Signal Analysis > Handheld Measurement, Radio Monitoring & NB Direction Finding System
Handheld Measurement, Radio Monitoring & NB Direction Finding System is a compact and portable system. It has been designed and integrated for the following purposes:
Radio Monitoring
Measurement & Analysis of the Field Strength and Signal Parameters
Direction Finding and Transmitter Location
System can be controlled by wrist control panel, Pocket PC or Notebook and can be operated in three different modes. The system configuration consists of the following:
Panoramic Measurement Receiver
Direction Finding antenna set: - Antenna module (25 - 200 MHz) - Antenna module (90 -450 MHz) - Antenna module (370 -1000 MHz) - Antenna module (1 - 3 GHz) - Antenna module for direction finding in concealed mode - Handle with digital display
Wrist control panel with panoramic display
Power supply, charger and battery
Pocket PC with Measuring & Radio Monitoring Customized Software
Notebook computer
Customized Software
Measuring and Radio Monitoring Customized Software
Statistical Analysis Customized Software
Technical Analysis Customized Software
Shoulder bag
Outdoor Wideband Antenna.
Features
Can be operated while moving of operator
Can be controlled by wrist control panel, Pocket PC or Notebook
Under wrist panel control (while moving) system provides - Visual spectrum analysis - Direction finding in open or concealed mode.
Under Pocket PC control (while moving or at temporary stops) system provides - Automated radio monitoring. - Direction finding in open or concealed mode. - Measurement of the field strength and signal parameters.
Under PC control (stationary or at temporary stops) system provides - Full featured automated radio monitoring, including spectrum and analysis in real-time and in post-processing mode - Measurement of field strength and signal parameters - Vector signal recording - Recording and playback of the demodulated signals
Handheld Measurement, Radio Monitoring & NB Direction Finding System is a compact and portable system. It has been designed and integrated for the following purposes:
