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Hi!
Thank you for your reply!
-@ Which Frequency ? It's UHF from 470 to 600MHz. I already found the components that would suit this purpose ; balun : https://www.minicircuits.com/pdfs/ADTL2-18+.pdf Splitter : https://www.minicircuits.com/pdfs/ADP-2-9+.pdf
-@ What Distance Between 20 and...
Disclaimer ; If you tend to be annoyed by lack of knowledge, please scroll on! I am a sound engineer, I have very limited knowledge in RF and analog circuits. I try to read and watch tutorials, but I get lost very quickly as I don't speak the basics of this language.
The project ; I am...
Newbie question here
Disclaimer ; If you tend to be annoyed by lack of knowledge, please scroll on! I am a sound engineer, I have very limited knowledge in RF and analog circuits. I try to read and watch tutorials, but I get lost very quickly as I don't speak the basics of this language.
The...
Perfect.
Any cues regarding the specs of each part? Is it more important to have a lower input return loss or a lower phase unbalance?
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Mini-circuits makes 20+ combiners that suits my needs, I don't know what I should look at into the specs. Most important is low input...
Thanks for your reply, I've been told that since I use single conductor coax I must put a balun right after the antenna to connect the dipole, which is a balanced device to my coax which is unbalanced. Maybe there is a detail here I don't totally grasp. So I need to use a combiner that will sum...
Thank you for your reply. Each receiver has to be connected to 2 separated antennae, so I could not connect both antennae of 1 receiver to a single dipole. Each receiver has antenna-A and antenna-B, what I'm trying to achieve is to sum the 2 A-antenna and the to B-antenna together via a...
Hi guys!!
I'm trying to design a RF distribution for my wireless receivers.
I'm a sound recordist working in TV, so I have to deal with wireless microphones daily.
Basically the setup I would like to have is 2 dipole antennae connected to my 2 wireless receivers. I'm pretty good with a...
I've often been told by RF users that TX antenna length was more critical than RX antenna length. Being a wireless microphone users I've noticed that companies can use the same RX antenna for a wider bandwidth than for Tx's... Can anyone point out some theory behind it?
Thanks guys,
Simon
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