Probably the final version of this lamp, and a competition too (Patreon version already won.) It's a safe low voltage version of the PCB aimed at the small 2" (50mm) diameter glitter-lamp style bottles. It produces extremely good fluid movement when used with a 10 ohm resistor for a current of around 500mA for the total current draw is around 750mA. I recommend the use of a 2A USB power supply to allow continuous use.
The bottle is filled with common plastic wedding table scatter crystals available on eBay and from shops like Poundland in the UK. The crystals are a light plastic like hard polystyrene, and float in a solution of water and common table salt adjusted and fine tuned to make them flow well without gathering at the top of the bottle (too much salt) or the bottom (too little salt). A pinch of boric acid can be used to reduce the risk of mould growth in the liquid.
Fine tuning the solution is easier with a dropper bottle filled with a saturated salt solution.
By using silicone sealant to attach the resistor to the base of the lamp, all the power dissipated is put into the bottle, keeping the resistor cool and allowing very efficient operation. Allow the silicone to cure completely if it is the acid curing stuff (smells like vinegar) or use neutral curing silicone for fish tanks and mirrors.
The LEDs are connected as parallel pairs and identical LEDs (colour and batch) should be used in each pair to allow proper current sharing.
You can download the file for the PCB design and find a link to the viewing software here:- http://www.bigclive.com/freebies.htm
If you enjoy these videos you can help support the channel with a dollar for coffee, cookies and random gadgets for disassembly at:-
http://www.bigclive.com/coffee.htm
This also keeps the channel independent of YouTube's advertising algorithms allowing it to be a bit more dangerous and naughty.
The bottle is filled with common plastic wedding table scatter crystals available on eBay and from shops like Poundland in the UK. The crystals are a light plastic like hard polystyrene, and float in a solution of water and common table salt adjusted and fine tuned to make them flow well without gathering at the top of the bottle (too much salt) or the bottom (too little salt). A pinch of boric acid can be used to reduce the risk of mould growth in the liquid.
Fine tuning the solution is easier with a dropper bottle filled with a saturated salt solution.
By using silicone sealant to attach the resistor to the base of the lamp, all the power dissipated is put into the bottle, keeping the resistor cool and allowing very efficient operation. Allow the silicone to cure completely if it is the acid curing stuff (smells like vinegar) or use neutral curing silicone for fish tanks and mirrors.
The LEDs are connected as parallel pairs and identical LEDs (colour and batch) should be used in each pair to allow proper current sharing.
You can download the file for the PCB design and find a link to the viewing software here:- http://www.bigclive.com/freebies.htm
If you enjoy these videos you can help support the channel with a dollar for coffee, cookies and random gadgets for disassembly at:-
http://www.bigclive.com/coffee.htm
This also keeps the channel independent of YouTube's advertising algorithms allowing it to be a bit more dangerous and naughty.
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I cant believe this Video is already 5 years old. Feels like ive just watched it yesterday.
Our epicenter of electronic geeks was Eagle Electronics. They had at least one of every conceivable electronic component, old test equipment, hobby supply, etc you could imagine.
Your Making Me feel like Uri Geller Clive.๐คช๐
Would I b going crazy if isaid Pink Floyd Shine on u Crazy Diamond
Is there any chance this can be converted to a gerber file, with components? I would like to be able to have JLCPCB make it for me..
Dreed
Brings me back to my younger days when I worked for DDL ELECTRONICS LTD and IRELANDUS CIRCUITS