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Equilibrium
Equi is for equal, libra is the sign of Zodiac which is a pair of
scales It means that a repetitive action must come back to its source. AC power has a cycle as in frequency, thus its circuit is one wavelength. A quad antenna represents a one wave circuit where total length is proportionat to time .ie a picture of events during one cycle. Now place along side of the quad a radiator of your choice where the length of the short radiator is superimposed upon the quad. For ease in foillowing the electrical circuit make your shorty antenna equal to one side of the quad So the race begins. Both travel up for a time at the SAME velocity. At the corner of the quad power travels onward until it gets to its originating point to complete a cycle The short antenna appears to have nowhere to go so what does it do? To duplicate the quad action it must have a circuit of some sort where the power can still travel forward during the time the power in the quad is still travelling to the originating point. Complete the circuit of the short antenna showing the series of events that occur upto the point that the events on the quad come to its point of beginning. Note The impedance of space is 377 ohms, the impedance of ground can be your choice. Art |
#2
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Equilibrium
"art" wrote in message oups.com... Equi is for equal, libra is the sign of Zodiac which is a pair of scales It means that a repetitive action must come back to its source. AC power has a cycle as in frequency, thus its circuit is one wavelength. A quad antenna represents a one wave circuit where total length is proportionat to time .ie a picture of events during one cycle. Now place along side of the quad a radiator of your choice where the length of the short radiator is superimposed upon the quad. For ease in foillowing the electrical circuit make your shorty antenna equal to one side of the quad So the race begins. Both travel up for a time at the SAME velocity. At the corner of the quad power travels onward until it gets to its originating point to complete a cycle The short antenna appears to have nowhere to go so what does it do? To duplicate the quad action it must have a circuit of some sort where the power can still travel forward during the time the power in the quad is still travelling to the originating point. Complete the circuit of the short antenna showing the series of events that occur upto the point that the events on the quad come to its point of beginning. Note The impedance of space is 377 ohms, the impedance of ground can be your choice. Art but a wave comes back to it starting point after 1/2 cycle then reverses. so why does your original assertion of a 1/2 wave 'gaussian' antenna still hold? now, for a 1/4 wave monopole, where does the other 3/4's of a wave come from?? and what happens to the power that is radiated? how does that ever return to it's source to be in equilibrium? would a circuit that was in equilibrium not be capable of radiating since everything has to return to the source?? |
#3
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Equilibrium
On 14 Oct, 08:07, "Dave" wrote:
"art" wrote in message oups.com... Equi is for equal, libra is the sign of Zodiac which is a pair of scales It means that a repetitive action must come back to its source. AC power has a cycle as in frequency, thus its circuit is one wavelength. A quad antenna represents a one wave circuit where total length is proportionat to time .ie a picture of events during one cycle. Now place along side of the quad a radiator of your choice where the length of the short radiator is superimposed upon the quad. For ease in foillowing the electrical circuit make your shorty antenna equal to one side of the quad So the race begins. Both travel up for a time at the SAME velocity. At the corner of the quad power travels onward until it gets to its originating point to complete a cycle The short antenna appears to have nowhere to go so what does it do? To duplicate the quad action it must have a circuit of some sort where the power can still travel forward during the time the power in the quad is still travelling to the originating point. Complete the circuit of the short antenna showing the series of events that occur upto the point that the events on the quad come to its point of beginning. Note The impedance of space is 377 ohms, the impedance of ground can be your choice. Art but a wave comes back to it starting point after 1/2 cycle then reverses. so why does your original assertion of a 1/2 wave 'gaussian' antenna still hold? now, for a 1/4 wave monopole, where does the other 3/4's of a wave come from?? and what happens to the power that is radiated? how does that ever return to it's source to be in equilibrium? would a circuit that was in equilibrium not be capable of radiating since everything has to return to the source??- Hide quoted text - - Show quoted text - Oh dear I forgot to mention, there is another path for current flow and that is at the center of the radiator. The impedance of this path is lower than the impedance to space so naturally that is the path the power will take. Now on this inner path there are no electrons to dislodge as the outer electrons have decayed before they reached the center path so the current during this time is just travelling without supplying radiation until it reaches the bottom of the radiator. But it's counter part the quad is radiating during this time ( How about that experts!) And by the way it was mentioned somewhere that the ground resistance was 2 ohms so one should now be able to determine the IMPEDANCE of ground at the antenna base point Now you take it from there....experts! Art KB9MZ...XG |
