Eric: Fixed an internal link

2020-03-10T00:44:52Z

Fixed an internal link

← Older revision		Revision as of 00:44, 10 March 2020
Line 4:		Line 4:
	*Main use case is for high level lights such as stagelights, light poles/ [[Light Cart]]s, and stadium lights		*Main use case is for high level lights such as stagelights, light poles/ [[Light Cart]]s, and stadium lights
	*High Speed Photography also requires very bright lighting so this may be of use for that		*High Speed Photography also requires very bright lighting so this may be of use for that
	*This will also be more efficient than alternatives such as HID lights and other Gas Discharge Lamps (Outside of [[~~Sulphur~~ Lamp]]s Perhaps (These are underdeveloped so their efficiency peak MAY be much higher than the current 15% efficiency (Which is slightly lower than LED's 20-25% see [[Luminous Efficacy]]		*This will also be more efficient than alternatives such as HID lights and other Gas Discharge Lamps (Outside of [[Sulfur Lamp]]s Perhaps (These are underdeveloped so their efficiency peak MAY be much higher than the current 15% efficiency (Which is slightly lower than LED's 20-25% see [[Luminous Efficacy]]

	=Existing Open Source Designs=		=Existing Open Source Designs=

Eric: Created Page + Added Basic Sections/Info

2020-03-10T00:43:01Z

Created Page + Added Basic Sections/Info

New page

=Basics=
*A Modular LED Unit Utilising [[COB LED]]s and some sort of cooling method (most likely water cooling, but air may be possible as well
*Can be paired with various Lens Modules for various effects\
*Main use case is for high level lights such as stagelights, light poles/ [[Light Cart]]s, and stadium lights
*High Speed Photography also requires very bright lighting so this may be of use for that
*This will also be more efficient than alternatives such as HID lights and other Gas Discharge Lamps (Outside of [[Sulphur Lamp]]s Perhaps (These are underdeveloped so their efficiency peak MAY be much higher than the current 15% efficiency (Which is slightly lower than LED's 20-25% see [[Luminous Efficacy]]

=Existing Open Source Designs=
*[https://www.youtube.com/watch?v=UJmbqwxXwGs A 10 LED Module made by the youtube channel "tesla500" ] (Did use a custom waterblock, but many alternatives are available online as pc watercooling blocks for cpu's or graphics cards
*[https://www.youtube.com/watch?v=-vgNh3fLxJc A Similar Device made by the youtube channel "Sam Shepard" using more off the shelf componets]

=Industry Standards=
*Truck Light Bars
*Led Light Carts, and Stage Lights
*Led Stadium Lights
*Although the modular approach is quite unique

=Minimum Viable Product=
*Square Shape for ease of lens use etc
*modules of 1, 5, and 25 cells depending on scale needed
*Custom Milled/Etched PCB for soldering chips to, and water cooling block
*Connects to the [[Modular LED Light Core Module]] for power, control, and cooling
*Balanced Power Supply to the chips (Most likely via parallel if possible)

=Basic Design=
==Frame==
*[[Modular Light Frame]]

==Chips==
*Find the [[Highest Lumen Density COB LED]] chip you can afford, reasonably aquire, and use
*[https://store.waveformlighting.com/products/100w-cob-led-95-cri-full-spectrum-d65-6500k?variant=15865812484198 100w Chip, provides 10,000 lumens of 95 CRI] ~75 USD
*The above chip is also available in a "warmer" color if desired [[Modular LED Light Core Module]]

==Water Block==
*Either an off the shelf [[Water Block]] (Most likely from a PC CPU/Graphics Card Part) or a custom machined part preferabbly copper or stainless steel
*Use either barb connectors or some sort of quick disconect fitting that lead to the [[Modular LED Light Core Module]]

==PCB==
*Either Milled or Etched
*The Chips are Soldered Directly to this (Need to check if this will mess with the thermal preformamce
*Also contains the power in port that connects to the [[Modular LED Light Core Module]]

=CAD=
*

=BOM=
*

=See Also=
*

=Useful Links=
*

Modular COB LED Array - Revision history

Eric: Fixed an internal link

Eric: Created Page + Added Basic Sections/Info