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beastlykings

beastlykings@sh.itjust.works
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This is where I’m at too. I was literally just talking to my friend about this last night.

We both know of several people who feel very strongly that the pandemic is still in full swing. They won’t go out of their house without a mask, they get their groceries delivered, they won’t come to any social events for fear of getting sick, and they only work from home. They’ve basically trapped themselves in their house, out of fear.

In my opinion, which is only an opinion, I think these people have an undiagnosed mental illness. Some sort of excess anxiety that was triggered by the events of lockdown and the early pandemic, and now they are unable to reset back to normal.

I don’t mean that in a bad way or a rude way, I’m legitimately concerned for these people and don’t know how to help.

For your average Joe, COVID is just a reality we live with. I don’t want to get it, but I can’t afford to lock myself down, nor do I think it would be healthy for me mentally if I did.

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Nah, totally easy and safe if you have a little experience tinkering with stuff like that.

The fact that he came up with the idea in the first place tells me he’s halfway there. I think he’ll be fine with a little care.

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On top of that I’ll sometimes put them entirely to sleep when I’m not using them. You get zero background privileges. I don’t need you running in the background updating crap, when I only need to use you a few times a year.

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Amps and watts are related, but you need voltage to complete the equation.

Wattage, which is total power delivered, is derived by multiplying volts times amps.

So the steam deck can charge using 40 watts. A quick Google says that it’s max charging voltage is 15 volts, and its max charging amperage is 2.6 amps.

15 times 2.6? 39. That’s basically 40 watts.

Now, the Deck can also use 12v, 9v, and even 5v in a pinch. But that’s only 31, 23, and 13 watts respectively. So you’re likely not going to be able to charge and play at the same time unless your charger is capable of 15 volts at 2.6 amps.

Now for 240w, if you wanted to do that at 15 volts, you’d need 16 amps! 15 volts times 16 amps is 240 watts. At 12, 9, and 5 volts you’d need 20, 27, and 48 amps respectively. You’d need a pair of cables bigger than your thumb to carry that many amps without overheating.

That’s why in the USB C PD spec, 240w is only possible if your device can accept 48 volts.

48 volts times 5 amps is 240w.

In fact the max amperage is 5 amps, and that requires a special cable with a special chip to prove it won’t melt. So at lower voltages, 36 and 28, the max wattage is 180 and 140 respectively.

That’s the beauty of electricity, and the relationship between voltage and amperage. The more power(watts) you want to deliver, the more amps you need. But, if you can increase the voltage, you can deliver the same power for less amperage.

That’s why overhead power lines are high voltage, 12,000 volts for residential lines in the USA.

A standard home has 240 volt service, split into two 120 volt “phases”. The maximum amperage at the main breaker is usually 100 or 200 amps.

240 volts times 200 amps is 48,000 watts!

Now, once that gets on the overhead lines, the amperage is much less.

48,000 watts divided by 12,000 volts? 4 amps. You could carry the entire full load of a household: washer, dryer, stove, water heater, etc. Max out the panel with current draw, and you could carry all of that over a single USB C cable at 4 amps, if you could get the voltage up to 12,000 volts.

You can’t of course, because electricity gets really jumpy at those voltages, so you’d need two USB C cables and you’d have to hold them several feet away from each other and the ground or anything else conductive. But still, you could do it, and that’s amazing!

Sorry for the big write up. Thanks for coming to my TED Talk. There are pamphlets at the doors.

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Bluetooth has a general lag of several milliseconds, tens of milliseconds probably, for me. But it’s close enough to not bug me when watching videos. And I never have cutouts, not unless I walk very far away. Just tonight at work I was using my pixel buds, left my phone on the desk, walked to the bathroom probably 40 or 50 feet away and through at least 3 walls, didn’t miss a beat 🤷‍♂️

My old BT headphones back in the day couldn’t go 20 feet across the room line of sight.

BT has definitely gotten way better in recent years.

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Yeah I’ve seen the movie and the final pane of this comic got me as well. I think it’s because the bricks he’s running on at the end are the same as the well, and the boulder is too smooth and looks like an opening to the well, like the cat is matrix running down the wall of the well 🤷‍♂️

Very confusing perspective, even if only for a moment.

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You’re welcome! Yeah all buds used to be that way, now they’re considered “cheap” and the in-ear kind are the new hotness. Better bass response and noise isolation. But the one school style is coming back, and those buds I linked are considered premium by some people 🤷‍♂️

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Sure!

These are what I call ear canal buds.

These are what I just bought, and really enjoy, because they sit in your outer ear without plugging the canal, so outside sounds can easily enter.

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