#4
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Equilibrium
"art" wrote in message oups.com... On 14 Oct, 08:07, "Dave" wrote: "art" wrote in message oups.com... Equi is for equal, libra is the sign of Zodiac which is a pair of scales It means that a repetitive action must come back to its source. AC power has a cycle as in frequency, thus its circuit is one wavelength. A quad antenna represents a one wave circuit where total length is proportionat to time .ie a picture of events during one cycle. Now place along side of the quad a radiator of your choice where the length of the short radiator is superimposed upon the quad. For ease in foillowing the electrical circuit make your shorty antenna equal to one side of the quad So the race begins. Both travel up for a time at the SAME velocity. At the corner of the quad power travels onward until it gets to its originating point to complete a cycle The short antenna appears to have nowhere to go so what does it do? To duplicate the quad action it must have a circuit of some sort where the power can still travel forward during the time the power in the quad is still travelling to the originating point. Complete the circuit of the short antenna showing the series of events that occur upto the point that the events on the quad come to its point of beginning. Note The impedance of space is 377 ohms, the impedance of ground can be your choice. Art but a wave comes back to it starting point after 1/2 cycle then reverses. so why does your original assertion of a 1/2 wave 'gaussian' antenna still hold? now, for a 1/4 wave monopole, where does the other 3/4's of a wave come from?? and what happens to the power that is radiated? how does that ever return to it's source to be in equilibrium? would a circuit that was in equilibrium not be capable of radiating since everything has to return to the source??- Hide quoted text - - Show quoted text - Oh dear I forgot to mention, there is another path for current flow and that is at the center of the radiator. The impedance of this path is lower than the impedance to space so naturally that is the path the power will take. Now on this inner path there are no electrons to dislodge as the outer electrons have decayed before they reached the center path so the current during this time is just travelling without supplying radiation until it reaches the bottom of the radiator. But it's counter part the quad is radiating during this time ( How about that experts!) And by the way it was mentioned somewhere that the ground resistance was 2 ohms so one should now be able to determine the IMPEDANCE of ground at the antenna base point Now you take it from there....experts! Art KB9MZ...XG ah, the no electron anti-skin effect return path up the middle of the element. what about my elements that are hollow? where does the current flow then? or where does it flow in wire cage elements?? what about coiled elements like that 'new' short monopole, does it flow around and around inside the wire, or take a shortcut through something else? How does this fit into current wave reflection theory that easily explains the currents on elements complete with easily measured and well predicted values that don't require a return current up the middle?? too many questions left hanging art, you gotta work on that theory a bit more to fill in all the holes. oh, maybe thats it, try incorperating holes into your next version, maybe thats how the current flows back along the inside, it is the holes left over when the electrons 'decay'! |
#5
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Equilibrium
On Sun, 14 Oct 2007 16:20:21 GMT, "Dave" wrote:
what about coiled elements like that 'new' short monopole, does it flow around and around inside the wire Dave, With your accurate shorthand of validation, you are treading very close to Arthur's loose Gaussian shoelaces and may soon find yourself elevated by him to his Academy of Supporters of Seance when he trips. Won't you be embarrassed when he sites you as his authority for your cogent analaysis! 73's Richard Clark, KB7QHC |
#6
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Equilibrium
On 14 Oct, 09:20, "Dave" wrote:
"art" wrote in message oups.com... On 14 Oct, 08:07, "Dave" wrote: "art" wrote in message groups.com... Equi is for equal, libra is the sign of Zodiac which is a pair of scales It means that a repetitive action must come back to its source. AC power has a cycle as in frequency, thus its circuit is one wavelength. A quad antenna represents a one wave circuit where total length is proportionat to time .ie a picture of events during one cycle. Now place along side of the quad a radiator of your choice where the length of the short radiator is superimposed upon the quad. For ease in foillowing the electrical circuit make your shorty antenna equal to one side of the quad So the race begins. Both travel up for a time at the SAME velocity. At the corner of the quad power travels onward until it gets to its originating point to complete a cycle The short antenna appears to have nowhere to go so what does it do? To duplicate the quad action it must have a circuit of some sort where the power can still travel forward during the time the power in the quad is still travelling to the originating point. Complete the circuit of the short antenna showing the series of events that occur upto the point that the events on the quad come to its point of beginning. Note The impedance of space is 377 ohms, the impedance of ground can be your choice. Art but a wave comes back to it starting point after 1/2 cycle then reverses. so why does your original assertion of a 1/2 wave 'gaussian' antenna still hold? now, for a 1/4 wave monopole, where does the other 3/4's of a wave come from?? and what happens to the power that is radiated? how does that ever return to it's source to be in equilibrium? would a circuit that was in equilibrium not be capable of radiating since everything has to return to the source??