One horn from 1 to 67 GHz, two lens antennas built for outdoor use, an open-aperture quad-ridged horn and a horn for the new automotive EMC standards.
European Microwave Week brought the RF and microwave industry to London this October – and RF SPIN came with five new antennas, all on display at stand B25C. Here is what we presented.
Designed for test setups that span 1 GHz to 67 GHz, the DRHX67 is an ultra-wideband double-ridged horn that covers the whole range continuously. One antenna replaces the set this range used to need, so there are fewer antennas to source, calibrate and maintain.
2 – 25 dBi · 1.85 mm connector
Designed for outdoor measurements from 3.7 GHz to 43 GHz, the QRH43CR puts our US-patented 3D-printed antenna lens inside a rugged, weather-resistant IP65 radome. It started with a customer request and brings the higher gain of a lens antenna to dual-polarized measurements outside the chamber.
4 – 20 dBi · K connector
Designed for outdoor measurements from 1.7 GHz to 20 GHz, the QRH20CR combines our US-patented 3D-printed antenna lens with a rugged, weather-resistant IP65 radome. It brings the higher gain of a lens antenna to dual-polarized measurements in the field, in a lightweight, compact design.
4 – 23 dBi · SMA connector
Designed for wide-area illumination and close-range measurements, the QRH43 is a quad-ridged horn for 3.7 GHz to 43 GHz without a lens. Its open aperture gives a wider beam and stable radiation patterns across the whole band.
2 – 15 dBi · K connector
Designed for immunity testing of e-bikes and motorcycles, where the new standards reach 7 GHz, the DRH0908 is built to drive fields, not just measure them. High power handling and a 7/16 connector suit radiated immunity work, and its sensitivity lets it double as an emissions antenna.
8 – 24 dBi · 7/16 connector
If you missed us in London and would like to go through any of the five antennas, write to info@rfspin.com.
We're exhibiting at European Microwave Week in London, October 4–9, stand B25C. Our newest antennas are coming with us, reaching from 900 MHz at the low end up to 67 GHz.
900 MHz to 8 GHz in a single horn – well past the 6 GHz ceiling of most EMC horns, and built to drive fields, not just measure them.
More gain out of the same horn. We designed the lens, we print it, and we measure the result in our own chamber, from 740 MHz to 53 GHz.
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