| Electronics > Beginners |
| I may have found a legit need for a .."batteriser" |
| << < (5/6) > >> |
| epigramx:
--- Quote from: Buriedcode on February 12, 2019, 07:46:35 pm ---I'm calling bullshit --- End quote --- In any case the graph I replied to doesn't disprove my claim either, in fact it can strengthen it since itself shows that certain batteries can stay above 1.15v for a long time which seems to be the problem with the original test (being < 1.15v). |
| jeffheath:
--- Quote from: epigramx on February 12, 2019, 11:23:42 am --- --- Quote from: wraper on January 07, 2019, 11:03:22 pm --- if you look at battery discharge curves, at 1.13V there is only a little bit of energy left. --- End quote --- but then there's this claim --- End quote --- Nice troll but the batterizer is a dead meme :horse: |
| epigramx:
--- Quote from: jeffheath on February 13, 2019, 09:30:35 pm ---dead meme :horse: --- End quote --- That implies the Wii Remote is voodoo magic since it can go on for hours after the G700 considers the battery dead. :blah: update: Btw, barely on topic but it seems the crappy switches of the G700 were keeping it alive/wasting its energy too. After I ..switched them with new ones and leaving it overnight, it remained on 3 bars (it used to waste every single time). [spoiler]unless resoldering it also helped[/spoiler] |
| epigramx:
Not exactly about a "batteriser" discussion but here's a video portion related to that mouse being terrible with power management: https://youtu.be/i4nYqfZlnMY?t=1409 |
| hermitengineer:
--- Quote from: KL27x on January 09, 2019, 10:59:52 pm --- --- Quote ---G700 was a top end laser gaming mouse. Battery life sacrificed for maximum performance. On the other hand, your mouse sacrifices performance for maximum battery life. --- End quote --- I smell excuses. I am thinking it's more like the G700 is a top end gaming device. Hence, it might take too much time and effort to optimize such a short run, niche product for low sleep current. --- End quote --- I've at least played with an optical tracker chip for a mouse, so I can say this much: It's all in how you program the chip. You can program it to go to sleep after a variable amount of time, or not at all. It's possible that the "gaming mouse" never goes to sleep because then it can't react to sudden movements as you suddenly have to maneuver the cursor over the new enemy who just appeared. In default mode, the chip goes through various levels of sleep when it doesn't sense movement, cutting its sampling rate by maybe 5x after a second or two of stillness at first and then dropping to just a couple per second after enough time elapsed. So both a "gaming mouse" and a standard mouse may even be using the same chip, just programming it differently. |
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