- Home
- Companies
- Advanced Radar Company
- Products
- Model ARC-HiQ - Digital Receiver for ...
Model ARC-HiQ -Digital Receiver for Remote Sensing Applications
ARC currently supports 2 receivers that are built in-house as well as receivers built by other manufacturers. We also provide down-converters in multiple frequency ranges. ARC started using the HiQ down-converter card,originally designed by NCAR, with proprietary interface software that conversed with the NCAR TITAN software suite and the ARC-GUI control suite of programs. This platform is still supported but is not suggested for new systems. A replacement IF digitizer and down-converter has been developed using a state-of-the-art, multi-channel, analog to digital converter card with an on-card FPGA for performing down-conversion of the IF data to baseband range-gate data. The same utilities are used to configure and monitor the performance of the receiver regardless of which digitizer card is used.
- Noise Power: -115 dBm typical
- Radar Noise Figure: 2.9 dB
- Dynamic range: 80 dB (Receiver noise dominated)
- Sensitivity @ 0dB SNR: -11 dBZ @ 50 km 1 μsec transmit pulse
- Digital IF processing
- Digital matched filter for maximum sensitivity and Inter-clutter visibility
- Dual-PRT capability for velocity extension
- Antenna position to 16 bit resolution.
- Fast update rates to motor controller (few msec).
- Programmable velocity and acceleration limits.
- Programmable trapezoidal acceleration profiles.
- Interactive tuning and plotting tools.
- Precision scan active flags sent to base data radar display.
- ARC software support for solar gain and antenna pattern measurements.
- ARC ACU software supports PPI sector, RHI, and Surveillance scanning, as well as sequences.
- Digitally stored and adjustable antenna offsets for positioning using solar alignment tools.
- Manual and automatic antenna operation either locally or remotely via the internet.
- Readily adaptable to a variety of syncro and encoder positioning systems.
- Readily adaptable to brush and brushless motors.
