Frank:

Lol, it is catching huh?

Almost without doubt, what was tearing up my am radio was the signal
being fed on the B+ rail (~1Mhz run by a "chopped" supply--and most
likely leaking some signal onto the house mains--I am guilty of not
making those suspicions clear)... however, their intent was to jam
wireless wans/lans--from what I heard--they were/are more than
successful...

I know there was great experimentation here in trying to get a microwave
magnetron "rock stable"--when that failed it lead to the "other"
experimentation...

Just in case there is something to this--be careful when and where you
operate it...I think it just might surprise you...

Warmest regards,
John

"Frank" wrote in message
news:Rx%re.49680$wr.38116@clgrps12...

"John Smith" wrote in message
news
... no need, I have seen the results of such devices in practical
operation...

I do a class at the jr. college here, have 3 sons in the computer
field, my garage is a clubhouse/wireless point/computer lab...

... lot of cs/electronics majors... they have fired up such devices
before I said, "Not here!!!"

Really got ****ed when it jammed my "late night talk radio" which I
fall asleep to...

Warmest regards,
John

When people try to say you are talking garbage it sparks my curiosity,
and have to see for myself. I should have realized that Sa(x) almost
goes on forever. Even at 100 GHz from the carrier the sidebands are
about -85 dBc. Other factors will probably suppress these very high
order sidebands, but still interesting to crunch numbers. Now I have
an overwhelming desire to build a -4000 V pulse generator, just to see
how close it comes to theory.

73,

Frank

"John Smith" wrote in message
...
Frank:

Lol, it is catching huh?

Almost without doubt, what was tearing up my am radio was the signal being
fed on the B+ rail (~1Mhz run by a "chopped" supply--and most likely
leaking some signal onto the house mains--I am guilty of not making those
suspicions clear)... however, their intent was to jam wireless
wans/lans--from what I heard--they were/are more than successful...

I know there was great experimentation here in trying to get a microwave
magnetron "rock stable"--when that failed it lead to the "other"
experimentation...

Just in case there is something to this--be careful when and where you
operate it...I think it just might surprise you...

Warmest regards,
John

When the microwave oven is running it interferes with my 200 kHz (conducted
over house wiring) intercom system (Rat Shack). I suspected that it was
noise from the power supply, and not the actual magnetron. I am still
inclined to believe that the selectivity of the magnetron cavities will
limit the modulated spectrum, not to mention the waveguide cut-off
frequency. If I get a chance I will look more carefully at the RF output
on a spectrum analyzer.

As for magnetron frequency stability and phase noise performance, I remember
COHO/STALO MTI RADAR, and thought that the magnetron was stabilized. This
is not true, as explained in http://www.alphalpha.org/radar/coho_e.html

The only way I can conceive of stabilizing is by the use of a tunable
magnetron and AFC system. Then there is also the possibility of injection
locking.

73,

Frank