soldering AAA batteries

If I remember correctly it's "The future's bright, the future's Orange!". so it was the future that was orange, we did have a senior manager at work that looked orange at that time as he used that tanning dye, we used to call him "tangerine" behind his back
 
That is similar to my recollection, I remember buying an early Nokia, in around '93, on Orange. The weird Orange TV ads, just mentioned 'The world being Orange', with no explanation of just what was orange :-)
It all sounds right, I did a job which included a company phone for most of 1994- a digital Moto, 1995/6 was with the company above with digital Moto flip and 2 analogues.
 
If I remember correctly it's "The future's bright, the future's Orange!". so it was the future that was orange, we did have a senior manager at work that looked orange at that time as he used that tanning dye, we used to call him "tangerine" behind his back
That is similar to my recollection, I remember buying an early Nokia, in around '93, on Orange. The weird Orange TV ads, just mentioned 'The world being Orange', with no explanation of just what was orange :-)
You are both correct and there was a selection of other things being Orange in their campaign's.
 
I have soldered wires onto 1.5v AA batteries before and It has not harmed them, do it quickly though and prepare the surface well before soldering, a quick 1 second dab of solder will do no harm, if you are hopeless at soldering and will be arsing about for 10 minutes, then all that heat might damage the battery

I thought phones had lithium type batteries on them ? "NEVER INTERFERE WITH ONE OF THOSE BATTERIES"

I've never known any mobile phone have batteries anywhere near the format of AAAs.

Cordless home phones yes, but not GSM.
 
(although I'm far from convinced that the very old ones would work with today's GSM network, even if they could be 'powered up'!)

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and


1G was shut down around 2001.

3G (in the UK) was due to be completely gone by early this year.

2G is still alive and well.
 
If 12G is still going, why did all the remote monitoring systems for the water companies fail a few years ago and suddenly thousands of new devices had to be sourced very rapidly?

There is no 2G on either of the 2 sites I have kit on and both are very prominent sites.
could some one please explaine to me the differance between 1G, 2G 3G, 4G ad 5G. i a radio wave sence that is
 
G-ness isn’t much to do with radio waves. Radio waves are the road; they don’t really change or advance, they’re just a way of getting info from one place to another

G (generations) represent more like cars, and are advancements in technology. If you look at the progression of car technology from 100 years ago, around conception, to today, it’s a massive leap. Everything about a 1920s car vs a 2020s car is changed; modern cars are faster, more economical, less environmentally impactful, more comfortable, go further, better explain themselves..

1G cars had a guy carrying a flag walking in front, they were large, slow, took up all the road, and fortunately not many people owned one so it didn’t matter that they were inefficient in every way

5G cars (let’s pick on Tesla; they’re always doing stupid coordinatory stuff) could conceivably fill a multi lane motorway all doing 100mph an inch off each others bumpers, using their onboard sensors and inter-vehicles comms capabilities to move as one, the lead one needs to slow, communicates to all the others to all simultaneously brake so there isn’t a crash

We’re getting better and better at the coordination, and sharing of the same radio wave(road space) and finding ever smarter ways to pack more info in

1G you just got the whole lane to yourself; no one else could transmit/drive if you were using it. Some radio use still works this way; aircraft traffic, FM radio.. You can’t have two users on the same frequency at the same time

Give you an easy to understand example of 2G, and one of its iteration over 1G, which used something called time division multiplexing. It allowed multiple conversations at the same time, on the same frequency channel. In essence a phone would store up everything you said in a certain time period (let’s say a second; it was much faster than that but we need to make the numbers easy), convert it to a digital compressed form 1/8th the size, wait for its time slot on the network, transmit then stop transmitting until its next slot. Your phone this bursted 1 second of your conversation into the first 1/8th of a second, my phone took the second slot, your mate’s phone took the third and so on, and they all stayed perfectly in sync, only listening and talking at the right time so they shared a slot. It’s like having two radio stations on the same channel, and both DJs talk and play their records at 2X speed, but on anlterbatibg 1 second periods, and you turn your radio on and off, on and off to align with the station you want.
You’ll hear the whole song/talk, with gaps, and if you can mentally(or have a device to) slow down the 2X speed to 1x, it will eliminate the gaps and make it sound right. I’ll do the same but on the other station and my radio is on when yours is off and vice cersa.

G-ness is finding better and better ways to use the radio waves to shift information and every iteration builds on the last, sometimes going back to old ideas in new ways (5G antennas can beam signals towards users, which essentially increases capacity by physically carving up the geography)
 
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