No need within its specified frequency range.The 14 dbi yagi VSWR is 1:5:1 also should I be looking at the VSWR
No need within its specified frequency range.The 14 dbi yagi VSWR is 1:5:1 also should I be looking at the VSWR
Does coax loss take away dbi from the antenna are is that differentNo need within its specified frequency range.
Similar effect. If you have a certain signal level picked up by an antenna with a certain amount of gain, then add coax loss, the result will be like reducing antenna gain by the amount of coax loss.Does coax loss take away dbi from the antenna are is that different
The omni is 500 watts and the yagi is 200 does that make a differenceSimilar effect. If you have a certain signal level picked up by an antenna with a certain amount of gain, then add coax loss, the result will be like reducing antenna gain by the amount of coax loss.
Only if you are going to hit the antenna with more than 200 watts on transmit.The omni is 500 watts and the yagi is 200 does that make a difference
The coax loss is going to be 1.884 db since the omni is 9 dbd will that take to 7 should I go with a yagi with more to compensate for the lossOnly if you are going to hit the antenna with more than 200 watts on transmit.
If you can receive all the things you want with a directional antenna, then the Yagi should be cheaper for the same amount of gain. If you need to receive from multiple directions then an omni is easier to deal with.The coax loss is going to be 1.884 db since the omni is 9 dbd will that take to 7 should I go with a yagi with more to compensate for the loss
The towers to my east, northeast and south are under 20 miles and less the northwest are 36-45 miles the rubber duck should get those under 20If you can receive all the things you want with a directional antenna, then the Yagi should be cheaper for the same amount of gain. If you need to receive from multiple directions then an omni is easier to deal with.
Could be a Yagi pointed to the distant stations will pick up the closer stuff just fine off the sides and back but it needs to be tested, nobody can accurately estimate how it will work.The towers to my east, northeast and south are under 20 miles and less the northwest are 36-45 miles the rubber duck should get those under 20
Its a grid parabolic, just like it says. Fairly directional, good gain, not something I would use trying to pick stuff up off the sides or back.What kind of antenna is this
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What are the differences between these besides the gainIts a grid parabolic, just like it says. Fairly directional, good gain, not something I would use trying to pick stuff up off the sides or back.
Forward gain is within 1dB which is not much. Both have a folded dipole driven element for wide band width. The 806 to 824MHz range are for repeater inputs so you don't really need that. I would want to see them in person before deciding as one or both could be made offshore with poor quality materials.What are the differences between these besides the gain
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Ventev's 15 dBi directional Yagi antenna is designed for applications in the 824 - 960 MHz frequency range. This includes radio frequency identification (RFID) applications, cellular systems, global system for mobile (GSM) communications, code-division multiple access systems (CDMA)...www.tessco.com
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WESTELL's CSI-AY/806 – 960/14 Yagi antenna operates within the frequency range of 806 – 960 MHz and has a gain of 14 dBi. This Yagi antenna features 13 elements, has a hermetically sealed driven element and is a rugged lightweight design. The vertically polarized antenna has a power input of 100...www.tessco.com
Do you have recommendations for a yagiForward gain is within 1dB which is not much. Both have a folded dipole driven element for wide band width. The 806 to 824MHz range are for repeater inputs so you don't really need that. I would want to see them in person before deciding as one or both could be made offshore with poor quality materials.
The more I look I find more questions, when I think what I want I get a curveball, What's your recommendationsi recommend you buy something...
if it does not work for what you want, try it on something else.
It would be nice if you could sit down with someone knowledgeable with all this that can explain all the stuff. Or have somebody just hand you the exact thing you need.The more I look I find more questions, when I think what I want I get a curveball, What's your recommendations
You're right about all of itIt would be nice if you could sit down with someone knowledgeable with all this that can explain all the stuff. Or have somebody just hand you the exact thing you need.
Does it matter if it's for cell are it have to be scanner antennastart buying and you will figure out your questions.
like many have said the way you find out is to try, as we are all guessing.
i have 6 daily radios and about 4 extra antennas around.
but i am listening to my county, some government, some military and businesses.
what goes in the radio is determined by what antenna is on it.
i mentioned before that you can't have enough radios and antennas.
and to show you how little the antenna means i can hear the space station on a uniden 396T from 2005 with a radio shack 800 Mhz antenna that is about 6 inches long. the station is on 145.8 and 145.825.
all i did was to try and listen to it, that is how i found out i could hear them.
so that is the message, try it and see what happens.