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<blockquote data-quote="Jens Bacher" data-source="post: 68336" data-attributes="member: 1220"><p>Re: RF</p><p></p><p>Just another example that you would often get a healthier system with a pair of passive splitters like <a href="http://217.34.103.131/pdfs/ZFSC-3-1W+.pdf" target="_blank">http://217.34.103.131/pdfs/ZFSC-3-1W+.pdf</a></p><p></p><p>If you only use 6-12 systems you could calculate you own frequencies with more roboustness/ "IM room" than the stock Shure groups, which are a compromise between roboustness and max. transmitters.</p><p></p><p>The isolators would only work if you could build them in to the transmitters. They work by acting as one way "valve" to avoid RF entering though the antenna of an transmitter, and creating IM products in the RF stages in the transmitter. In highpower systems (think FM broadcast) they also avoid the RF amps in the transmitters from destroying themself if the antenna is disconnected.</p></blockquote><p></p>
[QUOTE="Jens Bacher, post: 68336, member: 1220"] Re: RF Just another example that you would often get a healthier system with a pair of passive splitters like [URL]http://217.34.103.131/pdfs/ZFSC-3-1W+.pdf[/URL] If you only use 6-12 systems you could calculate you own frequencies with more roboustness/ "IM room" than the stock Shure groups, which are a compromise between roboustness and max. transmitters. The isolators would only work if you could build them in to the transmitters. They work by acting as one way "valve" to avoid RF entering though the antenna of an transmitter, and creating IM products in the RF stages in the transmitter. In highpower systems (think FM broadcast) they also avoid the RF amps in the transmitters from destroying themself if the antenna is disconnected. [/QUOTE]
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