ETS-Lindgren 3126 is a precision gain reference for antenna range calibration. The high-frequency antennas include a radome and are characterized with the radome in place. It can operate with a range between 400MHz - 1920MHz. It is designed to meet the Cellular Telecommunication and Internet Association (CTIA) ±0.1 dB symmetry requirement for ripple test measurements. The ETS-Lindgren 3126 Sleeve Dipole Antenna is truly omni-directional with an electric dipole pattern approaching that of a half-wave resonant dipole with typical gains between 1.5 dB and 2.0 dB.
ETS-Lindgren 3126 is a precision gain reference for antenna range calibration. The high-frequency antennas include a radome and are characterized with the radome in place. It can operate with a range between 400MHz - 1920MHz. It is designed to meet the Cellular Telecommunication and Internet Association (CTIA) ±0.1 dB symmetry requirement for ripple test measurements. The ETS-Lindgren 3126 Sleeve Dipole Antenna is truly omni-directional with an electric dipole pattern approaching that of a half-wave resonant dipole with typical gains between 1.5 dB and 2.0 dB.
ETS-Lindgren 3126 is a precision gain reference for antenna range calibration. The high-frequency antennas include a radome and are characterized with the radome in place. It can operate with a range between 400MHz - 1920MHz. It is designed to meet the Cellular Telecommunication and Internet Association (CTIA) ±0.1 dB symmetry requirement for ripple test measurements. The ETS-Lindgren 3126 Sleeve Dipole Antenna is truly omni-directional with an electric dipole pattern approaching that of a half-wave resonant dipole with typical gains between 1.5 dB and 2.0 dB.
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