filament to slide on the glass.
One way to thread something through a tube is to blow or suck it through, same as passing optical fiber and other flexible cables through conduit.
I don't just watch your videos. I enjoy your videos.
You should do a teardown of colour changing GU10s. I’ve gone through quite a few and they all fail within a year in the same way. Would be interesting to know why they fail.
Mine have been working for about four years with no failures, so it is possible.
Alan Patterson mine are in a hallway and kept on overnight so they’re on for extended periods. Ordinary GU10s are fine, just the colour changing ones.
@@ukar69 Mine are on from a time of low-light level (in winter, much of the day) until about 11.00 at night. The only irritation is that they default to fast colour-change when switched on, and it is not worth the effort to use the remote control to slow them. But if ordinary G10s are fine, there is no reason why colour-changing ones cannot work just as well.
"I shall bring my doodle in" and video gets demonetized.
"I'll measure it in centimetres." We get so many good quotes even if taken out of context.
Lol
"It's rubbery and flexible!"
“You can squeeze it gently”
Lol
I wonder if there's a phosphor sheet that could go over the HOPI's multiplexed display to smooth the flicker.
Interesting idea...problem is, the red (LED) low-energy end of the spectrum doesn't make much (anything?) fluoresce. Phosphor LEDs, OTOH, emit higher-energy near-UV blue.
Yes Clive, yes we do enjoy watching you destroy stuff. When it's interesting that is, but if yer digging out potting compound or searching for "the appropriate tool", the jumpcuts are appreciated. Good work big guy.
Thanks Clive! So glad you didn't brake the glass. The other 'wiggly' strand would be a Trip to see it 'move about' while lit. : }
The ebay seller might have worked out who you were Clive and sent you a specially reinforced model of this lamp 8:20
I like seeing the battle of opening fragile things.
I'd like to see some more resistive dropper lamp conversions. Makes me think my power tools are more power.
Nice touch with plumers pliers :P They are final frontier when some screwed pipes don't want to come out or in this case plastic case + board.
"fortuitous" got stuck on my mind. Thank you 😄
the flexible filaments would be great for mini "neon" signs.
Arrrgghhh - must resist the urge to go looking for one of these on that well known shopping site!!!
25:11 - Or connect a suction tube to one end, probably faster than passing a wire through it, and air friction is probably enough to pull the filament.
8:30
"Engage safety squints!"
A quick Google search later and yes: Plumen is apparently still around, making a few different bulbs. Including the classic Plumen 001 as both CFL and dimmable LED.
To thread that though the glass tube, use compressed air. The tacky filament will vibrate ('chatter') its way through the tube a bit like the neck/tube of a balloon as air escapes from it.
My centre ear enjoyed this.
Dolby interprets my mono audio and bassy voice as a bass track.
A tiny bit of washing up liquid is great for pushing LEDs through tubes - found that out when pushing an LED strip into some clear tubing for an aquarium light (lots of rubbery friction involved) - thought not the best idea but f*** it and it worked amazingly well.
There is never too many lamps, had to order a few.. 💡💡💡💡💡
Oh no don’t pause Clive We want to see you break it
vice of knowledge..puts new meaning to crunch time! lol
I love the vice of knowledge and anything that swings is a hammer 😂
"Full bridge rectifier" really needs some echo in post processing. Without echo it just is not the same!
Other than that, thanks for another good video. Very interesting product, never seen one like that!
“Find out Watts inside” see what you did there 😆
Thank you for sharing your knowledge on another neat item.
You could probably blow it through with a little compressed air. Poke the first few mm into the glass tube then pass compressed air through the tube. The drop in pressure inside would allow the higher pressure outside to push the filament through utilising Bernoulli's principal. A bit like those "magic" pipe toys with the string loop.
When I used to help a guy put wiring through motorcycle frames, he would put a vacuum on where the wires needed to run to, and put construction line in where the wires needed to start, and he'd close every hole he could in the frame, and the vacuum would pull the construction line through the frame and he'd tie the wire to the line and pull it through. I feel like that is probably similar to how they pull the LED string through the glass tube, they probably pull a vacuum on one end and put a line on the other.
