(2) Bird Airline Junction Combiners, configure anywhere between 2 to 6 channels. High performance spec with narrow adjacent channel spacing and low insertion loss. 5.8” Square Cavity with 19” rack mount configuration for space efficiency.
(2) Bird Technologies Group, TX RX Systems brand, Ceramic Transmit Combiners combine multiple transmitters onto a single antenna. With a footprint that’s more than 50% smaller than comparably performing 10” cavities. This optimizes valuable space for your radio equipment, which in an era of escalating lease costs, makes it the perfect solution for expansion. And because of our modular design, you can purchase in single-channel increments.
(6) These multi-channel combiners provide frequency-agile operation across their entire frequency range. Control Station Combiners may be used to reduce the number of antennas required on a communications site while also ensuring that predictable
radio-to-radio isolation is maintained at all times - irrespective of individual radio’s Tx or Rx operating mode or antenna isolation characteristics.
BTG, TX RX Systems brand Custom Transmit Combiner, receive/multicoupler systems provides a solution that allows multiple radios to share the same antenna, maximizing tower utilization, reducing tower loading and reducing interference risk.
(8) TX RX's time-proven combiners and multicouplers provide design security for any multichannel radio system. From the most complex multi-site Homeland Security system to the simplest 2-channel private system, our products enables unsurpassed flexibility to accommodate the most challenging frequency plans, as well as future expandability. The same architecture used for transmitter combining can also be used as a preselector in complex receive systems where there is not sufficient guard-band to use combline bandpass filters.
(11) TX RX provides multicoupling systems, not “one-size-tries-to-fit-all” products. each system is designed and configured for the specific site at which it is to be used. intermodulation studies as well as transmitter noise and receiver desense estimates are used to design the unit with the required isolation characteristics for the environment where it will be used.
