Microwave Antennas
Antenna Near Field Measurement Probe
Array Antenna
Lens Horn Antenna
Ultra Wideband Double Ridged Horn Antenna
Broadband Horn Antenna
Dual Polarized Horn Antenna
Symmetrical Dipole Antenna
Omnidirectional Antenna
Microstrip Antenna
Helical Antenna
Parabolic Antenna
Microwave Antennas are essential components in modern wireless communication, radar, and measurement systems. This category covers a wide range of antenna types designed for different applications in the microwave frequency band.
Standard Gain Horn antennas provide reliable and repeatable performance for antenna gain measurements and calibration. They are widely used in laboratory environments as reference standards.
Near field measurement probes are precision tools used in antenna near field scanning systems. They capture amplitude and phase information for accurate far field pattern reconstruction.
Lens Horn antennas combine a horn with a dielectric lens to improve radiation pattern directivity and reduce side lobes. They are suitable for high frequency applications requiring focused beams.
Ultra Wideband Double Ridged Horn antennas operate over a broad frequency range with stable radiation characteristics. They are ideal for EMI testing, surveillance, and wideband communication systems.
Broadband Horn antennas offer consistent performance across wide frequency spans. They support general purpose testing, direction finding, and wideband signal transmission.
Dual polarized horn antennas receive or transmit both horizontal and vertical polarizations simultaneously. They are critical for polarization diversity and MIMO system testing.
Symmetrical dipole antennas are basic radiating elements with balanced feed. They serve as building blocks for more complex arrays and as reference antennas for measurements.
Omnidirectional antennas radiate uniformly in all horizontal directions. They are used in broadcasting, mobile communication, and wireless sensor networks where coverage in all directions is needed.
Microstrip antennas are low profile, lightweight, and easy to integrate with printed circuit boards. They are common in aerospace, satellite, and portable wireless devices.
Helical antennas operate in axial mode to produce circular polarization. They are suitable for satellite communication and space telemetry links.
Parabolic antennas provide high gain and narrow beamwidth using a reflector. They are used in point to point communication, radio telescopes, and long distance links.
Array antennas consist of multiple radiating elements arranged to shape the beam direction and pattern. They enable beam steering and high directivity for radar and 5G systems.
Antenna components include feeds, baluns, matching networks, radomes, and mounting hardware. These parts support custom antenna assembly and system integration.
All products are designed for professional use in engineering, research, and industrial applications. They help customers achieve reliable wireless links and accurate measurements.
Microwave antennas are essential components in modern wireless communication, radar, and measurement systems. This category covers a wide range of antenna types designed for different applications in the microwave frequency band.Standard gain horn antennas provide reliable and repeatable performance for antenna gain measurements and calibration. They are widely used in laboratory environments as reference standards. Near field measurement probes are precision tools used in antenna near field scanning systems. They capture amplitude and phase information for accurate far field pattern reconstruction.Lens horn antennas combine a horn with a dielectric lens to improve radiation pattern directivity and reduce side lobes. They are suitable for high frequency applications requiring focused beams.Ultra wideband double ridged horn antennas operate over a broad frequency range with stable radiation characteristics. They are ideal for EMI testing, surveillance, and wideband communication systems.Broadband horn antennas offer consistent performance across wide frequency spans. They support general purpose testing, direction finding, and wideband signal transmission.Dual polarized horn antennas receive or transmit both horizontal and vertical polarizations simultaneously. They are critical for polarization diversity and MIMO system testing.Symmetrical dipole antennas are basic radiating elements with balanced feed. They serve as building blocks for more complex arrays and as reference antennas for measurements.Omnidirectional antennas radiate uniformly in all horizontal directions. They are used in broadcasting, mobile communication, and wireless sensor networks where coverage in all directions is needed.Microstrip antennas are low profile, lightweight, and easy to integrate with printed circuit boards. They are common in aerospace, satellite, and portable wireless devices.Helical antennas operate in axial mode to produce circular polarization. They are suitable for satellite communication and space telemetry links.Parabolic antennas provide high gain and narrow beamwidth using a reflector. They are used in point to point communication, radio telescopes, and long distance links.Array antennas consist of multiple radiating elements arranged to shape the beam direction and pattern. They enable beam steering and high directivity for radar and 5G systems.Antenna components include feeds, baluns, matching networks, radomes, and mounting hardware. These parts support custom antenna assembly and system integration.All products are designed for professional use in engineering, research, and industrial applications. They help customers achieve reliable wireless links and accurate measurements.
