DIY Semiconductors: Difference between revisions
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*[https://youtu.be/23fTB3hG5cA?t=730 Youtube Video (Direct to Part On Fabrication)] | *[https://youtu.be/23fTB3hG5cA?t=730 Youtube Video (Direct to Part On Fabrication)] | ||
*It seems they use premade silicon wafers, they heat treat them (to create the oxide layer or dope the silicon via diffusion), use DLP photolithography to etch them, | *It seems they use premade silicon wafers, they heat treat them (to create the oxide layer or dope the silicon via diffusion), use DLP photolithography to etch them, | ||
==Dopant Sources== | |||
*Boric Acid (From pesticides like Borax) Diluted into a solvent (in microgram levels,need to find their/applied science's microgram scale) | |||
*Phosphoric Acid (From Chemical Suppliers, or (albiet in trace impure ammounts) from Coca-Cola (Which can be found worldwide... ; Good for global rollout) | |||
=See Also= | =See Also= | ||
Revision as of 15:55, 21 November 2018
Basics
Garage MOSFETs
- Hackaday Article
- Youtube Video (Full Video (Including Semiconductor Basics + History) )
- Youtube Video (Direct to Part On Fabrication)
- It seems they use premade silicon wafers, they heat treat them (to create the oxide layer or dope the silicon via diffusion), use DLP photolithography to etch them,
Dopant Sources
- Boric Acid (From pesticides like Borax) Diluted into a solvent (in microgram levels,need to find their/applied science's microgram scale)
- Phosphoric Acid (From Chemical Suppliers, or (albiet in trace impure ammounts) from Coca-Cola (Which can be found worldwide... ; Good for global rollout)