PORTABLE HF AUTOMATIC RECONNAISSANCE SYSTEM

Light, Automatic and Flexible in Deployment

PORTABLE HF AUTOMATIC RECONNAISSANCE SYSTEM

Portable HF reconnaissance system is an excellent system for radio detection and signal receiving and demodulation, with interception band coverage of l.5MHz-30MHz and instantaneous receiving bandwidth up to 28.5MHz. It is capable of receiving and processing multiple analog and digital signals, and can be used to establish the radio receiving signal detection and processing system. The complete equipment is a portable computer, integrated with the computer processing platform, RF receiving assembly and acquisition preprocessing assembly. It is highly integrated, light in weight, small in size, and easy to carry, and can be used in many scenarios.

SIGNAL SPECIFICATIONS

Automatic Broadband

Detection of HF Signals

Demodulation Against Analog Signals, Including AM, FM, LSB, USB, CW

Digital Modulation Types Supporting Demodulation: 2ASK, 2FSK, 4FSK, BPSK, QPSK, DQPSK, OQPSK, 8PSK, π/QPSK

SYSTEM FUNCTION

(1 ) Supports broadband receiver parameter control, including frequency, bandwidth and gain.
(2) Supports linkage and display between broadband spectrum and waterfall plot, supporting common operations such as zoom in/out and selection, as well as maintaining maximum value in spectrum and selfadaptive amplitude adjustment.
(3) Can store broadband time domain data output by broadband receiver.
(4) Supports narrowband signal preview.
(5) Supports signal detection and identification.
(6) Supports multichannel signals on-duty.
(7) Supports step detection, supporting wide bandwidth rolling sweep detection and identification and signal on-duty.
(8) Supports mission planning and mission scheduling and execution.
(9) Capable of initiating BIT and real-time monitoring and display of system operating status.
(10) Supports time domain data file replay, including real data and 10 data files, supporting broadband spectrum display, signal detection and identification, multichannel signal on-duty and narrowband signal preview.
(11) Supports waveform self-definition.
(12) Has a standard demodulation interface, supporting extension and secondary development by users.