- Two or three separate frequency segments in a given mobile band
- Cross-channel operation in two mobile bands with one antenna
- Alternative antennas to an OEM version will be recommended, where required (e.g. Euro-style, or universal mount traditional whip)
-
Individually calibrated to ensure the best performance in a disguised appearance -
Individually calibrated to ensure the best performance in a disguised appearance
- Two or three separate frequency segments in a given mobile band
- Cross-channel operation in two mobile bands with one antenna
- Alternative antennas to an OEM version will be recommended, where required (e.g. Euro-style, or universal mount traditional whip)
-
Individually calibrated to ensure the best performance in a disguised appearance
- Two or three separate frequency segments in a given mobile band
- Cross-channel operation in two mobile bands with one antenna
- Alternative antennas to an OEM version will be recommended, where required (e.g. Euro-style, or universal mount traditional whip)
-
Individually calibrated to ensure the best performance in a disguised appearance
- Two or three separate frequency segments in a given mobile band
- Cross-channel operation in two mobile bands with one antenna
- Alternative antennas to an OEM version will be recommended, where required (e.g. Euro-style, or universal mount traditional whip)
-
Designed to meet customers' special requirements
- Two or three separate frequency segments in a given mobile band
- Cross-channel operation in two mobile bands with one antenna
-
Comprod is a leader in the design of RF filtering and coupling devices. The following are the specifications for couplers and tuners required as part of a disguised antenna solution.
- Broadcast couplers - allow AM-FM broadcast receiver operation along with normal two-way mobile radio operation.
- Crossband couplers - allow mobile radios on two different bands to operate with a single disguised antenna.
- Antenna tuners - provide impedance matching and partly retuning the existing antenna to new frequencies.
