What makes it tick?
 

On Thu, 11 Jan 2007 05:26:45 -0500, "Jimmie D"
wrote in
:


"Telstar Electronics" wrote in message
ups.com...
Anyone care to venture a guess what's inside this?
http://www.survival-systems.com/yeticom/cp-1.html

Put together a little rf speech processor last night on a bread board using
color burst crystals for IF filter and osc. Works great with 9db of
clipping, about $10 worth of parts off the shelf cost. Took about 2 hours to
bread board it up.


I like it, too. It's slicker than a whore's leg on nickel-day. I used
a 100kHz crystal and LC filter for mine, but using colorburst crystals
would make it a lot smaller.


I figure a one man production line could build one in
about 30 minutes.Its just stuffing a board and soldering.


I'm sure Brian will be pleased to hear that it doesn't require much
work. All he needs now is for someone to draw him a schematic!!!

What makes it tick?
 

Frank Gilliland wrote:
I like it, too. It's slicker than a whore's leg on nickel-day. I used
a 100kHz crystal and LC filter for mine, but using colorburst crystals
would make it a lot smaller.

I'm sure Brian will be pleased to hear that it doesn't require much
work. All he needs now is for someone to draw him a schematic!!!

The problem is that this type of RF clipping scheme only works on SSB
signals. Back to the drawing board Frank.

www.telstar-electronics.com

What makes it tick?
 

On 11 Jan 2007 05:03:29 -0800, "Telstar Electronics"
wrote in
. com:

Frank Gilliland wrote:
I like it, too. It's slicker than a whore's leg on nickel-day. I used
a 100kHz crystal and LC filter for mine, but using colorburst crystals
would make it a lot smaller.

I'm sure Brian will be pleased to hear that it doesn't require much
work. All he needs now is for someone to draw him a schematic!!!

The problem is that this type of RF clipping scheme only works on SSB
signals. Back to the drawing board Frank.


It works on AM, too, Brian. It even works in audio PA systems to keep
the power amp from clipping.

So where's the schematic for your amp? And looking at your posting
frequency lately, don't you think it's time you save the taxpayers
some money and get a job?

What makes it tick?
 

Frank Gilliland wrote:
It works on AM, too, Brian. It even works in audio PA systems to keep
the power amp from clipping.

Please explain the principle of this RF clipping... and how it would
apply to an AM signal.

www.telstar-electronics.com

What makes it tick?
 

On 11 Jan 2007 05:39:48 -0800, "Telstar Electronics"
wrote in
. com:

Frank Gilliland wrote:
It works on AM, too, Brian. It even works in audio PA systems to keep
the power amp from clipping.

Please explain the principle of this RF clipping... and how it would
apply to an AM signal.


I'm tired of tutoring you in basic electronics, Brian. You seem to
have lots of time on your hands..... go to school and learn it there.
Or go to the library and read a book. Judas H. F. Priest, can't you do
anything for yourself?

What makes it tick?
 

Frank Gilliland wrote:
I'm tired of tutoring you in basic electronics, Brian. You seem to
have lots of time on your hands..... go to school and learn it there.
Or go to the library and read a book. Judas H. F. Priest, can't you do
anything for yourself?

OK... expected.
Why didn't you just say you don't know.
The fact is that such an RF clipping scheme will not work on anything
but SSB signals.

www.telstar-electronics.com

What makes it tick?
 

On 11 Jan 2007 06:05:06 -0800, "Telstar Electronics"
wrote in
. com:

Frank Gilliland wrote:
I'm tired of tutoring you in basic electronics, Brian. You seem to
have lots of time on your hands..... go to school and learn it there.
Or go to the library and read a book. Judas H. F. Priest, can't you do
anything for yourself?

OK... expected.
Why didn't you just say you don't know.
The fact is that such an RF clipping scheme will not work on anything
but SSB signals.


It's an AUDIO processor, Brian. Audio IN, audio OUT. That means it
will work in ANY application where an audio limiter is needed. I
posted a link to one on the BAMA site..... didn't you read it? Or are
you waiting for your mommy to read it to you at bedtime?

........sheeesh!!!!

What makes it tick?
 

Frank Gilliland wrote:
It's an AUDIO processor, Brian. Audio IN, audio OUT. That means it
will work in ANY application where an audio limiter is needed. I
posted a link to one on the BAMA site..... didn't you read it? Or are
you waiting for your mommy to read it to you at bedtime?

Frank, I'm thoroughly convinced that you are unable to comprehend what
is printed.
Jim said it was an "RF clipper" type processor. So now you're saying
it's not? You do realize there is a substatial difference... right
Frank?

www.telstar-electronics.com

What makes it tick?
 

On 11 Jan 2007 06:50:51 -0800, "Telstar Electronics"
wrote in
. com:

Frank Gilliland wrote:
It's an AUDIO processor, Brian. Audio IN, audio OUT. That means it
will work in ANY application where an audio limiter is needed. I
posted a link to one on the BAMA site..... didn't you read it? Or are
you waiting for your mommy to read it to you at bedtime?

Frank, I'm thoroughly convinced that you are unable to comprehend what
is printed.
Jim said it was an "RF clipper" type processor. So now you're saying
it's not? You do realize there is a substatial difference... right
Frank?


==========
On Thu, 21 Dec 2006 18:51:38 -0800, Frank Gilliland
wrote in
:

snip
And just to confuse you even more, there is another type of real-time
compression that works -=MUCH=- better than anything else. The audio
is modulated to RF, clipped, filtered, and then down-converted back to
audio. The result is hard clipping with no harmonic distortion. Pretty
slick, huh?
==========


Just as I suspected -- you got confused. ROTFLMMFAO!!!!!

What makes it tick?
 

And here's that link again. Read it this time.

ftp://bama.sbc.edu/downloads/comdel/csp11/

Now..... where's your schematic, Brian?