M ad e in Ge rm any
© Gigahertz Solutions GmbH
(DECT phones, incl. base station and handset) as well as cellular
phones, the signal patterns of which can be divided into “a live
connected phone call“, “stand-by mode“ and, especially important
for cellular phones, the “establishing of a connection“. The typical
signal patterns of a cellular phone base station can also be identi-
fied this way. For comparison reasons you are well advised to take
measurements during high-traffic times, as well as some times
during the night, in order to familiarize yourself with the different
noises.
”Marking“ of unpulsed signals:
Un-pulsed signals by their very nature are not audible in the audio
analysis and therefore easily missed. For that reason they are
marked by a uniform “rattling” tone, with its volume proportional to
its contents of the total signal. This “marking” has a frequency of
16 Hz, and an audio sample can also be downloaded as an MP3
file from our website.
On our home page you will find a link to some typical samples of
audio analyses as MP3-files. Furthermore, the audio analysis can
be significantly simplified by the filters we offer.
For more in-depth analyses
Gigahertz Solutions offers:
Attenuators for expanding the designed range of the analysers
upwards for strong sources of pollution.
Frequency filters for a more precise separation of different ra-
dio frequency service bands.
Instruments for lower HF: For measurement of signal frequen-
cies above 27 MHz (including: CB radioing, analogue and digital
TV and radio TETRA etc.) we offer the instruments HFE35C and
HFE59B.
Instruments for HF up to 6 GHz / 10 GHz:
For analyses for yet
higher frequencies (up to abt. 6 GHz, including WLAN, WIMAX
and some directional radio sources and aviation radar), we offer
the HFW35C (2.4-6 GHz). A new broad band analyser for 2.4-10
GHz is under development (HFW59B).
Instruments for low frequencies: Electrosmog is not limited to
the Radio Frequency range! Also for the low frequency range
such as power (distribution and domestic installations) and rail-
ways including their higher harmonics we offer a broad range of
affordably priced instruments with high professional standards.
Please refer to our homepage for comprehensive coverage.
Power Supply
Changing the Battery
The battery compartment is at the back of the analyzer. To remove
the lid, press on the grooved arrow and pull the cap off. The foam
pad inserted pushes the battery against the lid preventing the
heavy battery from rattling. This is the reason for the lid’s resis-
tance during opening.
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