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OTHER PRODUCTS<br />

RADAR LOCATION AND AIR DEFENCE<br />

“КРМ-HF”<br />

RADIO MONITORING AND DIRECTION FINDING OF<br />

RADIOFREQUENCY EMISSION SIGNALS SHORT-WAVE STATION<br />

“КРМ-HF» is computer appliance designed for automatic panoramic<br />

positioning and direction finding of radiofrequency emission<br />

signals.<br />

Operating frequencies range:<br />

1,5 ... 30 МHz<br />

Swath in panoramic mode:<br />

400-3000 kHz<br />

Main Specifications:<br />

Minimal duration of signal taken a fix<br />

Instrumental error (mean-squared error) of direction finding<br />

of signals by azimuth in the range of 0-360 (not more)<br />

Instrumental error (mean-squared error) of direction finding<br />

of signals angularly in the range of 0-360 (not more)<br />

Central frequency step of narrow-band analysis receivers<br />

Quantity of narrow-band channels of signal analysis<br />

bandwidth<br />

10 ms<br />

1 degree<br />

5 degree<br />

10 Hz<br />

6 units<br />

6 bands from 4 kHz up to 22 kHz<br />

DIGITAL SUPERHETERODYNE<br />

HF FREQUENCY RANGE RADIO RECEIVER<br />

Digital superheterodyne receiver is designed<br />

to operate as a part of medium power radio<br />

station.<br />

Main Specifications:<br />

Working frequencies range<br />

adjacent channel selectivity<br />

Sensibility while unmodulated signal receiving<br />

in bandpass of 2kHz<br />

Suppression of outband reception channels<br />

from 1,5 up to 30 MHz<br />

not less than 86 dB<br />

not more than 0,3 mkV<br />

not less than 90 dB<br />

Energy consumption:<br />

not more than 30 W<br />

Weight:<br />

7 kg<br />

RADIO MONITORING SHORT-WAVE STATION<br />

RADIO MONITORING STATION provides:<br />

Automatic panoramic positioning and direction finding of radiofrequency emission<br />

signals (RFE);<br />

Fulfilling the tasks of the executive direction finding of RFE;<br />

Automatic assessment of direction finding of RFE on the basis of “over recognition”<br />

algorithm in the space;<br />

Automatic (automated) calculation of the location of RI of one point with the<br />

ionospheric wave propagation (SSL);<br />

Fulfilling the tasks of automatic classification of modern radio systems’ signals;<br />

Automatic (automated) measurement of technical parameters of radio systems’<br />

signals.<br />

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