AM electromagnetic waves: 20 KHz modulation frequency on anastronomically-low carrier frequency
 

On 7/2/07 11:00 AM, in article , "John Smith"
wrote:

John Smith wrote:

[stuff]

And, by the way, when using plate modulation on a transmitter, the DC
input to plates of the transmitter has a modulated signal impressed upon
it by a modulation transformer (simply an audio transformer), every watt
of power to the xmitter is so impressed ... The DC voltage/current to
the xmitter contains the voice data--indeed, the exact same data which
is impressed onto the DC on a telephone line (voice/modulation.)

However, the real importance of this will only become clear to you when
you come out from under the influence of whatever it is you are smokin' ...

JS


But I know WHY the plate modulated rig creates sidebands, and you still
don't, because you refuse to learn.

AM electromagnetic waves: 20 KHz modulation frequency on an astronomically-lowcarrier frequency
 

Don Bowey wrote:

But I know WHY the plate modulated rig creates sidebands, and you still
don't, because you refuse to learn.


Interesting, now you attempt to divert the conversation into the
modulation having been, FINALLY, impressed into the sidebands ...

Hell, it was just such a chore bringing your education up to speed on
this one point, I'd have to be paid to continue your education!

JS

AM electromagnetic waves: 20 KHz modulation frequency on anastronomically-low carrier frequency
 

On 7/2/07 11:53 AM, in article , "John Smith"
wrote:

Don Bowey wrote:

But I know WHY the plate modulated rig creates sidebands, and you still
don't, because you refuse to learn.


Interesting, now you attempt to divert the conversation into the
modulation having been, FINALLY, impressed into the sidebands ...

Hell, it was just such a chore bringing your education up to speed on
this one point, I'd have to be paid to continue your education!

JS

You allude to knowing how the sidebands come into being yet you cannot
provide any clue that you really understand AM, and you continue to think
microphone current in a telephone loop is the same thing. You're as FOS as
they come.

I doubt you have fooled anyone on this board with your attempts to look like
you know more than you really do.

AM electromagnetic waves: 20 KHz modulation frequency on an astronomically-lowcarrier frequency
 

Don Bowey wrote:

You allude to knowing how the sidebands come into being yet you cannot
provide any clue that you really understand AM, and you continue to think
microphone current in a telephone loop is the same thing. You're as FOS as
they come.

I doubt you have fooled anyone on this board with your attempts to look like
you know more than you really do.

Buddy, you speak about these people being "fooled", interesting term,
implying you consider them fools!

I doubt that is true, they have seen through you in a heartbeat, most,
probably long before now ... I imagine they are just embarrassed for
you--having made such an A$$ of yourself ...

JS

AM electromagnetic waves: 20 KHz modulation frequency on anastronomically-low carrier frequency
 

On 7/2/07 12:29 PM, in article , "John Smith"
wrote:

Don Bowey wrote:

You allude to knowing how the sidebands come into being yet you cannot
provide any clue that you really understand AM, and you continue to think
microphone current in a telephone loop is the same thing. You're as FOS as
they come.

I doubt you have fooled anyone

Please point out, above, or wherever you wish, where I said they were
fooled. You can't you POS liar.


Buddy, you speak about these people being "fooled", interesting term,
implying you consider them fools!

on this board with your attempts to look like you know more than you really
do.


I doubt that is true, they have seen through you in a heartbeat, most,
probably long before now ... I imagine they are just embarrassed for
you--having made such an A$$ of yourself ...

JS

While you continue to allude to skills and knowledge you don't have.

Do you often get away with this useless chest beating?

AM electromagnetic waves: 20 KHz modulation frequency on an astronomically-lowcarrier frequency
 

Don Bowey wrote:

...
While you continue to allude to skills and knowledge you don't have.

Do you often get away with this useless chest beating?



You pathetically petty idiot ... I guess you call names because of your
age. Or, others have called you names and it has hurt your ego. Get an
education, grow-up and get off the drugs--you will be able to finally
respect yourself! :-(

Best hope in your therapy!

JS

AM electromagnetic waves: 20 KHz modulation frequency on anastronomically-low carrier frequency
 

On 7/2/07 2:12 PM, in article , "John Smith"
wrote:

Don Bowey wrote:

...
While you continue to allude to skills and knowledge you don't have.

Do you often get away with this useless chest beating?



You pathetically petty idiot ... I guess you call names because of your
age. Or, others have called you names and it has hurt your ego. Get an
education, grow-up and get off the drugs--you will be able to finally
respect yourself! :-(

Best hope in your therapy!

JS

But POS was intended for guys like you.

Ok! Again, you win. Please enjoy your blissful ignorance with my good
wishes.

Finis

snip, Snip. SNIP ! the "Rec.Radio.Shortwave" Group from the Newsgroups {Distribution} Header - please, Please. PLEASE !
 

On Jul 2, 6:16 am, Don Bowey wrote:
On 7/1/07 10:06 PM, in article
,

"Telamon" wrote:
In article ,
cledus wrote:

Snip

Would you please have the decency to snip rec.radio.shortwave and other
groups from the newsgroup header. Thanks.

- Would you please come and ask nicely.
- I don't like how you put your order.

don bowey, Don Bowey. DON BOWEY !

Oh Please with Sugar and Spice and Everything Nice
snip, Snip. SNIP ! the "Rec.Radio.Shortwave" Group
from the Newsgroups {Distribution} Header when you
Post your Reply - It would be ever so decent of you
Kind and Wonder Sir. ;-)

thank you very much - most respectfully ~ RHF

snip, Snip. SNIP ! the"Rec.Radio.Shortwave" Group from the New...
 

y'all forgot about something,,,,
Time does not exist.
cuhulin

AM electromagnetic waves: 20 KHz modulation frequency on an astronomically-low carrier frequency
 

" wrote in message
...
Better still, Vestigial Sideband!

You're both wrong. It is VIRTUAL SIDEBAND

Nope - VSB, as commonly used in broadcast television,
most definitely stands for "vestigial sideband" - a form of
AM in which the carrier and part of one sideband (in this
case, the lower sideband is the "vestigial" one) are retained,
along with one full sideband which carries the information
(in this case, the upper sideband, which carries the luminance
(Y) video information).

Bob M.