-
Lens Horn Antenna, 30 dBi Typical Gain, 8.5–11.5 GHz Frequency Range, RM-LHA85115-30
RM-LHA85115-30 is a linearly polarized lens horn antenna operating from 8.5 to 11.5 GHz. It provides 30 dBi typical gain and a typical VSWR of 1.5:1. The antenna is suitable for high-gain RF measurement, material testing, and related microwave applications.
-
Lens Horn Antenna, 30 dBi Typical Gain, 38–40 GHz Frequency Range, RM-LHA28-30
RM-LHA28-30 is a linearly polarized lens horn antenna operating from 38 to 40 GHz. It provides 30 dBi typical gain, a VSWR of 1.3:1, and a WR28 rectangular waveguide interface. It is suitable for antenna measurement, material measurement, system integration, and related applications.
-
Lens Horn Antenna, 15 dBi Typical Gain, 1–25 GHz Frequency Range, RM-LHA125-15
RM-LHA125-15 is a linearly polarized lens horn antenna operating from 1 to 25 GHz. It provides 15 dBi typical gain, VSWR < 2:1, and an SMA female connector. It is suitable for antenna measurement, electronic warfare, satellite communications, and related RF applications.
-
Spot-Focusing Lens Horn Antenna, 8.2–12.4 GHz Frequency Range, Linear Polarization, RM-SFLHA90-25
RM-SFLHA90-25 is a linearly polarized spot-focusing lens horn antenna operating from 8.2 to 12.4 GHz. It features a 300 mm focal length, 55 mm spot size, 1.5:1 VSWR, and an SMA female connector for material measurement, system integration, and related RF applications.
-
Lens Horn Antenna, 35 dBi Typical Gain, 18–26.5 GHz Frequency Range, RM-LHA42-35
RM-LHA42-35 is a linearly polarized lens horn antenna operating from 18 to 26.5 GHz. It provides 35 dBi typical gain, a VSWR of 1.2:1, and a WR42 rectangular waveguide interface. It is suitable for antenna measurement, material measurement, system integration, and related applications.
Lens Horn Antennas for RF Measurement and Focused-Beam Applications
RF MISO is a lens horn antenna manufacturer and supplier serving RF engineers, system integrators, laboratories, and technical procurement teams. The models listed on this page cover selected operating bands from 1 to 40 GHz. Each antenna has its own specified frequency range, gain, VSWR, polarization, interface, and mechanical configuration, so selection should always be based on the individual product datasheet.
Collimated and Spot-Focusing Lens Horn Antennas
A lens horn antenna combines a horn radiator with a dielectric lens to control the phase distribution across the aperture. A collimating configuration can form a narrow directional beam for antenna measurement, radar evaluation, and microwave system testing. A spot-focusing lens horn antenna concentrates energy within a localized measurement region and can be considered for material characterization or other applications that require a defined focal area.
What to Compare When Selecting a Model
●Operating frequency and gain: Match the antenna band to the test system and evaluate gain across the required frequencies.
●Beam function: Determine whether the application requires a collimated far-field beam or a localized focused region.
●VSWR and polarization: Review impedance matching and polarization requirements for the complete RF chain.
●RF interface: Confirm the specified coaxial connector or waveguide interface before integration.
●Mechanical constraints: Check antenna dimensions, mounting conditions, focal distance where applicable, and available installation space.
RF MISO offers broadband, microwave, millimeter-wave, and spot-focusing lens horn antenna options for different measurement and integration requirements. Product specifications can vary by model; use the linked datasheets below as the primary source for final technical evaluation.
For additional background on collimation, spot focusing, beam behavior, and application-driven selection, read our Lens Antenna Design and Selection Guide. To discuss a suitable model, contact RF MISO with your operating band, required gain, beam objective, interface, and installation constraints.
