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I think it's possible, try it...!!!
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Is an n-male pigtail suitable for a length of 15-25 mm?
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Okay, check it out.
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,,,,maybe, but simulations need to be done...!!!
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Will a 6-8mm stud with nuts work?
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Anyway, these dimensions I gave you must be verified by simulation.
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And besides the frequency 2500-2700, is 1800 used?
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...the first image is for the (central) frequency of 2100 MHz (in red) and the second for the (central) frequency of 2600 MHz
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Do you have a drawing for the antenna?
- Yesterday
- Last week
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This shape was much closer to Metal form for muffins, but not able in matlab sa Antenna Array. Matlab has big limitations, I wrote earlier that this is a very approximate model. I don't have the ability to do it more accurately.
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Look
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This is not what your tray looks like above....!!!
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household stores is my favorit design mathod. Quick simulation with a very approximate model 27...30dBi. summing/phasing the signal is difficult in this band.
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How it works: I will try 1296Mhz and 432.2MHz
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Yes, I think this would be a solution...!!!
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What is this new decision?
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What is the best technique for cutting out the discs? I will the HSS bimetal hole saw, holed in timber frame eng_pl_DEDRA-08WZ01-8PCS-BIMETAL-HOLE-SAW-SET-9546_1[1].webp
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Dear friend, please tell me, why did u connect port at this point of the conductor line? In original antenna thare is othere decision.
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backtrack changed their profile photo
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How real can these dimensions be for the patch yagi antenna...??? ,,,these are according to the website...https://3g-aerial.biz/en/disk-yagi-antenna I think these dimensions need to be checked, which I will try below....I think I'll start with the antenna for 2100 MHz....
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Thanks for the post
- Earlier
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No, I think this type of dipole post can stay here.
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A simple dipole is no longer a simple dipole, what we have here is a dipole feed with a stumb balun. Alternative to the "splited coaxial balun (with a gap)" (may it be added to other topic, source: facebook)
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Bester antenna variant(2,4---2,7 GHz) with an N-P245 connector...
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N-type socket / female N-P245 instrument flanged RF connector, for soldering, extended dielectric, 50 ohms The N-Type connector was developed in 1940 at Bell Labs by Paul Neill, and the" N " in the connector's name appeared due to the first letter of his last name. Initially, the connector was developed for frequencies up to 1 Gigahertz, but later its potential for use was revealed at very high frequencies reaching 11 GHz, and thanks to the subsequent refinement by Julius Botka of Hewlett-Packard, the connector was used in systems operating at frequencies up to 18 GHz and can rightfully share the glory of one of the most popular devices in the world today. the most common high - frequency connectors with its predecessor-UHF. The connector has not found much recognition among radio amateurs and civilian users, but it has gained constant popularity among professionals and is used in mobile communication infrastructure, wireless data transmission (WiFi), paging and cellular communication systems, as well as in cable TV networks, standardized according to the MIL-C-39012 protocols. sma N-P245.cst
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probably for high band...(only directors) lower band MUST BE Tubes both crossed and combined on one output is 33 cm by 1,34 meters
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