On 15 Aug 2006 10:32:49 -0700, N9OGL wrote:

Steve the Electrical Field emission for 13 Mhz is 15,484 uV/m @ 30
Meters. Omega One Radio is running a power output 100 watts, and the
electrical field emission a 17.5 meters is 2,000 uV. At 30 Meters the
field emissions is 0 uV You Also have to remeber that 13 MHz is the
22 meter Shortwave Band, which does skip. It it possible to hear part
15 stations on that frequency. You can put out a higher power and
produce the required electrical field.


A back of the envelope calculation says you are way over the legal
field strength if you're running 100 watts. You can calculate the
power it takes for an isotropic radiator to produce a field strength
of 15,484E-6 volts/meter as follows:

1. The area of a sphere of radius r is 4*Pi*r^2. An isotropic
radiator emitting P watts at the center of the sphere will produce a
power density of Pd = P / ( 4*Pi*r^2) on its surface.

2. The power density is related to the electric field and the
impedance of free space (120*Pi) by the formula Pd = e^2 / (120*Pi).

3. Solving (1) and (2) for the power, P, you come up with P = (er)^2 / 30.

So, for an "e" of 15,484E-6 and an "r" of 30, P = 0.00719 watts, or
roughly seven milliwatts.

Since antennas are not isotropic, the power must be reduced even further
so that the electric field will not exceed the legal limit in the
direction of highest antenna gain.

This calculation ignores line losses and final amplifier inefficiencies,
but there's no way in Glendale you can convince me that you can take a
100 watt transmitter and manage to lose so much power that you have
seven milliwatts or less being radiated.

All my DeVry Correspondence School instincts tell me that you are
seriously in violation of the law. Other DeVry grads at the FCC will
immediately agree, as will our distinguished alumnus, KC8JBO, the only
man to have discovered negative VSWR.

Be careful, Todd, and rethink your current station configuration.



====================
"lean how to spell it write, moron" -- N9OGL in message
.com

Stagger Lee wrote:
On 15 Aug 2006 10:32:49 -0700, N9OGL wrote:

Steve the Electrical Field emission for 13 Mhz is 15,484 uV/m @ 30
Meters. Omega One Radio is running a power output 100 watts, and the
electrical field emission a 17.5 meters is 2,000 uV. At 30 Meters the
field emissions is 0 uV You Also have to remeber that 13 MHz is the
22 meter Shortwave Band, which does skip. It it possible to hear part
15 stations on that frequency. You can put out a higher power and
produce the required electrical field.


A back of the envelope calculation says you are way over the legal
field strength if you're running 100 watts. You can calculate the
power it takes for an isotropic radiator to produce a field strength
of 15,484E-6 volts/meter as follows:

1. The area of a sphere of radius r is 4*Pi*r^2. An isotropic
radiator emitting P watts at the center of the sphere will produce a
power density of Pd = P / ( 4*Pi*r^2) on its surface.

2. The power density is related to the electric field and the
impedance of free space (120*Pi) by the formula Pd = e^2 / (120*Pi).

3. Solving (1) and (2) for the power, P, you come up with P = (er)^2 / 30.

So, for an "e" of 15,484E-6 and an "r" of 30, P = 0.00719 watts, or
roughly seven milliwatts.

Since antennas are not isotropic, the power must be reduced even further
so that the electric field will not exceed the legal limit in the
direction of highest antenna gain.

This calculation ignores line losses and final amplifier inefficiencies,
but there's no way in Glendale you can convince me that you can take a
100 watt transmitter and manage to lose so much power that you have
seven milliwatts or less being radiated.

All my DeVry Correspondence School instincts tell me that you are
seriously in violation of the law. Other DeVry grads at the FCC will
immediately agree, as will our distinguished alumnus, KC8JBO, the only
man to have discovered negative VSWR.

Be careful, Todd, and rethink your current station configuration.



====================
"lean how to spell it write, moron" -- N9OGL in message
.com


poor little toad........couldn't get past general now the mean hammies
won't let him play radio!
BWHAHAHAHAHAHAHAHAHA!!!!!!!!!!!!!!!!!!!!!!!!!!

