AeroElectric-List Digest Wed 09/30/20

AeroElectric-List Digest Archive

Wed 09/30/20

Total Messages Posted: 7



Today's Message Index:
----------------------
 
     1. 02:07 PM - Re: antenna analyzer? Antennas (Robert L. Nuckolls, III)
     2. 02:27 PM - Z101 with Garmin GAD 27 voltage stabilizer (David Carter)
     3. 03:36 PM - Re: antenna analyzer? Antennas (Finn Lassen)
     4. 03:49 PM - Re: Z101 with Garmin GAD 27 voltage stabilizer (Jeff Luckey)
     5. 04:01 PM - Re: Z101 with Garmin GAD 27 voltage stabilizer (David Carter)
     6. 05:30 PM - Re: antenna analyzer? Antennas (Robert L. Nuckolls, III)
     7. 06:35 PM - Re: antenna analyzer? Antennas (Charlie England)
 
 
 

Message 1


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Time: 02:07:23 PM PST US
From: "Robert L. Nuckolls, III" <nuckolls.bob@aeroelectric.com>
Subject: Re: antenna analyzer? Antennas      
      
      >
      >
      >Would love to have someone else experiment with it and see if they 
      >somehow could get 1:3 SWR over 118-136MHz.
      
         It's been some years since I built one of these
         (back in the days before vna's) and a similar
         interval since I reviewed the literature.
      
         Poked around on the 'net and my archives a bit
         and I think I can confidently offer an explanation
         for the fruitlessness of your endeavors.
      
         The DDRR is a vertically polarized antenna wherein
         the very short vertical mast is the radiator.
         All that other stuff is a loading reactance for
         the antenna . . . or 'top hat' in some circles.
      
         Given that the radiation from an antenna is
         proportional to the current flowing in the radiator
         then it follows that this diminutive antenna
         must have some bodacious currents. Further, where
         the currents are high, losses need to be low
         to minimize energy lost to heating.
      
         My assertion about larger diameters improving
         bandwidth was incorrectly applied to this
         discussion.  L/d ratio as it goes to bandwidth
         works only in the resonant radiating portions of the
         antenna . . . in this case, the mast. All
         that stuff setting on top has a rapidly
         diminishing current flow and besides, that
         part doesn't radiate.
      
         More surface area (diameter) helps this antenna
         only in the radiator . . . the mast supporting
         the top hat. Increasing surface area in the loading
         portion goes to increased Q which means narrower
         bandwidth.
      
         The governing triad is profoundly demonstrated
         in the magnetic loop antennas used on the HF
         ham bands. There are very useful loop antennas crafted
         for the 80M (3.5 to 4.0 Mhz) ham band where
         the radiator is built from 1-2" copper pipe with
         soldered joints in 45 degree elbows employed
         to make an 8-sided 'circle'. The Q of these
         antennas is very high which means hi currents
         at the feedpoint, high voltages at the tuning
         gap. The bandwidth of these antennas is very
         narrow. The operator has to tune the antenna
         in lockstep with his transceiver in order to
         'cruise' that band for contacts.
      
      http://www.oh2gqc.com/wp-content/uploads/2017/09/20170911_160930.jpg
      
         Several sages in the design and fabrication
         of antennas have noted, "one can strive for
         (1) efficiency, (2) size and/or (3) bandwidth
         with one overpowering caveat. Optimizing any two
         qualities calls for degrading the third. So pick
         two goals and live with consequences for the
         third."
      
         Therefore, your experience with the DDRR was
         predictable. Yeah, you can get a really useful,
         small profile antenna but because SIZE was
         diminished, bandwidth suffers.
      
         I thank you for sharing the results of your
         experiment.
      
      
         Bob . . . 
      

Message 2


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Time: 02:27:47 PM PST US
From: David Carter <david@carter.net>
Subject: Z101 with Garmin GAD 27 voltage stabilizer      
      I have attached a power distribution block diagram (not a schematic) that I
      have been working on. I'm trying to puzzle through how best to take
      advantage of the voltage stabilizer built into the Garmin GAD 27.
      
      The GAD 27 is Garmin's electrical system controller. It's a combo box that
      bundles several functions, including the voltage stabilizer, trim mixer,
      flap controller, wigwag control, panel light dimmer, etc.
      
      I'm focused on how to best leverage the voltage stabilizer function to keep
      things running smoothly during engine start, and how to build in additional
      redundancy by using the dual diode-isolated power inputs available in many
      of the Garmin boxes by powering them both from the GAD 27 on the main bus,
      and from the Aux bus. I will admit that the failure modes in Z101 where
      this redundancy would be used should be exceedingly rare. But the dual
      power inputs are there, why not use them?
      
