Wideband-FM demodulation for large wideband to narrowband conversion factors via multirate frequency transformations
Wenjing Liu, Balu Santhanam
Abstract
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Wenjing Liu, Balu Santhanam
Abstract
Open-access reader
Existing approaches for wideband FM demodulation are based on negative feedback, frequency tracking or multirate signal processing and heterodyning. Prior work that utilizes multirate frequency transformations for wideband-FM demodulation is impractical for large wideband to narrowband conversion factors such as those needed in DRFM systems. In this paper, we present a frequency transformation approach to wideband FM demodulation, using multirate systems, that can accommodate large conversion factors.
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Existing approaches for wideband FM demodulation are based on negative feedback, frequency tracking or multirate signal processing and heterodyning. Prior work that utilizes multirate frequency transformations for wideband-FM demodulation is impractical for large wideband to narrowband conversion factors such as those needed in DRFM systems. In this paper, we present a frequency transformation approach to wideband FM demodulation, using multirate systems, that can accommodate large conversion factors.
Key concepts: Wideband, Demodulation, Narrowband, Frequency modulation, Computer science, Electronic engineering, Bandwidth (computing), Telecommunications