Mr. Hammington wrote:
Stagger Lee wrote:
On 15 Aug 2006 10:32:49 -0700, N9OGL wrote:


poor little toad........couldn't get past general now the mean hammies
won't let him play radio!
cease and desist

an old friend wrote:
Mr. Hammington wrote:
Stagger Lee wrote:
On 15 Aug 2006 10:32:49 -0700, N9OGL wrote:


poor little toad........couldn't get past general now the mean hammies
won't let him play radio!
cease and desist

cease and desist what?????
i wasn't talking to you,you stupid *******!
NOW this is for you"an_old_frindLESS cocksucker"
**** YOU &
**** YOUR FAMILY

MR HAMMINGTON wrote:
an old friend wrote:
Mr. Hammington wrote:
Stagger Lee wrote:
On 15 Aug 2006 10:32:49 -0700, N9OGL wrote:


poor little toad........couldn't get past general now the mean hammies
won't let him play radio!
cease and desist

cease and desist what?????
your harrassment
i wasn't talking to you,you stupid *******!
so? you are placing post in USENET not in private email
NOW this is for you"an_old_frindLESS cocksucker"
**** YOU &
**** YOUR FAMILY
cease and desist

Stagger Lee wrote in
:

On 15 Aug 2006 10:32:49 -0700, N9OGL wrote:

Steve the Electrical Field emission for 13 Mhz is 15,484 uV/m @ 30
Meters. Omega One Radio is running a power output 100 watts, and the
electrical field emission a 17.5 meters is 2,000 uV. At 30 Meters the
field emissions is 0 uV You Also have to remeber that 13 MHz is the
22 meter Shortwave Band, which does skip. It it possible to hear part
15 stations on that frequency. You can put out a higher power and
produce the required electrical field.


A back of the envelope calculation says you are way over the legal
field strength if you're running 100 watts. You can calculate the
power it takes for an isotropic radiator to produce a field strength
of 15,484E-6 volts/meter as follows:

1. The area of a sphere of radius r is 4*Pi*r^2. An isotropic
radiator emitting P watts at the center of the sphere will produce a
power density of Pd = P / ( 4*Pi*r^2) on its surface.

2. The power density is related to the electric field and the
impedance of free space (120*Pi) by the formula Pd = e^2 / (120*Pi).

3. Solving (1) and (2) for the power, P, you come up with P = (er)^2 /
30.

So, for an "e" of 15,484E-6 and an "r" of 30, P = 0.00719 watts, or
roughly seven milliwatts.

Since antennas are not isotropic, the power must be reduced even further
so that the electric field will not exceed the legal limit in the
direction of highest antenna gain.

This calculation ignores line losses and final amplifier inefficiencies,
but there's no way in Glendale you can convince me that you can take a
100 watt transmitter and manage to lose so much power that you have
seven milliwatts or less being radiated.

All my DeVry Correspondence School instincts tell me that you are
seriously in violation of the law. Other DeVry grads at the FCC will
immediately agree, as will our distinguished alumnus, KC8JBO, the only
man to have discovered negative VSWR.

Be careful, Todd, and rethink your current station configuration.



Maybe Daugherty hired Wiseman to be engineer in chief at OMEGA ONE...

"100 watts is ok boss, if you have negative swr. Signed, Woger, Chief
Engineew."

Slow code wrote:
Stagger Lee wrote in


Maybe Daugherty hired Wiseman to be engineer in chief at OMEGA ONE...
nobody is that dumb except maybe wismen

wrote:
On 15 Aug 2006 17:09:27 -0700, wrote:


wrote:
nobody is that dumb except maybe wismen

Let's see, Markie, you made EME contacts with bootleggers.

cease and desist

Truth hurt, whiner?

wrote in :

On 15 Aug 2006 17:09:27 -0700, wrote:


wrote:
nobody is that dumb except maybe wismen

Let's see, Markie, you made EME contacts with bootleggers.

cease and desist
http://kb9rqz.blogspot.com/


Mark, Just ignore them.

They only tease you because of the stupid things you say when you
follow up. Just ignore them and they'll give up.

Stop giving them reasons to tease you. It only makes you look
more stupid.

Take a break from the radio groups for a while, Maybe work on your
moon bounce some more.

SC

wrote in :

On 15 Aug 2006 17:09:27 -0700, wrote:


wrote:
nobody is that dumb except maybe wismen

Let's see, Markie, you made EME contacts with bootleggers.

cease and desist
http://kb9rqz.blogspot.com/


Mark, Just ignore them.

They only tease you because of the stupid things you say when you
follow up. Just ignore them and they'll give up.

Stop giving them reasons to tease you. It only makes you look
more stupid.

Take a break from the radio groups for a while, Maybe work on your
moon bounce some more.

SC