      I have also highlighted 3 devices that have dual power inputs that I'm not
      planning to use. One of those, the G5 SFD, has it's own attached backup
      battery.
      
      I appreciate any suggestions this group can provide.
      
      [image: image.png]
      
      
      ---
      David Carter
      david@carter.net
      

Message 3


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Time: 03:36:49 PM PST US
Subject: Re: antenna analyzer? Antennas
From: Finn Lassen <finn.usa@gmail.com>      
      "mast" Coax to ring or ring to ground plane?
      
      So increasing ring to ground plane to a maybe 3/4" piece of tubing would 
      increase bandwidth?
      
      But probably not significantly enough to say 1:3 SWR over the 188-136MHz 
      band?
      
      Finn
      
      
      On 9/30/2020 5:04 PM, Robert L. Nuckolls, III wrote:
      >>
      >>
      >> Would love to have someone else experiment with it and see if they 
      >> somehow could get 1:3 SWR over 118-136MHz.
      >
      >  It's been some years since I built one of these
      >  (back in the days before vna's) and a similar
      >  interval since I reviewed the literature.
      >
      >  Poked around on the 'net and my archives a bit
      >  and I think I can confidently offer an explanation
      >  for the fruitlessness of your endeavors.
      >
      >  The DDRR is a vertically polarized antenna wherein
      >  the very short vertical mast is the radiator.
      >  All that other stuff is a loading reactance for
      >  the antenna . . . or 'top hat' in some circles.
      >
      >  Given that the radiation from an antenna is
      >  proportional to the current flowing in the radiator
      >  then it follows that this diminutive antenna
      >  must have some bodacious currents. Further, where
      >  the currents are high, losses need to be low
      >  to minimize energy lost to heating.
      >
      >  My assertion about larger diameters improving
      >  bandwidth was incorrectly applied to this
      >  discussion. L/d ratio as it goes to bandwidth
      >  works only in the resonant radiating portions of the
      >  antenna . . . in this case, the mast. All
      >  that stuff setting on top has a rapidly
      >  diminishing current flow and besides, that
      >  part doesn't radiate.
      >
      >  More surface area (diameter) helps this antenna
      >  only in the radiator . . . the mast supporting
      >  the top hat. Increasing surface area in the loading
      >  portion goes to increased Q which means narrower
      >  bandwidth.
      >
      >  The governing triad is profoundly demonstrated
      >  in the magnetic loop antennas used on the HF
      >  ham bands. There are very useful loop antennas crafted
      >  for the 80M (3.5 to 4.0 Mhz) ham band where
      >  the radiator is built from 1-2" copper pipe with
      >  soldered joints in 45 degree elbows employed
      >  to make an 8-sided 'circle'. The Q of these
      >  antennas is very high which means hi currents
      >  at the feedpoint, high voltages at the tuning
      >  gap. The bandwidth of these antennas is very
      >  narrow. The operator has to tune the antenna
      >  in lockstep with his transceiver in order to
      >  'cruise' that band for contacts.
      >
      > http://www.oh2gqc.com/wp-content/uploads/2017/09/20170911_160930.jpg
      >
      >  Several sages in the design and fabrication
      >  of antennas have noted, "one can strive for
      >  (1) efficiency, (2) size and/or (3) bandwidth
      >  with one overpowering caveat. Optimizing any two
      >  qualities calls for degrading the third. So pick
      >  two goals and live with consequences for the
      >  third."
      >
      >  Therefore, your experience with the DDRR was
      >  predictable. Yeah, you can get a really useful,
      >  small profile antenna but because SIZE was
      >  diminished, bandwidth suffers.
      >
      >  I thank you for sharing the results of your
      >  experiment.
      >
      >  Bob . . .
      >
      
      
      ---
      This email has been checked for viruses by Avast antivirus software.
      https://www.avast.com/antivirus
      

Message 4


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Time: 03:49:25 PM PST US
From: Jeff Luckey <jluckey@pacbell.net>
Subject: Re: Z101 with Garmin GAD 27 voltage stabilizer      
       David,
      Wow! That's a lot of busses!=C2- I count 4?=C2- What airplane is this g
      oing in?=C2- IIRC, you have an electrically-dependent engine, right?
      The block diagram is not super useful for circuit analysis 'cuz it doesn't 
      show how it's wired.=C2- In other words, one could come up with lots of d
      ifferent way to implement what's shown on this Block diagram.=C2- For mea
      ningful analysis it would be easier to have a view that is "closer to the m
      etal".
      Do you have an actual schematic?=C2- That might be more useful to the gro
      up to analyze.
      