There's the Clive I love, lets test for glass , by means of teeth...smiles
When will you build a nixie-tube-like digit display from flexible LED-filament?
HOPI should do a Big Clive edition of their meter. Maybe in pink?
@@johncoops6897 Safe?
@@johncoops6897 Are you one of these idiots who think something is unsafe because it's from China?
Oooh... I wonder how viable it would be to create longer stretches of that flexible filament to be used as a replacement for EL Wire. I mean.... it would require some insane voltages in the way it's currently arranged, but maybe shorter lengths of parallel arrays could help bring the voltages down to something safer to be used as a wearable option? hmmm...
Guess it'd be pretty expensive right now, but if they could bring the costs down it would be vastly better than EL wire in almost every way.
Big Clive's proper use of tools instruction video:-)
They might have blown air through the glass to keep the filament "floating" (thus not touching the glass).
I have a box of 20 LED bulbs I bought for about $20, fail after about a year or so. I took one apart to see why it failed. I found that the current regulator fails and takes some on the LEDs with it while others survive. I re purposed some the remaining LEDs to make a jack-o lantern light using a couple of lithium cells. While this was kind of useful it does not negate the fact that the circuit is very short lived due to the constant heat the regulator has to deal with.
Recently got one of these for my big lightbulb lamp in my sitting room. Found the light output was a little to high. So I cracked it open (Mine was easyer to open) [I actulay bought 2 just in case]. So I replaced the 51 ohm resistor with a 113 ohm resistor & got it down to 2.8W & a much nicer light output level. Looks super cool inside a giant light bulb. Might do some thermal camera mesurments but it runs cooler now. Oh & why 113 ohm, because it was the resistor value I have on hand closest to 100 ohm.
I'm guessing the tube was run through with a messenger line and *then* heated and shaped, allowed to cool, and then had the filament pulled through with the line.
Nah. Push the filament thru a straight tube, heat & bend it.
@@guygordon2780 I'm not sure the filament holds up to that kind of heat, but that would work too.
There is that certain click when you know the plastic bits, at least, have separated.
You can find a bunch of fairly similar bulbs if you do an image search for "aray flexible filament led lamp" or "art loop flexible filament led lamp". As for getting the filament through the tube, I suspect they use compressed air or vacuum. Another option would be a low-friction (teflon?) plastic tube slipped over the filament, then slip the assembly into the glass and finally pull the low-friction tube out.
I got a good one for you Clive! Can you take a part a wind up flash light, please :)
4:50 "but why what's in there then?"
Pretty much the ethos of this channel lol
Clive your awesome mate. I love how you get stuff not broken and break into them, and things broken you fix. Very parallel indeed. Thank you for awesome content. 😁
I'm dreaming about huge Nixie tubes made with these "filaments." If they could make it thin enough, smaller sizes would be possible. But, at this thickness, the viewer would need to be at a distance.
You can see at the first curve of the glass from the base that the interior diameter is larger than the diameter of the filament. I suspect it is actually fairly easy to get the filament through with a fish wire.
11:25 simple linear current regulator
12:20 suggest lower voltage
Why would that be, Doesn't it suggest minimal difference to rms for thermal reasons I.e. higher voltage (if you want to call mains high voltage) - but then again 75v is still quite a big difference.
“Oh no don’t pause Clive we want to see you break it” 😂😂😂😂
18:35 -- when he's trying to figure out the power dissipated by the PT4515C chip, he multiplies mains voltage (240) times 1.41 then subtracts from that the 265 volts that he measured across the LED string... Where did the 1.41 come from? Did I miss a step?
The 240V is the average value of the sinewave. If you multiply it by 1.41 it gives the peak voltage which is what the smoothing capacitor will be charged to.
@@bigclivedotcom Ohhhhhhhhhh... 1.41 = square root of two. How the hell did I miss that? It's after midnight and I'm getting sleepy, that's how...
