Internal actions of a radiator
 

A radiator is made from a myriad of capacitors and inductors
in the formof a myriad of loop circuits along the length of a
radiator.
When energy is transferred from the generator the angular direction
of the inherrent dipoles must be at the same angle with respect to
time.
Same goes for the angular position at return. This places all in a
frame
of equilibrium. It the angle is not the same there is obviously a
mismatch
which the generator cannot correct with a instantaneous change of
phase.
If the phases are different at the beginning it can be seen as out of
equilibrium
at the end also which can worsen for every pont along the radiator
circuit.
The difference in angular direction of the micro dipoles is a measure
of
the change in real current amplitude compared to the angle taken
later
at that point and that point only.
Though a radiator has a multitude of like components, with its
similarities
we can look at an individual cuircit as a representitive of the whole
which
multiplied at a later time to reflect the time of one period or
revolution.
The loop circuit is made up of a parallel circuit consisting of an
inductance
and a capacitor. Ofcourse the circuit itself consists of resistances
which
allows current to flow thru its center to generate heat. But at this
time
we can all accept the presence of resistance. Both of the components
alluded to recieves energy initially in sino soidal form and then
stores
that energy. But with both components being mirror image with each
other
they take turns in their operation of storing energy.each dependent on
the
phase of the inherrent micro dipoles. They also have the ability to
empty
out the stored energy which is in a form totally unlike the sino
soidal form
of collection. In fact the discharge is synonymous with an explosion
with each
storage vessel collecting the contents of the others explosion. We
must
recognise that these exchanges also lose energy which fortunately the
generator replaces continuesly to replace the energy lost ,say to
resistance
heat e.t.c The change over point of collecting energy of both storage
components.is the relative phases of their individual energy content
voltage
which in a tank circuit are constantly changing with respect to the
phase angle
of the current such that when the phases of voltage and current is the
same
it then becomes a DC current and removes itself from its container.
Thus the mechanism between the inductance and capacitance is the
depository
of energy between themselves where the time varying energy, which
reflects
the time constant of the energy reservior, generates an external
magnetic field.
At the same time an external sino soidal current is in constant
supply from the
generator to replace energy lost in the above stated interchanges and
resistances.
Tomorrow we will examine how these above internal actions lead to the
radiation
phenomina that allows information to be passed from a radiator to
another like radiator
or receiver via propergation of potential energy.
Have a happy day
Art Unwin KB9MZ...XG(uk)
Art Unwin

Internal actions of a radiator
 

On Jan 15, 2:03 pm, art wrote:
We
must
recognise that these exchanges also lose energy which fortunately the
generator replaces continuesly to replace the energy lost ,say to
resistance
heat e.t.c

Nope. I don't think I will recognize that.
If you have resistance in an antenna circuit, the transmitter
is not going to magically make up for this loss by applying
an extra dose. That power is lost as heat forever, never to return
again as useful to Art RF energy.
This one simple fact blows your whole expectation of full size
performance from a tiny "gaussian" radiator theory full of 00
buckshot.
There is no free lunch. Even for aliens.
MK

Internal actions of a radiator
 

On 17 Jan, 18:41, "AI4QJ" wrote:
"art" wrote in message

...





A radiator is made from a myriad of capacitors and inductors
in the formof a myriad of loop circuits along the length of a
radiator.
When energy is transferred from the generator the angular direction
of the inherrent dipoles must be at the same angle with respect to
time.
Same goes for the angular position at return. This places all in a
frame
of equilibrium. It the angle is not the same there is obviously a
mismatch
which the generator cannot correct with a instantaneous change of
phase.
If the phases are different at the beginning it can be seen as out of
equilibrium
at the end also which can worsen for every pont along the radiator
circuit.
The difference in angular direction of the micro dipoles is a measure
of
the change in real current amplitude compared to the angle taken
later
at that point and that point only.
Though a radiator has a multitude of like components, with its
similarities
we can look at an individual cuircit as a representitive of the whole
which
multiplied at a later time to reflect the time of one period or
revolution.
The loop circuit is made up of a parallel circuit consisting of an
inductance
and a capacitor. Ofcourse the circuit itself consists of resistances
which
allows current to flow thru its center to generate heat. But at this
time
we can all accept the presence of resistance. Both of the components
alluded to recieves energy initially in sino soidal form and then
stores
that energy. But with both components being mirror image with each
other
they take turns in their operation of storing energy.each dependent on
the
phase of the inherrent micro dipoles. They also have the ability to
empty
out the stored energy which is in a form totally unlike the sino
soidal form
of collection. In fact the discharge is synonymous with an explosion
with each
storage vessel collecting the contents of the others explosion. We
must
recognise that these exchanges also lose energy which fortunately the
generator replaces continuesly to replace the energy lost ,say to
resistance
heat e.t.c The change over point of collecting energy of both storage
components.is the relative phases of their individual energy content
voltage
which in a tank circuit are constantly changing with respect to the
phase angle
of the current such that when the phases of voltage and current is the
same
it then becomes a DC current and removes itself from its container.
Thus the mechanism between the inductance and capacitance is the
depository
of energy between themselves where the time varying energy, which
reflects
the time constant of the energy reservior, generates an external
magnetic field.
At the same time an external sino soidal current is in constant
supply *from the
generator to replace energy lost in the above stated interchanges and
resistances.
Tomorrow we will examine how these above internal actions lead to the
radiation
phenomina that allows information to be passed from a radiator to
another like radiator
or receiver via propergation of potential energy.
Have a happy day
Art Unwin KB9MZ...XG(uk)
Art Unwin

The casual reader of the ng should realize that this insane posting is not
representative of the technical background of ham radio operators.- Hide quoted text -

- Show quoted text -




That's a feeble attempt of censorship. Presumably you also cross
posted
like the rest of your friends.
As I have stated before, free speech is a wonderful thing,
the other side of the coin is that it shows the education level of the
speaker!
Art