      -Jeff Luckey
          On Wednesday, September 30, 2020, 03:01:24 PM PDT, David Carter <david@
      carter.net> wrote:  
      
       I have attached a power distribution block diagram (not a schematic) that 
      I have been working=C2-on. I'm trying to puzzle through how best to take 
      advantage of the voltage=C2-stabilizer built into the Garmin GAD 27.=C2
      -
      The GAD 27 is Garmin's electrical system controller. It's a combo box that 
      bundles several functions, including the voltage stabilizer, trim mixer, fl
      ap controller, wigwag control, panel light dimmer, etc.=C2-=C2-
      I'm focused on how to best leverage the voltage stabilizer function to keep
       things running smoothly during engine start, and how to build in additiona
      l redundancy by using the dual diode-isolated power inputs available in man
      y of the Garmin boxes by powering them both from the GAD 27 on the main bus
      , and from the Aux bus. I will admit that the failure modes in Z101 where t
      his redundancy would be used should be exceedingly rare. But the dual power
       inputs are there, why not use them?
      I have also highlighted 3 devices that have dual power inputs that I'm not 
      planning to use. One of those, the G5 SFD, has it's own attached backup bat
      tery.
      I appreciate any suggestions this group can provide.=C2-
      
      
      ---
      David Carter
      david@carter.net  
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Message 5


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Time: 04:01:18 PM PST US
From: David Carter <david@carter.net>
Subject: Re: Z101 with Garmin GAD 27 voltage stabilizer      
      This will be going into a retrofit of a flying RV-7A, equipped for IFR,
      with an electrically-dependent engine. Dual SDS CPI-2 ignition, but
      mechanical fuel injection & engine-driven fuel pump. I haven't developed
      the schematic yet, but it is almost 100% Z101. The only divergence is the
      GAD-27 & powering several devices off of two of the busses vs. just one.
      Maybe that's overkill.
      
      ---
      David Carter
      david@carter.net
      
      
      On Wed, Sep 30, 2020 at 6:52 PM Jeff Luckey <jluckey@pacbell.net> wrote:
      
      > David,
      >
      > Wow! That's a lot of busses!  I count 4?  What airplane is this going in?
      > IIRC, you have an electrically-dependent engine, right?
      >
      > The block diagram is not super useful for circuit analysis 'cuz it doesn't
      > show how it's wired.  In other words, one could come up with lots of
      > different way to implement what's shown on this Block diagram.  For
      > meaningful analysis it would be easier to have a view that is "closer to
      > the metal".
      >
      > Do you have an actual schematic?  That might be more useful to the group
      > to analyze.
      >
      >
      > -Jeff Luckey
      >
      > On Wednesday, September 30, 2020, 03:01:24 PM PDT, David Carter <
      > david@carter.net> wrote:
      >
      >
      > I have attached a power distribution block diagram (not a schematic) that
      > I have been working on. I'm trying to puzzle through how best to take
      > advantage of the voltage stabilizer built into the Garmin GAD 27.
      >
      > The GAD 27 is Garmin's electrical system controller. It's a combo box that
      > bundles several functions, including the voltage stabilizer, trim mixer,
      > flap controller, wigwag control, panel light dimmer, etc.
      >
      > I'm focused on how to best leverage the voltage stabilizer function to
      > keep things running smoothly during engine start, and how to build in
      > additional redundancy by using the dual diode-isolated power inputs
      > available in many of the Garmin boxes by powering them both from the GAD 27
      > on the main bus, and from the Aux bus. I will admit that the failure modes
      > in Z101 where this redundancy would be used should be exceedingly rare. But
      > the dual power inputs are there, why not use them?
      >
      > I have also highlighted 3 devices that have dual power inputs that I'm not
      > planning to use. One of those, the G5 SFD, has it's own attached backup
      > battery.
      >
      > I appreciate any suggestions this group can provide.
      >
      > [image: image.png]
      >
      >
      > ---
      > David Carter
      > david@carter.net
      >
      

Message 6


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Time: 05:30:58 PM PST US
From: "Robert L. Nuckolls, III" <nuckolls.bob@aeroelectric.com>
Subject: Re: antenna analyzer? Antennas      
      At 05:33 PM 9/30/2020, you wrote:
      
      >"mast"  Coax to ring or ring to ground plane?
      
         the ring to ground plane . . .
      
      
      >So increasing ring to ground plane to a maybe 3/4" piece of tubing 
      >would increase bandwidth?
      
         no . . . that radiator is a fraction of a wavelength.
         It resonates based on the reactive (capacitive)
         effects of the ring.
      
