https://edu.alibabacloud.com/?spm=a3c0i.14527127.4363105600.2.7a506d84uGrHpW
Tonight.
https://archive.org/details/nicolasslonimskythesaurusofscalesandmelodicpatterns/page/n54/mode/thumb
and this for more, brainy hobby. also maybe money.
and need all 3d books so i can do all and every everywhere
also a rant: how many of you are that rich anyway
Become a micro-mouse champion
https://www.youtube.com/watch?v=ZMQbHMgK2rw
>>91 hardware
Nope......
https://en.loader.to/4/
>>98
Make your own hardware at home
https://archive.is/iGei9
" This 22-Year-Old Builds Chips in His Parents’ Garage
Sam Zeloof combines 1970s-era machines with homemade designs. His creations show what’s possible for small-scale silicon tinkerers. "
Solar-hosted website
https://dri.es/my-solar-powered-and-self-hosted-website
To keep the Raspberry Pi Zero 2 W running in various weather conditions, we need to estimate the ideal solar panel and battery size. We'll base this on factors like power consumption, available sunlight, and desired uptime.
The Raspberry Pi Zero 2 W is very energy-efficient, consuming only 0.4W at idle and up to 1.3W under load. For simplicity, we'll assume an average power consumption of 1W, which totals 24Wh per day (1W * 24 hours).
We also need to account for energy losses due to inefficiencies in the solar panel, charge controller, battery, and inverter. Assuming a total loss of 30%, our estimated daily energy requirement is 24Wh / 0.7 ≈ 34.3Wh.
In Boston, peak sunlight varies throughout the year, averaging 5-6 hours per day in summer (June-August) and only 2-3 hours per day in winter (December-February). Peak sunlight refers to the strongest, most direct sunlight hours. Basing the design on peak sunlight hours rather than total daylight hours provides a margin of safety.
>66
I'm musician, you will pay me for teaching you scales?
>DIY Silicon
kewl, that was inspiring read.
I wonder why not so many people do that today.
With a shortage, and demand for independed local production / home assemble / privacy & security.