Thanks that’s definitely helpful, I was assuming that the lowest curve would be the least worst approximation but wasn’t sure if even the rough shape was right. The paper I linked shows a very linear OCV-SoC graph so I was a bit confused but after double checking it does fairly closely resemble a 30Q discharge curve if scaled properly.
I was worried that the resting OCV curve could be linear rather than sort of sigmoidal, or that after a resting period batteries tend to cluster around the same voltage regardless of SoC (for example always appearing to be at 4V and quickly dropping back to their “real” voltage when under a small load), or some other weirdness that made it more complicated than just accounting for current induced voltage sag. Good to see they’re at least in the ballpark of right, cheers. The links above are just to a generic sciencedirect home or downloads page though, not specific articles
Whsr should i search for to find info about that design? I got these by accident and naturally, that’s right where my mind went. I kinda guessed as they have a similar look and the same r as a pair of Randall’s I’ve got but my Google fu failed. Thanks for the help!
Nice I thought about 10mm but I wasn’t home lol I bought em anyways buncha 11 or 12mm spheres for a dollar. They fit but now I gotta figure out how to cut em in half lol
And very cool looking, too. Damn, now I want to try it.
diameter of Hoyt puck button holes I know one of you knows