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- Today
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elsorzal joined the community
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Ok, how scale it to 750 mhz and for 50 ohm ?
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Robbles1975 joined the community
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Zlutz joined the community
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navneet joined the community
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papagayor joined the community
- Yesterday
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I don't know why but it seems similar to this...LINWLAN2,4GHz
- 1 reply
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The TL-WA5210G outdoor high-power Access Point (CPE) is designed for creating long-distance wireless networks, as well as for use as a solution when accessing the Internet via a wireless Internet Service Provider (WISP). This model combines the functions of a Wireless access Point, a WISP Client, is equipped with a highly sensitive antenna and is made in an all-weather housing to protect against environmental conditions. The high output power and high sensitivity of the 12 dBi antenna can significantly increase the data transmission range and provide a more stable wireless connection. The device supports the IEEE 802.11 b / g standard and allows you to create a wireless network with a data transfer rate of up to 54 Mbit / s, so that all network users can share files and browse Internet sites.
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- Last week
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I took up the idea of a single patch with a rectangular reflector with inclined wings...
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nurohman1082 joined the community
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I think it is best to make a Bester antenna for the desired frequencies....
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nottsack joined the community
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FR4 have lots of disadvantages (efficiency at RX lost , losses at TX a lot ! , never know the Tangent loss and dielectric constant for each material , fr wouldn't be on POINT ever ) you'll need an antenna analyzer or vna to be on frequency PS: only "advantage" size is smaller than metal on air
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Anil.Kumara joined the community
- Earlier
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Searched forum, and this looks like this Yagi antennas. But made form FR4 laminate. THis is just example, picture took form other topic. AS I see this version is for 2.4
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antenna_kid,,,if you have any drawings, I would need more sizes...!!!
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Awesome collection. Good job.
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tomasbj started following My Collection
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Zhovnir joined the community
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Alin joined the community
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the first one is for 2.4 ghz.
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,,,but this... ,,, is different from this one... ,,,where did you get the pictures from?
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As in begining. still interested in this design. Looks compact as for 915. For 750 will be biggeer but can still accept that. Eventually, if you have calculations for PCB Yagi antenna for such frequency I want to test aslo FR4 Yagi but for 868 and 915Mhz.
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Thank you very much, does the height of the patch to the reflector remain the same? If I wanted a 75 ohm impedance, what would I change?
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Could it be tested for 1800mhz? I need those 15db
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Edel2020 started following Panel antenna 12dBi
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I will try to resume this simulation... ,,,e.g...
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What do you mean, more signal? Show with an example.
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,,,more gain>>>
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Is the distance 164mm between the reflectors?
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What is the cup for? What does it give?
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thats ~20dBi 920mmx740mm 1296MHz, adequat Yagi will have 4m boom other pictures: https://www.wifi-antennas.com/topic/102-simple-dipole-antenna/?page=2#comment-20589 thats good?
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92cm and not 920cm,,,and without too many pictures that don't make sense...!!!
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920 cm pacyfic grid atenna with dipole (with coaxial splited balun and one reflector) wil gove You 19-22dBi, adequat Yagi will be 2m long and and should be carried out with great precision (+/- 0.1mm) add: thats the solution from Slovakia
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