This paper proposes, a review of the main challenges involved by the CubeSat revolution.
These concern, mainly, electronic systems and circuits because extreme miniaturization, low …

This paper presents a microwave noise source implemented in a commercial CMOS
technology. The circuit is based on the avalanche noise generated by both the source-to …

System-on-chip (SoC) miniaturization of radiometric sensors could dramatically improve
quantitatively the study of Earth's atmosphere in the microwave-and millimeter-wave …

This paper introduces the theory of fire detection in moving vehicles by microwave
radiometers. The system analysis is discussed and a feasibility study is illustrated on the …

This paper proposes, for the first time, a compact model for avalanche noise diodes that can
easily be inserted in advanced CAD tools. The model is based on the theory of the Read …

In this paper, a K-band ground-based hyperspectral microwave radiometer for atmospheric
sounding is proposed, which improves the profile error and vertical resolution of moisture …

This paper presents a comparative study of detector circuit topologies for the implementation
of Ka-band system-on-chip (SoC) Dicke radiometer for spaceborne observation of solar …

This paper presents the results of the study aimed at evaluating the impact of the switching
section on the design of a millimeter-wave system-on-chip Dicke radiometer for the space …

Ground-based microwave radiometer is the main device to remotely sense atmosphere
passively which can detect the water vapor density, temperature, integral water vapor, etc …

Strong varying intensity of solar activities impact near-earth space environments,
magnetosphere, ionosphere, thermosphere as well as on the technological systems such as …