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A. Mallet

Researcher at Centre National D'Etudes Spatiales

Publications -  28
Citations -  441

A. Mallet is an academic researcher from Centre National D'Etudes Spatiales. The author has contributed to research in topics: Amplifier & Time domain. The author has an hindex of 10, co-authored 27 publications receiving 387 citations.

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KaRIn on SWOT: Characteristics of Near-Nadir Ka-Band Interferometric SAR Imagery

TL;DR: The experimental results confirm expected characteristics of near-nadir Ka-band interferometric SAR imagery, such as strong water/land radiometric contrast and very highInterferometric coherence on water.
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Joint optimization of the power-added efficiency and the error-vector measurement of 20-GHz pHEMT amplifier through a new dynamic bias-control method

TL;DR: In this article, a method for the optimization of the power-added efficiency (PAE), as well as the error vector measurement (EVM) of a 20-GHz power amplifier applied in this case to the M quadrature and amplitude modulations is presented.
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Multiport-Amplifier-Based Architecture Versus Classical Architecture for Space Telecommunication Payloads

TL;DR: In this paper, the suitability of using a multiport amplifier (MPA) for a power section of space telecommunication payloads with power flexibility requirements is discussed, and the performances of an MPA-based architecture are compared to those of a classical amplification architecture having one power amplifier per beam.

Analysis of Odd-Mode Parametric Oscillations in HBT Multi-Stage Power Amplifiers

TL;DR: In this paper, a technique for predicting odd-mode parametric oscillations from the analysis of exact pole-zero cancellations that take place in the frequency response obtained at some specific nodes of power amplifiers is presented.
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Empirical Cross-Calibration of Coherent SWOT Errors Using External References and the Altimetry Constellation

TL;DR: The rationale of this paper is to assume that SWOT's scientific requirements are met on all errors but the ones being cross-calibrated, and they are able to deal with higher error levels (e.g., if hardware constraints are relaxed and replaced by additional ground processing).