This just proves how little detail you know about signals and electro-magnetic radiation sources in general.
Analog TV tranissions ended a long time ago here and replaced with DVB-T, both are tens of miles away and on a totally different frequency.
Signal strength, depending on frequency falls down very quickly with distance. Pulse-rate and the overall structure of the signal matters as well, not just frequency and power.
Wifi is using 2.4 GHz which is a known weapons frequency, 2,4 is close where it interacts with water molecules, since human is 70% water, that's a bad idea.
Microwave oven works on 2.4 GHz as well. The higher you go, 5G targeting 30-60-90 GHz, that's getting in the area of military radar frequencies, probably more dangerous because they don't penetrate well, they'll have to boost power to force the beams to spread out, but even that doesn't work so the need to install thousands of antennas everywhere.
Infact, a chronic exposure to low power levels of radiation is more damaging than a short exposure of high power levels.
Wi-Fi is low-power, but exposure is chronic, day, night, 24/7, router in bedroom, + all the neighbours, phones in pocket directly in area of reproductive organs, no surpirse why there's so many miscarriages.
Skyscrapers, large apartment homes ... with probably 50x Wi-Fi devices in roughly 20 square meters are giant microwave ovens, thank god I don't live anywhere close.
Oh? Does it now?
I guess you haven't looked too carefully where TV transmitters are placed.
Let's start with an easy example of them not being "miles away".
en.wikipedia.org
The Crystal Palace transmitter is in fairly central part of SE London and people live very close to it.
So if your theory towards the end of your argument supposedly is true, then the people living right next to this broadcast transmitter should all be dead by now.
Then you seem to be sold on the same lie as most of the anti 5G people, that somehow a router that is limited to 1W out effect at the most (on 2.4GHz, 4W on 5GHz in the US) is somehow going to be able to damage a human being. I presume you never go outside and have blackout blinds in your home, as you would die if a ray of sunlight touched your body? The heat from regular old sunlight produces roughly 1,000W/m2, but I guess it's not something you're concerned about?
As pointed out, a frequency itself has no affect as such, although you are correct that microwaves can be harmful to living beings, if the effect is high enough. At 1W, it can't even penetrate your skin. It would also not cause any kind of heat buildup, as the Wi-Fi "radiation" from your router isn't focused in any way, unlike you know. in a microwave oven that has been designed to focus the microwave by bouncing them around inside it to heat the liquid in your food.
Also, the higher the frequency, the hard it is for the radio wave to penetrate things, so your assumption that a broadcast TV signal would somehow "disperse" and be of no danger to anyone is also complete hogwash, as it's on a frequency band that can more easily penetrate buildings, forests etc. than 2.4GHz Wi-Fi or most 5G bands (some of the sub-6GHz 5G frequencies are using old UHF/VHF bands, but at much lower transmit power).
Guess why there are so many 5G mmWave transmitters? Because the penetration power at those frequencies is next to zero. They can barely penetrate a typical window in a building, even less so a brick wall. This is also why there are a lot of indoors pico and micro cells, as otherwise the mmWave signal wouldn't work inside shopping malls etc. The mmWave transmitters are also restricted in terms of the transmit power, with a pico cell being around 40W of roughly the same energy as the incandescent light bulbs most of us used to have in our homes.
https://www.siversima.com/news/mmwave-for-5g-fixed-wireless-access-a-review
Yes, larger transmitters will have an output somewhere around 300-1,000W, but they still have very limited range compared to something like a broadcast TV or radio transmitted and the out effect is still just a fraction of the latter. A modern DVB-T transmit tower is around 230MW, i.e. 230,000,000W, yet for some reason, 5G is what's going to kill us...
Oh and since when are broadcast TV transmitters turned off at night? They're afaik, 24/7, whereas you have a choice to turn off your router, your phone and what not else, when you're not using it.
So please, take your conspiracy theories to some other forum where you can pretend to know what you're talking about. I would rather that you stopped spreading FUD altogether, but that might be too hard.
Oh, I should also point out that I spent a couple of years working for a router manufacturer, but yeah, I know nothing about how any of this works...
