Milliamp-hours per hour
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This post did not contain any content.wrote last edited by [email protected]
mA / h / h => mAh / h^2^
That's one hell of a measurement unit.
Edith: apparently I'm an idiot
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mA / h / h => mAh / h^2^
That's one hell of a measurement unit.
Edith: apparently I'm an idiot
mAh ≠ mA/h
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This post did not contain any content.wrote last edited by [email protected]
So this is 510 mA per hour, I guess. That or it just draws 510 mA continuously
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How many MPG per gallon does it get per mile, though?
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Furlongs per fortnight.
And an IRL one I encountered, and some one straight facedly expected me to do scientific research in this unit: The Miner's Inch.
Furlongs per fortnite, but its talking about the file size of the uncompiled source code of the current version.
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“Honey, can you come down to the bank? I need you to put in your PIN number at the ATM machine, as ASAP as possible!”
No, there's no "per" in mAh.
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So this is 510 mA per hour, I guess. That or it just draws 510 mA continuously
Not really, it makes sense to give a max current. If a car's top speed is listed as 200 km per hour, it does not mean that it goes this fast continuously.
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Not really, it makes sense to give a max current. If a car's top speed is listed as 200 km per hour, it does not mean that it goes this fast continuously.
I get this is a battery but the units don’t make sense unless it’s going at 100% all the time
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So this is 510 mA per hour, I guess. That or it just draws 510 mA continuously
wrote last edited by [email protected]The battery has the storage capacity to pass 510 mA in an hour. If you discharge at half the capacity of 255 mAh (0.5C) it will be empty after 2 hours.
If it was to draw 51 mAh (0.1C) it would last 10 hours.
But if it would draw 1020 mAh (2C) it would only last 30 minutes
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No, there's no "per" in mAh.
Of course there is, miliAmp per(e) hour,duh.
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I get this is a battery but the units don’t make sense unless it’s going at 100% all the time
Really? I have a camera that is rated "3.7 V, 2 A" but only draws that amount from the battery when the flash capacitor is recharging. Yes, the normal current draw would be more helpful, and in case of a watch, the standby current.
This may be the charging current but it would be pretty unusual to pick a value slightly above what legacy USB can deliver (500 mA).
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Of course there is, miliAmp per(e) hour,duh.
You got me there. Congrats.
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So this is 510 mA per hour, I guess. That or it just draws 510 mA continuously
510mA per hour is nonsensical because A is an instantaneous measurement. 510 mAh/h is 510 mA. I guess you need a backpack to carry the battery around if you want the watch to last all day.
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Wouldnt that just translate back to it drawing 510ma of current? If you use 510mah in an hour that means you are drawing 510ma of current. That also means for all day battery life you would need a 8000mah battery at least which would make quite the chunky watch lol.
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No, the safeword is "0.002 cents"
That's the safe safeword.
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mAh ≠ mA/h
So it would be
mAh / h => mA
Then?
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Wouldnt that just translate back to it drawing 510ma of current? If you use 510mah in an hour that means you are drawing 510ma of current. That also means for all day battery life you would need a 8000mah battery at least which would make quite the chunky watch lol.
Yeah, this seems like a metric specifically chosen s.t. it makes intuitive sense to the average person AND it has a nice physical interpretation. Similar to how EU efficiency labels show power draw in W as kWh per 1000h of use
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Really? I have a camera that is rated "3.7 V, 2 A" but only draws that amount from the battery when the flash capacitor is recharging. Yes, the normal current draw would be more helpful, and in case of a watch, the standby current.
This may be the charging current but it would be pretty unusual to pick a value slightly above what legacy USB can deliver (500 mA).
The max rating is important so your powersupply/battery can be sized accordingly. No powersupply can provide a abitrary current at their rated voltage.
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The battery has the storage capacity to pass 510 mA in an hour. If you discharge at half the capacity of 255 mAh (0.5C) it will be empty after 2 hours.
If it was to draw 51 mAh (0.1C) it would last 10 hours.
But if it would draw 1020 mAh (2C) it would only last 30 minutes
This is the winning response I think.
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Yeah, this seems like a metric specifically chosen s.t. it makes intuitive sense to the average person AND it has a nice physical interpretation. Similar to how EU efficiency labels show power draw in W as kWh per 1000h of use
Similar to how EU efficiency labels show power draw in W as kWh per 1000h of use
That sounds nice for appliances that run intermittently like refrigerators
