The design of quadrature signal generators is one of the most challenging issues in modern RF transceivers. After a brief review of conventional techniques, this paper presents injection locked oscillators as a viable alternative to achieve high performance and low power consumption. Two different architectures, realized in a 0.18 μm CMOS technology, are presented and compared. The first shows excellent driving capability and simple design, the second lends itself to low power operation
We present a novel frequency tracking method that exploits the dynamics of injection locking in a qu...
[[abstract]]A divide-by-4 injection-locked frequency divider is designed for applications in th...
We propose a digitally controlled injection-locked RF oscillator with an auxiliary loop as an altern...
The design of quadrature local oscillators for CMOS wireless transceivers is still one of the most c...
Quadrature oscillators are key elements in modern radio frequency (RF) transceivers and very useful...
Frequency multiplication (FM) can be used to design low power frequency synthesizers. This is achiev...
A novel technique for wideband injection locking in an LC oscillator is proposed. PLL and injection ...
A low power local oscillator with a free running frequency of 950 MHz and a DC power consumption of ...
The trade off between phase noise and quadrature accuracy, typical of coupled voltage controlled osc...
Injection-locked LC dividers for low-power quadrature generation are discussed in this paper. Modeli...
This paper designs a C-band single-stage $LC$ -tank injection locked frequency quintupler (ILFQ) fa...
Following the trend in portable wireless communications, this dissertation explores new approaches t...
This paper present a 60 GHz injection locked oscillator in 65-nm CMOS technology. The injection lock...
This thesis aims to provide a comprehensive study on the topic of CMOS quadrature voltage controlled...
This paper proposes a novel, all synthesized, Injection Locked Ring Oscillator (ILRO). It employs a ...
We present a novel frequency tracking method that exploits the dynamics of injection locking in a qu...
[[abstract]]A divide-by-4 injection-locked frequency divider is designed for applications in th...
We propose a digitally controlled injection-locked RF oscillator with an auxiliary loop as an altern...
The design of quadrature local oscillators for CMOS wireless transceivers is still one of the most c...
Quadrature oscillators are key elements in modern radio frequency (RF) transceivers and very useful...
Frequency multiplication (FM) can be used to design low power frequency synthesizers. This is achiev...
A novel technique for wideband injection locking in an LC oscillator is proposed. PLL and injection ...
A low power local oscillator with a free running frequency of 950 MHz and a DC power consumption of ...
The trade off between phase noise and quadrature accuracy, typical of coupled voltage controlled osc...
Injection-locked LC dividers for low-power quadrature generation are discussed in this paper. Modeli...
This paper designs a C-band single-stage $LC$ -tank injection locked frequency quintupler (ILFQ) fa...
Following the trend in portable wireless communications, this dissertation explores new approaches t...
This paper present a 60 GHz injection locked oscillator in 65-nm CMOS technology. The injection lock...
This thesis aims to provide a comprehensive study on the topic of CMOS quadrature voltage controlled...
This paper proposes a novel, all synthesized, Injection Locked Ring Oscillator (ILRO). It employs a ...
We present a novel frequency tracking method that exploits the dynamics of injection locking in a qu...
[[abstract]]A divide-by-4 injection-locked frequency divider is designed for applications in th...
We propose a digitally controlled injection-locked RF oscillator with an auxiliary loop as an altern...