      
      >But probably not significantly enough to say 1:3 SWR over the 118-136MHz band?
      
         Interesting experiement . . . it might get
         wider but probably way short of design
         goals.
      
      
      >Finn
      >
      >On 9/30/2020 5:04 PM, Robert L. Nuckolls, III wrote:
      >>>
      >>>
      >>>Would love to have someone else experiment with it and see if they 
      >>>somehow could get 1:3 SWR over 118-136MHz.
      >>
      >>   It's been some years since I built one of these
      >>   (back in the days before vna's) and a similar
      >>   interval since I reviewed the literature.
      >>
      >>   Poked around on the 'net and my archives a bit
      >>   and I think I can confidently offer an explanation
      >>   for the fruitlessness of your endeavors.
      >>
      >>   The DDRR is a vertically polarized antenna wherein
      >>   the very short vertical mast is the radiator.
      >>   All that other stuff is a loading reactance for
      >>   the antenna . . . or 'top hat' in some circles.
      >>
      >>   Given that the radiation from an antenna is
      >>   proportional to the current flowing in the radiator
      >>   then it follows that this diminutive antenna
      >>   must have some bodacious currents. Further, where
      >>   the currents are high, losses need to be low
      >>   to minimize energy lost to heating.
      >>
      >>   My assertion about larger diameters improving
      >>   bandwidth was incorrectly applied to this
      >>   discussion.  L/d ratio as it goes to bandwidth
      >>   works only in the resonant radiating portions of the
      >>   antenna . . . in this case, the mast. All
      >>   that stuff setting on top has a rapidly
      >>   diminishing current flow and besides, that
      >>   part doesn't radiate.
      >>
      >>   More surface area (diameter) helps this antenna
      >>   only in the radiator . . . the mast supporting
      >>   the top hat. Increasing surface area in the loading
      >>   portion goes to increased Q which means narrower
      >>   bandwidth.
      >>
      >>   The governing triad is profoundly demonstrated
      >>   in the magnetic loop antennas used on the HF
      >>   ham bands. There are very useful loop antennas crafted
      >>   for the 80M (3.5 to 4.0 Mhz) ham band where
      >>   the radiator is built from 1-2" copper pipe with
      >>   soldered joints in 45 degree elbows employed
      >>   to make an 8-sided 'circle'. The Q of these
      >>   antennas is very high which means hi currents
      >>   at the feedpoint, high voltages at the tuning
      >>   gap. The bandwidth of these antennas is very
      >>   narrow. The operator has to tune the antenna
      >>   in lockstep with his transceiver in order to
      >>   'cruise' that band for contacts.
      >>
      >>http://www.oh2gqc.com/wp-content/uploads/2017/09/20170911_160930.jpg
      >>
      >>   Several sages in the design and fabrication
      >>   of antennas have noted, "one can strive for
      >>   (1) efficiency, (2) size and/or (3) bandwidth
      >>   with one overpowering caveat. Optimizing any two
      >>   qualities calls for degrading the third. So pick
      >>   two goals and live with consequences for the
      >>   third."
      >>
      >>   Therefore, your experience with the DDRR was
      >>   predictable. Yeah, you can get a really useful,
      >>   small profile antenna but because SIZE was
      >>   diminished, bandwidth suffers.
      >>
      >>   I thank you for sharing the results of your
      >>   experiment.
      >>
      >>   Bob . . .
      >
      >
      ><https://www.avast.com/sig-email?utm_medium=email&utm_source=link&utm_campaign=sig-email&utm_content=emailclient&utm_term=icon>
      >[]
      >  Virus-free. 
      > <https://www.avast.com/sig-email?utm_medium=email&utm_source=link&utm_campaign=sig-email&utm_content=emailclient&utm_term=link>www.avast.com 
      >
      
      
         Bob . . . 
      

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Time: 06:35:43 PM PST US
Subject: Re: antenna analyzer? Antennas
From: Charlie England <ceengland7@gmail.com>      
      I did a bit of web browsing on the DDRR. This thread is about a 2 meter 
      version (above our comm band):
      https://forums.qrz.com/index.php?threads/2m-ddrr-antenna-for-vehicle-some-questions.368057/
       The thread contains this sentence:
      
      "The DDRR is an inverted-L. A 3" tall, 146 MHz DDRR has a radiation 
      resistance of 3.0 ohms. The 2:1 VSWR bandwidth is 1.5 MHz."
      
