2016Unpublished venueRequires access

An RF pulse measuring method non-dependent on envelope detector

Feng Zhou, Jianzhe Liu, Zhen Ma, Yin-Xing Chen, Kai Cheng

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Abstract

Conventional measurements of modulated RF pulse parameters rely on envelope detector. But the non-linear characteristics of detector will lead to waveform profile vague. If a signal is detected by different envelope detector, even by the same detector but different sampling rates, the results will be significantly different. So a measurement solution which is non-dependent on detector is proposed. This solution is based on direct RF sampling and digital down-conversion. The experiments results show that the measurement solution of RF modulated pulse is with good performance.

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What this paper is about

Conventional measurements of modulated RF pulse parameters rely on envelope detector. But the non-linear characteristics of detector will lead to waveform profile vague. If a signal is detected by different envelope detector, even by the same detector but different sampling rates, the results will be significantly different. So a measurement solution which is non-dependent on detector is proposed. This solution is based on direct RF sampling and digital down-conversion. The experiments results show that the measurement solution of RF modulated pulse is with good performance.

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Available abstract

Conventional measurements of modulated RF pulse parameters rely on envelope detector. But the non-linear characteristics of detector will lead to waveform profile vague. If a signal is detected by different envelope detector, even by the same detector but different sampling rates, the results will be significantly different. So a measurement solution which is non-dependent on detector is proposed. This solution is based on direct RF sampling and digital down-conversion. The experiments results show that the measurement solution of RF modulated pulse is with good performance.

Key concepts: Detector, Envelope detector, Waveform, Envelope (radar), SIGNAL (programming language), Pulse (music), Sampling (signal processing), Radio frequency

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