A vector modulator based phase shifter is developed using 0.18um CMOS process at S-band frequency to be integrated into a conformal phased array antenna to recover the desired radiation pattern in the entire 360° range. The phase shifter has a variable gain amplifier integrated into the circuit in order to vary gain along with phase for precise control to correct the degraded radiation pattern due to the conformal shaping. The design shows the state-of-the-art performances including more than 7dB conversion gain with variable feature and a continuous phase rotation of 360° with steps as low as 11.25° with very low power consumption of 17mW. The chip size including all pads is 1.5mm × 0.75mm
This letter presents a millimeter-wave (mm-wave) vector-modulated phase shifter (VMPS) for phased-ar...
One of the challenges in implementing phased array systems is to implement high performance phase sh...
Beamforming phased-array receivers aim to increase receiver sensitivity and reject interferers in th...
This letter presents for the first time the development of a variable gain CMOS phase shifter using ...
This paper presents for the first time the development of a variable high gain phase shifter with th...
Phased-array receivers provide two major benefits over single-antenna receivers [1]. Their signal-to...
Phased-array receivers provide two major benefits over single-antenna receivers. Their signal-to-noi...
With the rapid development of the applications in short range communication, phased-array receiver w...
Abstract: This paper presents the development of an ultra-high frequency phase shifter for use in ph...
This paper presents a vector modulator based active phase shifter for the 56-65 GHz frequency band i...
A 60 GHz phased array system for mm-wave frequency in 5 G is introduced and a 5 bit digitally contro...
This letter presents the design of a 140-160 GHz vector-modulator-type phase shifter, integrated in ...
International audienceThis paper describes the synthesis method and implementation in 65-nm CMOS tec...
This letter presents the design of a 140-160 GHz vector-modulator-type phase shifter, integrated in ...
This letter presents a millimeter-wave (mm-wave) vector-modulated phase shifter (VMPS) for phased-ar...
One of the challenges in implementing phased array systems is to implement high performance phase sh...
Beamforming phased-array receivers aim to increase receiver sensitivity and reject interferers in th...
This letter presents for the first time the development of a variable gain CMOS phase shifter using ...
This paper presents for the first time the development of a variable high gain phase shifter with th...
Phased-array receivers provide two major benefits over single-antenna receivers [1]. Their signal-to...
Phased-array receivers provide two major benefits over single-antenna receivers. Their signal-to-noi...
With the rapid development of the applications in short range communication, phased-array receiver w...
Abstract: This paper presents the development of an ultra-high frequency phase shifter for use in ph...
This paper presents a vector modulator based active phase shifter for the 56-65 GHz frequency band i...
A 60 GHz phased array system for mm-wave frequency in 5 G is introduced and a 5 bit digitally contro...
This letter presents the design of a 140-160 GHz vector-modulator-type phase shifter, integrated in ...
International audienceThis paper describes the synthesis method and implementation in 65-nm CMOS tec...
This letter presents the design of a 140-160 GHz vector-modulator-type phase shifter, integrated in ...
This letter presents a millimeter-wave (mm-wave) vector-modulated phase shifter (VMPS) for phased-ar...
One of the challenges in implementing phased array systems is to implement high performance phase sh...
Beamforming phased-array receivers aim to increase receiver sensitivity and reject interferers in th...