PH and PHE Series phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For installations with larger Yagi antennas that require wider antenna-to-antenna spacing, the PHE Series (Extended Length) is recommended. For side-mounted dipole antenna systems, the PH Series remains the preferred and recommended choice.
PH and PHE Series phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For installations with larger Yagi antennas that require wider antenna-to-antenna spacing, the PHE Series (Extended Length) is recommended. For side-mounted dipole antenna systems, the PH Series remains the preferred and recommended choice.
PH and PHE Series phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For installations with larger Yagi antennas that require wider antenna-to-antenna spacing, the PHE Series (Extended Length) is recommended. For side-mounted dipole antenna systems, the PH Series remains the preferred and recommended choice.
PH and PHE Series phasing harnesses (PHE14-99) are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For installations with larger Yagi antennas that require wider antenna-to-antenna spacing, the PHE Series (Extended Length) is recommended. For side-mounted dipole antenna systems, the PH Series remains the preferred and recommended choice.
PH and PHE Series phasing harnesses (PHE14-99) are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For installations with larger Yagi antennas that require wider antenna-to-antenna spacing, the PHE Series (Extended Length) is recommended. For side-mounted dipole antenna systems, the PH Series remains the preferred and recommended choice.
PH and PHE Series phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note:For installations with larger Yagi antennas that require wider antenna-to-antenna spacing, the PHE Series (Extended Length) is recommended. For side-mounted dipole antenna systems, the PH Series remains the preferred and recommended choice.
RFI PHE42-70 phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For ALL applications using side mounted dipole antennas, the standard PH Series are recommended. To ensure that you choose the correct phasing harness for your application.
PH and PHE Series phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For ALL applications using side mounted dipole antennas, the standard PH Series are recommended. To ensure that you choose the correct phasing harness for your application, please use the following matrix.
RFI PHE42-72 phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For ALL applications using side mounted dipole antennas, the standard PH Series are recommended. To ensure that you choose the correct phasing harness for your application.
RFI PHE42-99 phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For ALL applications using side mounted dipole antennas, the standard PH Series are recommended. To ensure that you choose the correct phasing harness for your application.
RFI PHE44-65 phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
RFI PHE44-70phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For ALL applications using side mounted dipole antennas, the standard PH Series are recommended. To ensure that you choose the correct phasing harness for your application.
PH and PHE Series phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For ALL applications using side mounted dipole antennas, the standard PH Series are recommended. To ensure that you choose the correct phasing harness for your application, please use the following matrix.
RFI PHE44-72 phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For ALL applications using side mounted dipole antennas, the standard PH Series are recommended. To ensure that you choose the correct phasing harness for your application.
RFI PHE44-99 phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For ALL applications using side mounted dipole antennas, the standard PH Series are recommended. To ensure that you choose the correct phasing harness for your application.
RFI PHE82-82 phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For ALL applications using side mounted dipole antennas, the standard PH Series are recommended. To ensure that you choose the correct phasing harness for your application.
PH and PHE Series phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For ALL applications using side mounted dipole antennas, the standard PH Series are recommended. To ensure that you choose the correct phasing harness for your application, please use the following matrix.
PH and PHE Series phasing harnesses are for use in feeding multiple antennas from a single input. These are impedance matching harnesses of coaxial cable construction which can be used in a large variety of applications.
Note: For ALL applications using side mounted dipole antennas, the standard PH Series are recommended. To ensure that you choose the correct phasing harness for your application, please use the following matrix.
RFI PHP12-28 Phasing Harness is equipped with N-type connectors for outdoor and rugged environments. The PHP series phasing harnesses are designed to phase two low PIM side mount dipole antennas together to create a PIM rated array style antenna.
RFI PHP22-36 Phasing Harness is equipped with N-type connectors for outdoor and rugged environments. The PHP series phasing harnesses are designed to phase two low PIM side mount dipole antennas together to create a PIM rated array style antenna.
RFI PHP22-41 Phasing Harness is equipped with N-type connectors for outdoor and rugged environments. The PHP series phasing harnesses are designed to phase two low PIM side mount dipole antennas together to create a PIM rated array style antenna.