- Hide quoted text - - Show quoted text - Oh dear I forgot to mention, there is another path for current flow and that is at the center of the radiator. The impedance of this path is lower than the impedance to space so naturally that is the path the power will take. Now on this inner path there are no electrons to dislodge as the outer electrons have decayed before they reached the center path so the current during this time is just travelling without supplying radiation until it reaches the bottom of the radiator. But it's counter part the quad is radiating during this time ( How about that experts!) And by the way it was mentioned somewhere that the ground resistance was 2 ohms so one should now be able to determine the IMPEDANCE of ground at the antenna base point Now you take it from there....experts! Art KB9MZ...XG ah, the no electron anti-skin effect return path up the middle of the element. what about my elements that are hollow? where does the current flow then? or where does it flow in wire cage elements?? what about coiled elements like that 'new' short monopole, does it flow around and around inside the wire, or take a shortcut through something else? How does this fit into current wave reflection theory that easily explains the currents on elements complete with easily measured and well predicted values that don't require a return current up the middle?? too many questions left hanging art, you gotta work on that theory a bit more to fill in all the holes. oh, maybe thats it, try incorperating holes into your next version, maybe thats how the current flows back along the inside, it is the holes left over when the electrons 'decay'!- Hide quoted text - - Show quoted text - Well now David thge charge has arrived at the bottom of the radiator. It is now in a quandry it looks over at the quaud and ssees that the charge over there is half way around! So the charge on the small radiator finds that it can only go up aqgain forming a loop of current. Fortunately it is now back on track radiating just like the quad. Ofcourse when he gets to the top it again has only one place to go and that is down the center again where it can't radiatiate like the quad is doing.When the charge gets to the bottom it wsees a path of 2 0hms (the resistor) so it passes thru the resistor where the charge finally gets back to the starting point at exactly the same time that the charge of the quad got back home. So the sequence of events is that the short antenna only radiated half of the time neglecting the travel thru the resister of course. So the quad radiated twice the time of the smaller radiator which amounts to a 3 db gain. Well some might say we knew that a quad radiated more because it is the same as two dipoles( half wave) on top of each other so yes for the same power expended in the same amount of time a full wave radiator radiates twice the power that a quarter wave does. Art you are a genius put QED at the end of this post and also get hold of Yuru so that he now can get to sleep at night. Art Unwin KB9MZ.......XG (uk) |
#7
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Equilibrium
On Sun, 14 Oct 2007 10:32:53 -0700, art wrote:
So the quad radiated twice the time of the smaller radiator which amounts to a 3 db gain. Hmmm, this puts Robert Vincent's antenna into a cocked hat through a chain of your denials. Well, society needs Libras who can believe six impossible things before breakfast. Imagine, we get to see them posted here before brunch too! |
#8
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Equilibrium
Art wrote:
....for the same power expended in the same amount of time a full wave radiator radiates twice the power that a quarter wave does. _________ So then where does the missing power applied to the 1/4-wave radiator go, if only half of its input power is converted to EM radiation? RF |
#9
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Equilibrium
On 14 Oct, 08:07, "Dave" wrote:
"art" wrote in message oups.com... Equi is for equal, libra is the sign of Zodiac which is a pair of scales It means that a repetitive action must come back to its source. AC power has a cycle as in frequency, thus its circuit is one wavelength. A quad antenna represents a one wave circuit where total length is proportionat to time .ie a picture of events during one cycle. Now place along side of the quad a radiator of your choice where the length of the short radiator is superimposed upon the quad. For ease in foillowing the electrical circuit make your shorty antenna equal to one side of the quad So the race begins. Both travel up for a time at the SAME velocity. At the corner of the quad power travels onward until it gets to its originating point to complete a cycle The short antenna appears to have nowhere to go so what does it do? To duplicate the quad action it must have a circuit of some sort where the power can still travel forward