PHILLIPS MICROTECHNOLOGY has developed a unique polarization scheme that rejects Vertically and Horizontally Polarized signals, and greatly attenuates Circularly Polarized signals as well.
This new antenna scheme is dubbed "ZERO-WAVE" for its rejection of signals using normal Transmission Polarizations.
Using the "ZERO-WAVE" mode at your receive site, Vertically and Horizontally Polarized signals from other stations or transmitters in your system, will be reduced to about 1/1000th of their normally received power.
Likewise, using the "ZERO-WAVE" mode at your transmitter, Vertically and Horizontally Polarized receive antennas at other receive sites, or other stations, will only see about 1/1000th of your transmitted power.
There are TWO "ZERO-WAVE" modes of transmission, "ZERO-WAVE-A", and "ZERO-WAVE-B". The two modes also only see about 1/1000th of the power of the other mode.
The "ZERO-WAVE" Antenna System is capable of transmitting and receiving VERTICAL, HORIZONTAL, RIGHT HAND CIRCULAR POLARITY, LEFT HAND CIRCULAR POLARITY, "ZERO-WAVE-A", and "ZERO-WAVE-B".
In High RF Areas, the "ZERO-WAVE" transmission mode can be used to get your ENG or STL signal through, while canceling other signals to about one-one thousandth of their original power.
These antennas were designed to reduce the filtering requirements needed in today's crowded spectrum, thus reducing or eliminating Group Delay and other distortion caused by steep filtering. This becomes an important factor in Digital transmission.
This system virtually eliminates other stations entering your STL when your own signal fades, thus INCREASING your fade margin !
This System can sometimes be retrofitted to your current antenna system, and contains only one factory-set adjustment for ultimate simplicity.
For more information, call PHILLIPS MICROTECHNOLOGY, INC. @ 1-954-850-1016