A method for evaluating the pulse per second (PPS)-based synchronization of a radar for unmanned aerial systems (UAS) applications is presented. An RF switch driven by the PPS signal marks the radar data, in such a way as to provide a comparison with the internally-assigned timestamps. An estimate of both the accuracy and uncertainty is made, resulting in about 4 ns and 0.6 μs respectively.
Validation Method of a PPS-Based Synchronized FMCW Radar for UAS Applications / Lorenzo Pagnini; Lapo Miccinesi; Giovanni Alli; Federico Viviani; Luca Bigazzi; Andrea Cioncolini; Alessandra Beni; Niccolò Bandini; Massimiliano Pieraccini. - ELETTRONICO. - (In corso di stampa), pp. 1-5. (Intervento presentato al convegno 2025 IEEE CAMA).
Validation Method of a PPS-Based Synchronized FMCW Radar for UAS Applications
Lorenzo Pagnini;Lapo Miccinesi;Luca Bigazzi;Andrea Cioncolini;Alessandra Beni;Massimiliano Pieraccini
In corso di stampa
Abstract
A method for evaluating the pulse per second (PPS)-based synchronization of a radar for unmanned aerial systems (UAS) applications is presented. An RF switch driven by the PPS signal marks the radar data, in such a way as to provide a comparison with the internally-assigned timestamps. An estimate of both the accuracy and uncertainty is made, resulting in about 4 ns and 0.6 μs respectively.
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