Thanks. :-)
Clive you're mentioning "traditional dimmers" - as far as I remember, there are 2 generally different types of dimmers and how they work, but I'd love to see a video explaining the differences between those. Also, there are these turn-knob dimmers that sit inside the wall where your light switch is, I remember one being there in the living room of my childhood, and when you dimmed the ceiling lights down with it, it made some sort of buzzing noise. And then there are even electronically/digitally(?) controlled ones, like in those radio controlled power sockets for lighting purposes. Please, make a video about the different types of dimming, how they work and what their advantages and disadvantages are. Maybe even take apart a dimmer switch (possibly even an old rotary one that buzzes below 100%) and show the circuitry, and so on.
Yes i remember the Compact Fluresent days with fond memories of running in a sea of Autum leaves, and jumping in puddles of muddles.....ha..ha...ha.........yes..yes....yes memories
01:30 Ah yes, AvE's materials identification test, the classic "Scorch & Sniff"
20:45 I actually like seeing lights dip a little when heavy loads come online, let's me know when the compressor has kicked on for the AC, or when I should race to shut down all my computers because the power company is about to try to fry me.
22:44 OMG, If I didn't have enough reasons to love this channel, he cares about the small screen users!
17:14 what a gay calc
bit offtopic here: if you like popcorn: you can make popcorn in the microwave with your method for making scottish biscuits, just put in dried corn(aka popcorn kernels), some high heat tolerant oil, some sugar and a tiny splash of water. blast for 3+ minutes in a closed container and you've got popcorn
(you can also spice things up by putting in caramel syrup or fancy stuff like that)
haven't tried but maybe it'd also work without any oil at all since you mentioned the sugar mass heats up pretty well too
I have a microwave popcorn tub and use butter.
Big Clive, always the innovative one lol Good video love the LED tech.
I was thinking about the glass issue as well i would of thought they would use glass as its recyclable and at the moment most plastics are not and glass would give it a better look as well
in my opinion, you're too worried about focus and exposure... they're almost all fine (watching in 1080p) before the adjustments..
@@johncoops6897 well, that's completely over the top.
Clive's cameras on his phone are fine, the focus is fine within the area he's working in, and the exposure is fine too, all he needs is to stop worrying about it so much.
Vacuum on far side, feed thru with a little cornstarch or mica powder which is vacuumed out and reclaimed?
Neat circuit, and neat execution. I'll be looking for one on the 120v market.
Edit - I looked thru ebay and it seems like 240v is it, and the UK is the source for ebay, wherever they come from originally. I'm thinking a 2 diode/2 cap doubler circuit hack. That would net about 338vdc max. Looks like DC would be ok with the circuit, might have to back off on the current sense resistor to dim it back down due to the duty cycle change. Careful 2nd stage cap sizing might work too, if small enough to "run out" at the right point. Could be a fun evening hack. It's going to cost $9 us for the bulb, but it's worth it.
Love the new PINK confuser!!
AvE fan i see. You have good taste
I Hope one day yo will add an o'scope. Would be interesting to see the current shape.
He has one, haven't seen it used in a while.
Definitely a repurposed CFL base, and maybe the tubing.
I was thinking the same and yes they do have actual neon that uses a CFL base I've seen them.
I'm sure somebody said it before me..but it looks like simple solution.How did they take it inside the glass tubes..simple..use vacuum...that will do :)
my power went out and my LED ceiling lamp started blinking when the power came on... quick google fu says a driver failed id like to send it to you just to take a look and do what you want with it
Such a lurid looking pink calculator, does it come with a glitter finish too?
I'd really like to see a tear down of smart plugs. With winter coming up, I'd rather pick up a smart plug that can power the lights right
I think they use compressed air to "blow" the filament inside the glass.
Clive, i think your production is great although some people might think refocusing should be edited out but I think the bits where you say "one momment please" or "I'll pause" should be filmed and edited if needed later. But I like your offerings as they are so just do as you please...
