If cell phones are any gauge, digital uses a lot less power than analog.
By "radiation" you presumably mean "radio waves".
A digital spread spectrum (DSS) phone is allowed to have up to 1 watt
power, although many (most?) have less, and (to improve battery life)
the handset may use lower power than the base station. You're
unlikely to find specifications that tell you what any particular
phone does, though.
An analog phone looks like it is allowed to have 1 mW (0.001 watt) power.
In general, I'd expect *lower* frequency phones to use lower power,
because the lower frequencies are less affected by obstructions, etc.
If you're really worried about it, get a unit that you can use with a
headset (then the radio transmitter doesn't need to be against the
side of your head).
Dave
The actual broadcast signal is analog for both, just different encoding.
Check the radiated power (usually marked in milliwatts, abreviated as mw)
to find out which is putting out more.
Gary
--
Gary Heston ghe...@hiwaay.net http://www.thebreastcancersite.com/
"Behind every successful woman there is an astonished man"
General of the Army (four stars) Ann Dunwoody
I read some info on the web suggesting that the new Dect technology is
worst for you, because of the lower frequencies (1.9Ghz) affects your
cells in a negative way.
> more power equals more radiation? is that correct?
Yep.
> I read some info on the web suggesting that the new Dect technology is worst for
> you, because of the lower frequencies (1.9Ghz) affects your cells in a negative way.
Its complete bullshit. In fact the higher freqs can give you cataracts at power levels
that are massively higher than any cordless phone can ever generate and we havent
seen an increase in the number of cataracts as DECT phone use has increased.
The "radiation" is the "radio signal" that the phone makes. So yes,
more power equals more radio signal, that's the whole point of more
power, otherwise it's just wasted.
> I read some info on the web suggesting that the new Dect technology is
> worst for you, because of the lower frequencies (1.9Ghz) affects your
> cells in a negative way.
That is not generally accepted. In any case (in the US) cordless
phones do not operate at 1.9GHz. The possible bands in order of
increasing frequency are 46MHz (if it's a real antique), 900MHz,
2.4GHz, and 5.8GHz (some 5.8GHz phones use the 2.4GHz band for the
handset). Some of these bands are also used for other things, like
microwave ovens and computer wifi.
Dave