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Non-Linear Junction Detector GSS-36 (BNJ-1009)
The non-linear junction detector GSS-36 is an indispensable tool for
quick and reliable location of unauthorized electronic devices during
search operations in premises with a high density of electronic
equipment. It is very effective when it comes to identify miniaturized
electronic devices (10x20mm) at a considerable distance, which is
sometimes crucial when a suspicious object is to be analyzed from a
safety range.
GSS-36 is dramatically superior to any competitive instrument in the
industry in terms of detection range, selectivity and positioning
accuracy. Some striking examples: «GSS-36» and «ORION» were used in a comparison test
to detect 2d and 3d harmonic junctions which revealed that «GSS-36» has a three times
wider detection range. Moreover, if the 2d and 3d harmonic (i.e. artificial and natural)
junctions were located closer than 30cm to each other, the NLJD «ORION» could not
distinguish between the 2d and 3d harmonics, whereas «GSS-36» easily separates individual
responses at each harmonic from a distance of at least 1 meter.
• The use of microwave frequency range gives «GSS-36» some unique capabilities of
detecting semi-conductors hidden by different materials. It can detect
semiconductors through slits and holes, ungrounded shielding, by means
of reflection from a smooth surface etc. A SIM-card e.g. can be detected
from a distance of 1m.
• A very narrow directional pattern of the antenna and a built-in
pinpointing laser provide space selective detection of various
semiconductor elements with high precision. Sometimes it is a key factor
when a suspicious object has to be analyzed from a safe distance.
• The indication and controls are the same as in previous LORNET
versions (e.g. radiated power change in automatic and manual modes).
• This instrument uses the innovative technology and materials and has a very ergonomic
design. It is compact; light weighted and is very easy to use.
• The electromagnetic influence upon the operator is kept to the minimum level due to a
very low duty cycle of probing pulses and decreased radiation to the operator side.
• The instrument uses wireless headphones
Probing signal mode - Pulse
Probing signal frequency range - (3580-3620) MHz
2d harmonic receiver frequency range - (7160-7240) MHz
3d harmonic receiver frequency range - (10740-10860)
MHz
Antenna gain at fundamental frequency - 20 dB
Antenna gain at 2d harmonic - 24 dB
Antenna gain at 3d harmonic - 27 dB
Pulse power and duty cycle - 20 W (0,6%)
EIRP (equivalent isotropic radiated power = radiated power plus antenna gain) 2000 W
2d and 3d harmonics sensitivity (antenna gain not considered) -110 dBm
Dynamic range > 40 dB
Antenna directional pattern width (at 1st/ 2d/ 3d harmonic) - 16/ 8/ 4 degrees
Time of continuous operation at the maximum probing power - 3,0 hours
Dimensions in operational / shipping condition -
477х303х227 /303х303х230 mm
Fully equipped weight < 1,2 kg
Building on a very high probing signal frequency
and a very narrow antenna directional pattern the
NLJD
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