International audienceThis paper describes the synthesis method and implementation in 65-nm CMOS technology of a compact analog phase-shifter (PS) dedicated to 24/28 GHz applications. This PS delivers a phase shift continuously tunable from 0 to 55° and is particularly suited for on-chip or in-package phased-array antenna. The proposed topology, which is based on an all-pass circuit that includes coupled microstrip lines and varactors as tunable components is intrinsically compact and shows an interesting phase-range vs capacitance-variation ratio
© 2014 IEEE. A novel phase shift unit for analogue beamforming is proposed. It is based on a defecte...
A 180 TUNABLE ANALOG PHASE SHIFTER BASED ON A SINGLE ALL-PASS UNIT CELL, K. Khoder, A. P erennec, an...
The ever increasing speed of transistors in mainstream silicon-based technologies made the mm-wave d...
International audienceThis paper describes the synthesis method and implementation in 65-nm CMOS tec...
This paper demonstrates, for the first time, a systematic analysis of different CMOS mm-wave phase s...
This paper presents a scalable baseband phase shifter implemented in a 40-nm CMOS technology for pha...
This paper presents the design of a 60 GHz phase shifter integrated with a low-noise amplifier (LNA)...
This paper presents a 60 GHz digitally controlled phase shifter in the 65 nm CMOS technology. Using ...
A 60 GHz phased array system for mm-wave frequency in 5 G is introduced and a 5 bit digitally contro...
One of the challenges in implementing phased array systems is to implement high performance phase sh...
This letter presents for the first time the development of a variable gain CMOS phase shifter using ...
This letter presents a tunable phase shifter implemented in a 0.18- m CMOS process for monolithic mi...
Two 4-bit active phase shifters integrated with all digital control circuitry in 0.13-mu m RF CMOS t...
This paper presents a 48 GHz high resolution LO-path phase shifter implemented in 40-nm low-power CM...
© 2014 IEEE. A novel phase shift unit for analogue beamforming is proposed. It is based on a defecte...
A 180 TUNABLE ANALOG PHASE SHIFTER BASED ON A SINGLE ALL-PASS UNIT CELL, K. Khoder, A. P erennec, an...
The ever increasing speed of transistors in mainstream silicon-based technologies made the mm-wave d...
International audienceThis paper describes the synthesis method and implementation in 65-nm CMOS tec...
This paper demonstrates, for the first time, a systematic analysis of different CMOS mm-wave phase s...
This paper presents a scalable baseband phase shifter implemented in a 40-nm CMOS technology for pha...
This paper presents the design of a 60 GHz phase shifter integrated with a low-noise amplifier (LNA)...
This paper presents a 60 GHz digitally controlled phase shifter in the 65 nm CMOS technology. Using ...
A 60 GHz phased array system for mm-wave frequency in 5 G is introduced and a 5 bit digitally contro...
One of the challenges in implementing phased array systems is to implement high performance phase sh...
This letter presents for the first time the development of a variable gain CMOS phase shifter using ...
This letter presents a tunable phase shifter implemented in a 0.18- m CMOS process for monolithic mi...
Two 4-bit active phase shifters integrated with all digital control circuitry in 0.13-mu m RF CMOS t...
This paper presents a 48 GHz high resolution LO-path phase shifter implemented in 40-nm low-power CM...
© 2014 IEEE. A novel phase shift unit for analogue beamforming is proposed. It is based on a defecte...
A 180 TUNABLE ANALOG PHASE SHIFTER BASED ON A SINGLE ALL-PASS UNIT CELL, K. Khoder, A. P erennec, an...
The ever increasing speed of transistors in mainstream silicon-based technologies made the mm-wave d...