during the time the power in the quad is still travelling to the originating point. Complete the circuit of the short antenna showing the series of events that occur upto the point that the events on the quad come to its point of beginning. Note The impedance of space is 377 ohms, the impedance of ground can be your choice. Art but a wave comes back to it starting point after 1/2 cycle then reverses. so why does your original assertion of a 1/2 wave 'gaussian' antenna still hold? now, for a 1/4 wave monopole, where does the other 3/4's of a wave come from?? and what happens to the power that is radiated? how does that ever return to it's source to be in equilibrium? would a circuit that was in equilibrium not be capable of radiating response David you have a broken brain, you have to consult all parts of your brain as with a committee. Thus your questions are those that come from a committee which never solves anything By the way the radiator is just a small part of our solar system. The radiation particles can only come to rest on a diamagnet material so accuse your listener of stealing your radiation energy at least those particles that do arrive while others decay Art |
#10
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Equilibrium
On 14 Oct, 10:54, art wrote:
On 14 Oct, 08:07, "Dave" wrote: "art" wrote in message roups.com... Equi is for equal, libra is the sign of Zodiac which is a pair of scales It means that a repetitive action must come back to its source. AC power has a cycle as in frequency, thus its circuit is one wavelength. A quad antenna represents a one wave circuit where total length is proportionat to time .ie a picture of events during one cycle. Now place along side of the quad a radiator of your choice where the length of the short radiator is superimposed upon the quad. For ease in foillowing the electrical circuit make your shorty antenna equal to one side of the quad So the race begins. Both travel up for a time at the SAME velocity. At the corner of the quad power travels onward until it gets to its originating point to complete a cycle The short antenna appears to have nowhere to go so what does it do? To duplicate the quad action it must have a circuit of some sort where the power can still travel forward during the time the power in the quad is still travelling to the originating point. Complete the circuit of the short antenna showing the series of events that occur upto the point that the events on the quad come to its point of beginning. Note The impedance of space is 377 ohms, the impedance of ground can be your choice. Art but a wave comes back to it starting point after 1/2 cycle then reverses. so why does your original assertion of a 1/2 wave 'gaussian' antenna still hold? now, for a 1/4 wave monopole, where does the other 3/4's of a wave come from?? and what happens to the power that is radiated? how does that ever return to it's source to be in equilibrium? would a circuit that was in equilibrium not be capable of radiating response David you have a broken brain, you have to consult all parts of your brain as with a committee. Thus your questions are those that come from a committee which never solves anything By the way the radiator is just a small part of our solar system. The radiation particles can only come to rest on a diamagnet material so accuse your listener of stealing your radiation energy at least those particles that do arrive while others decay Art- Hide quoted text - - Show quoted text - Now with respect to the current loop formed on the short antenna. This loop defies the existing conception that a short radiator is a series circuit but instead it is a parallel circuit ala tank circuit mode Where the energy sinks explode such that they put electrons in a orbit mode as they travel because of their tenacity with respect to their initial resistance to motion(inertia)as they lay dormant on the outside of a diagmatic material. Diagmatic material is a material that will allow an electron to rest on it's surface without being combined into the basic material that consists of an atom and a lot of other stuff that is in orbit and in equilibrium of itself. Note that the electron that is now in orbit and is not polar, thus it is not affected by gravity on its travels on it's way to find a suitable resting spot (diagmatic surface)which can also be outside the earths sphere of presence and come to rest on another planets surface in the same way that moon dust occurs. NASA has had some success of blowing the moon dust off of material by mimicing a tank circuit using just one energy sink release where they were able to remove half of the moon dust or overcome it's inertia. Apparently they do not want this dust transported to the space vehicle. Note that while in rotation the electron posseses both weight and energy where the latter does decay over time though its weight stays dormant.Note that a diagmatic material has lots of "spare" electrons that imediately take the place of removed electrons and where it prevents the resetlement of electrons that do not escape the arbitary field around the host material forcing the returning electrons to reside under existing surface electrons to form a "skin depth" where they eventually decay. Enuff said. Gauss was on the right track when he decided to work at the observatory. Pity he didn't delay things and apply a time varying field to accompany his law on statics. But no worries a hundred years later along came Art. Art Unwin KB9MZ....XG (uk) |
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