Aaronia offers a very
cost-effective alternative with the Aaronia HyperLOG 6000 series, still
meeting even the highest expectations. It offers an exceptional mix of
performance, functionality and design formerly unknown in this price
category. Together with the HyperLOG 60180 antennas, any regular spectrum
analyzer instantly becomes a professional RF measurement device with
directional characteristics. Due to their small weight and the
multi-functional handle, these antennas are the optimal supplement for
portable EMC measurement devices for locating and evaluating any kind of
signal source.
Many commercially available antennas are based on PCBs and other
unprofessional designs and do not really represent professional
measurement technology. In addition to the simple technical
construction, one more important omission is very common: these antennas
come "naked", without Radom frame, as a raw PCB (particularly included
with cheap broadband measurement devices). Due to this construction,
mismeasurements and invisible damage caused by environmental influence
(oxidation, fissures, etc.) can occur.
In contrast, Aaronia HyperLOG 60180 antennas come standard with a
specially constructed, high tech Radom housing. This housing has been
constructed after intense research with the most modern computer
technology in such a way that its shape, material and special coating
have virtually no influence on measurements, not even in case of dew or
other kinds of humidity collecting on the surface.
A further distinctive feature of the Aaronia HyperLOG 60180 is the integrated
5/8" screw thread for accepting the included (directional measuring)
handle. As it conforms to the standard due to its size of 5/8", the
antenna could also be mounted to any other suitable tripod. Hence,
polarization and bearing of the antenna can be adjusted optimally and
reliably.
Inside the Radom, you can find Aaronia's sophisticated antenna itself, covered
with a highly conductive gold coating. This high-grade coating and the
antenna's special design warrant excellent linearity over the entire
frequency range, and an exceptional receiving or transmitting
performance. |
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