Awesome videos as always Clive :)
I'm sure I've seen compact fluorescents with that shape of tube, maybe bigger than this one, but the same sort of design, so could be a re-purpose of the glass-making equipment as with the traditional tungsten bulb machinery... :)
you again hit it out of the park (baseball) with a good video, and the vise too ;)
Surely it's a "vice"? www.screwfix.com/p/gr65-portable-vice-2-60mm-/620FG?kpid=620FG&ds_kid=92700046597753253&ds_rl=1241687&ds_rl=1245250&ds_rl=1245250&gclid=Cj0KCQiA-4nuBRCnARIsAHwyuPpu8r1hvazD6x03ktjm2UyoGFMVTxA39VMW1Q2FP7EbB9vjoFjSVD0aAl5yEALw_wcB&gclsrc=aw.ds
Hi Clive, Love all your videos, been a fan since around 2010, love your soothing Scottish voice!
Now I didn't know how else to contact you, but can you do a video about rejuvenating laptop batteries, including their controllers, as I have scoured the net and can't really find anything that addresses the problems with why they wont work after changing/recharging/replacing cells. I've a ton of them and really don't want to tear them apart for just the cells, if the controllers can be put to some use. I know there are a plethora of types/styles/models etc, but maybe if you can autopsy a generic HP or Toshiba maybe Dell that would be great. Look forward to learning.
The accent is Scotland's 2nd most valuable export.
2017bulbshop is not on Ebay UK, at least I can't find it; in fact I can't find it anywhere. This is a shame as I like the design. As for how they fitted the filament into the glass tube, I would imagine they used a thin solid wire tied to the end of the LED tube and sufficiently long to allow its full traversal of the glass tube.
Do you happen to know where someone might be able to purchase just the spiral LED lamp filament without the lamp?
No. I've never come across it on its own.
I love elegance in design
Oooo I like that lamp ....must get a couple
But why the glass at all? Just for shape? Or to make it breakable to force re-buying?
For shape and insulation.
@@bigclivedotcom but LEDs are cool. Wouldn't a little rubber around connections cost less?
Clive how aout changing the sense reisitor. How low can you get the current through the LEDs before they go out?
Sounds like you're wearing a space helmet! (very loud inhalation) compressor release time too short?
Open the pod bay door HAL Tsssh Click
Take a stress pill Clive
Space suit required, as in space, no one can hear as you crack the glass...
@@Mark1024MAK
Space is vast.
It is very black and the nearest thing is further away from the sun than any planet.
Why does it feel so claustrophobic ?
Like 2001 ?
Now, my EE theory knowledge is pretty old and unused, so I might have gotten something wrong here, but shouldn't the rectified & smoothed voltage across the capacitor be 240V/1.41, not 240V*1.41? how do you get >240V DC from a 240V AC supply? or do you put the lamp between 2 phases?
The AC value is the average voltage value of the sinewave. Multiplying it by 1.41 gives the peak value, which is what the capacitor would charge to.
RMS is the DC heating equivalent of the AC sine wave which varies between zero and a maximum.
The peak voltage of the AC is square root 2 (1.414) times the RMS value for a sinewave.
About 340v, you can double or triple that with a suitable circuit
I've seen a x6 giving 2kv @ 1 Amp to power a 2x 4CX250 linear amp.
See en.wikipedia.org/wiki/Root_mean_square
When do you start filming in 4k?
When the Isle of Man actually provides a usable Internet connection. It takes hours to upload 20 minutes of 1080P.
I was hoping that loop would be flexible.
Very nice. It isn't that difficult to bend lab tubing. Have you seen a source for that flexible silicone LED filament?
I've never seen them outwith lamps.
I would have applied the Vise of Knowledge to the lower (hollow) part of the base, avoiding the top flat part that holds the glass tubing. I think that would have had a lower risk of breaking the tubing, and applied more force where you wanted it: between the lower and upper plastic parts.
You mentioned it doesn't work on 115VAC. how would you modify this to make it work? Do you think the LED voltage requirement would require a voltage-doubler?
A voltage doubler could work if there was room in the base for the extra capacitor. I did take apart a 240V lamp and found a voltage doubler in it. It was driving the LEDs at hundreds of volts.
yay - managed to order 2 of these bad boys !
thanks for the tip
bigclivedotcom
is the bob ross of electronic tinkering.