      On 9/30/2020 7:27 PM, Robert L. Nuckolls, III wrote:
      > At 05:33 PM 9/30/2020, you wrote:
      >
      >> "mast" Coax to ring or ring to ground plane?
      >
      >  the ring to ground plane . . .
      >
      >
      >> So increasing ring to ground plane to a maybe 3/4" piece of tubing 
      >> would increase bandwidth?
      >
      >  no . . . that radiator is a fraction of a wavelength.
      >  It resonates based on the reactive (capacitive)
      >  effects of the ring.
      >
      >
      >> But probably not significantly enough to say 1:3 SWR over the 
      >> 118-136MHz band?
      >
      >  Interesting experiement . . . it might get
      >  wider but probably way short of design
      >  goals.
      >
      >
      >> Finn
      >>
      >> On 9/30/2020 5:04 PM, Robert L. Nuckolls, III wrote:
      >>>>
      >>>>
      >>>> Would love to have someone else experiment with it and see if they 
      >>>> somehow could get 1:3 SWR over 118-136MHz.
      >>>
      >>>  It's been some years since I built one of these
      >>>  (back in the days before vna's) and a similar
      >>>  interval since I reviewed the literature.
      >>>
      >>>  Poked around on the 'net and my archives a bit
      >>>  and I think I can confidently offer an explanation
      >>>  for the fruitlessness of your endeavors.
      >>>
      >>>  The DDRR is a vertically polarized antenna wherein
      >>>  the very short vertical mast is the radiator.
      >>>  All that other stuff is a loading reactance for
      >>>  the antenna . . . or 'top hat' in some circles.
      >>>
      >>>  Given that the radiation from an antenna is
      >>>  proportional to the current flowing in the radiator
      >>>  then it follows that this diminutive antenna
      >>>  must have some bodacious currents. Further, where
      >>>  the currents are high, losses need to be low
      >>>  to minimize energy lost to heating.
      >>>
      >>>  My assertion about larger diameters improving
      >>>  bandwidth was incorrectly applied to this
      >>>  discussion. L/d ratio as it goes to bandwidth
      >>>  works only in the resonant radiating portions of the
      >>>  antenna . . . in this case, the mast. All
      >>>  that stuff setting on top has a rapidly
      >>>  diminishing current flow and besides, that
      >>>  part doesn't radiate.
      >>>
      >>>  More surface area (diameter) helps this antenna
      >>>  only in the radiator . . . the mast supporting
      >>>  the top hat. Increasing surface area in the loading
      >>>  portion goes to increased Q which means narrower
      >>>  bandwidth.
      >>>
      >>>  The governing triad is profoundly demonstrated
      >>>  in the magnetic loop antennas used on the HF
      >>>  ham bands. There are very useful loop antennas crafted
      >>>  for the 80M (3.5 to 4.0 Mhz) ham band where
      >>>  the radiator is built from 1-2" copper pipe with
      >>>  soldered joints in 45 degree elbows employed
      >>>  to make an 8-sided 'circle'. The Q of these
      >>>  antennas is very high which means hi currents
      >>>  at the feedpoint, high voltages at the tuning
      >>>  gap. The bandwidth of these antennas is very
      >>>  narrow. The operator has to tune the antenna
      >>>  in lockstep with his transceiver in order to
      >>>  'cruise' that band for contacts.
      >>>
      >>> http://www.oh2gqc.com/wp-content/uploads/2017/09/20170911_160930.jpg
      >>>
      >>>  Several sages in the design and fabrication
      >>>  of antennas have noted, "one can strive for
      >>>  (1) efficiency, (2) size and/or (3) bandwidth
      >>>  with one overpowering caveat. Optimizing any two
      >>>  qualities calls for degrading the third. So pick
      >>>  two goals and live with consequences for the
      >>>  third."
      >>>
      >>>  Therefore, your experience with the DDRR was
      >>>  predictable. Yeah, you can get a really useful,
      >>>  small profile antenna but because SIZE was
      >>>  diminished, bandwidth suffers.
      >>>
      >>>  I thank you for sharing the results of your
      >>>  experiment.
      >>>
      >>>  Bob . . . 
      >>
      >>
      >> [] 
      >> <https://www.avast.com/sig-email?utm_medium=email&utm_source=link&utm_campaign=sig-email&utm_content=emailclient&utm_term=icon>Virus-free. 
      >> www.avast.com 
      >> <https://www.avast.com/sig-email?utm_medium=email&utm_source=link&utm_campaign=sig-email&utm_content=emailclient&utm_term=link><#DAB4FAD8-2DD7-40BB-A1B8-4E2AA1F9FDF2>
      >
      >
      >  Bob . . .
      >
      
      
      -- 
      This email has been checked for viruses by Avast antivirus software.
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