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The following figure shows the GUI for the dual tuner receiver described above. Notice that the lower two displays (spectrum and falling raster) show a 15 MHz segment of the HF band. The operator can click on a signal seen in the wideband displays and the narrow band receiver tunes to that signal and begins demodulating it.
A typical VPX digital wideband receiver Therefore, the development of the modern digital receiver as an integrated RF tuner and digitizer combination. These products effectively brought the analog world into the digital domain for reliable signals transport and advanced signal processing-scheme opportunities.
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veritable ‘SIGINT site in a box’ allowing for online, real-time collection and analysis, as well as offline, post-mission analysis. The NRA-3000/-6000 covers a super-wide 9 kHz – 3 GHz or 6 GHz, respectively and is fully-supported in both Krypto500 and Krypto1000. This means the receiver’s excellent sensitivity can be put to work in
Many high-performance modern electronic systems will benefit from these techniques. Significant applications include enhancement of RADAR systems, EW and SIGINT receivers, cognitive radios, wideband universal RF transceivers, specialized test equipment, and medical imaging systems.
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The Advantages of Ultra-Wideband Technology. The very wide bandwidth of UWB signals enables superior indoor performance over traditional narrow-band systems. Some of this bandwidth's features...
NDR358: 8-Channel Wideband Digital Tuner . The NDR358 digital tuner is a 8-channel, superheterodyne downconverter that covers RF signals from 20 MHz to 6 GHz. It is housed in a 1U, 19 inch equipment frame with 19" x 18" x 1.75" overall dimensions.