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eeemcee
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Seems to me in that an antenna is carrying microamps at most that slightly higher resistance of steel Vs copper wouldn't matter.
What's the fault of this logic??
What's the fault of this logic??
eeemcee said:Seems to me in that an antenna is carrying microamps at most that slightly higher resistance of steel Vs copper wouldn't matter.
What's the fault of this logic??
berkeman said:Thread locked for Moderation...
Thread re-opened after deleting a number of nonsense posts and our responses.
rbj said:i would have liked to have seen those.
Averagesupernova said:I think the reason that the cooper coated steel is used is to prevent stretching. Copper alone will stretch as well as aluminum.
rbj said:why not just make it pure steel?
No, steel wire does not have the same level of conductivity as copper wire. Copper is a highly conductive metal, while steel has a lower conductivity. This means that steel wire may not work as effectively as copper wire for antennas.
Yes, steel wire can be used as a substitute for copper wire in antenna construction. However, it may not perform as well as copper wire due to its lower conductivity.
One potential advantage of using steel wire for antennas is its strength and durability. Steel wire is much stronger than copper wire and may be more suitable for certain types of antennas, such as outdoor or long-range antennas.
Yes, steel wire can affect the frequency and wavelength of an antenna. This is because the conductivity and thickness of the wire can impact the antenna's impedance and resonance, which can affect its frequency and wavelength.
Yes, steel wire can be combined with copper wire in antenna construction. This may be a cost-effective option for creating a strong and durable antenna, while still maintaining the high conductivity of copper wire in key areas.