sci.physics.electromag

On Oct 6, 6:24 am, "George Dishman" wrote in
/group/ /msg/ad14e4c2d56369db :

> "Green Xenon [Radium]" wrote in
messagenews:47072242$0$15384$4c368faf@ ...
> ...


> > ... This receiver also has a robust signal processor
> > that can eliminate clipped-waveforms [such as square waves], spikes,
> > clicks, pops, hiss, and random noise
> > even at those trivial wattage
> > levels. After eliminating those unwanted signals, the carrier wave
> > > is
> > amplified.

> There is no carrier,

Yes there is. Why do you say there isn't? Certain waveforms in the
carrier wave that would cause the modulator signal to contain
clipped-waveforms [such as square waves], spikes, clicks, pops, hiss,
and random noise are removed. However, the remainder of the carrier-wave
remains unscathed.

> it was one of those signals you just
> eliminated.

How so?

> > If I am on this spaceship, what will
> > I most likely hear on the radio?

> Stop trying to troll, you are too stupid to pull it off.

I don't troll or spam. I am asking this question because -- unlikely [if
not impossible] as my 2-GHz-in-outer-space scenario is -- I am still
interested in it.

Now please please please answer my question. What would I hear?

I chose 2 GHz because it is in the UHF band. UHFs tend to be best for
extremely long distance reception. Of the radio waves emitted by objects
trillions of miles -- or more -- away, UHF is usually the most receivable.