International audienceThis paper presents a low-IF sampling mixer topology based on a new pulse shaper and designed for automotive radar application. The sampling mixer operation principle is described. Then an original pulse shaper topology convenient for a 77 GHz sampling operation is proposed and implemented in 28-nm FD-SOI CMOS technology. Measurement results show a 1dB input-referred compression power (ICP1dB) of +6.7 dBm and a 9.1 dB Noise Figure (NF) with a conversion gain of-0.7 dB. The power consumption of the mixer is 10 mW on a 1V supply
A fully-integrated 24/77 GHz dual-band receiver is presented for automotive radar applications. The ...
This paper describes a new switching topology of a sampling mixer for SAW-less GPS (L1 band) receive...
Ranging from 30 to 300 GHz, millimeter-waves are whipping up flames of interest for all sorts of use...
International audienceThis paper presents a low-IF sampling mixer topology based on a new pulse shap...
International audienceThis paper presents an innovative x3 sub-sampling frequency downconverter for ...
International audienceThis paper demonstrates that using sub-sampling mixer topology can be the righ...
International audienceThis paper presents a 76-81 GHz receiver path for automotive radar application...
National audienceWith its ability to detect distant targets under harsh visibility conditions, the 7...
Abstract This paper presents a high conversion gain and highly linearised up‐conversion mixer design...
A growing number of applications for radar systems in automobiles demands for low-cost radar front-e...
This paper presents a switched capacitor low-pass filter in a 28-nm fully depleted silicon on insula...
This paper presents a 77 GHz two path power amplifier (PA) for automotive radar applications. It was...
In this paper, a high gain 77-GHz receiver with a low noise figure (NF) was designed and implemented...
Grâce à sa capacité à détecter des cibles éloignées malgré une mauvaise visibilité, le radar automob...
A waveform generator for a 77 GHz automotive radar that uses multiple frequency shift keying (MFSK) ...
A fully-integrated 24/77 GHz dual-band receiver is presented for automotive radar applications. The ...
This paper describes a new switching topology of a sampling mixer for SAW-less GPS (L1 band) receive...
Ranging from 30 to 300 GHz, millimeter-waves are whipping up flames of interest for all sorts of use...
International audienceThis paper presents a low-IF sampling mixer topology based on a new pulse shap...
International audienceThis paper presents an innovative x3 sub-sampling frequency downconverter for ...
International audienceThis paper demonstrates that using sub-sampling mixer topology can be the righ...
International audienceThis paper presents a 76-81 GHz receiver path for automotive radar application...
National audienceWith its ability to detect distant targets under harsh visibility conditions, the 7...
Abstract This paper presents a high conversion gain and highly linearised up‐conversion mixer design...
A growing number of applications for radar systems in automobiles demands for low-cost radar front-e...
This paper presents a switched capacitor low-pass filter in a 28-nm fully depleted silicon on insula...
This paper presents a 77 GHz two path power amplifier (PA) for automotive radar applications. It was...
In this paper, a high gain 77-GHz receiver with a low noise figure (NF) was designed and implemented...
Grâce à sa capacité à détecter des cibles éloignées malgré une mauvaise visibilité, le radar automob...
A waveform generator for a 77 GHz automotive radar that uses multiple frequency shift keying (MFSK) ...
A fully-integrated 24/77 GHz dual-band receiver is presented for automotive radar applications. The ...
This paper describes a new switching topology of a sampling mixer for SAW-less GPS (L1 band) receive...
Ranging from 30 to 300 GHz, millimeter-waves are whipping up flames of interest for all sorts of use...