Quadrature Sub-Harmonic mixing to DC or low-IF can be attractive for signal processing at Ka-band. Frequency translation is performed without the need for a local oscillator at the received signal frequency. A lower frequency reference takes advantage of the higher quality of tuning elements and avoids high frequency, powerhungry dividers in the synthesizer. Moreover DC offsetand second-order inter-modulation distortion, due to poor LO-RF isolation, are mitigated by the LO running at lower frequency. This paper presents the receiver IC architecture and experiments from a quadrature demodulator realized in 65nm CMOS
A low-power high-speed frequency synthesizer in 65nm CMOS is presented. The design features a novel ...
Abstract-This paper presents an X/Ku-band fine-tuning frequency synthesizer using a quadrature DDS i...
A sub-harmonic passive mixer for WiBro (2.3���2.4GHz) in 0.18 ��m COMS process has been designed. Th...
Quadrature Sub-Harmonic mixing to DC or low-IF can be attractive for signal processing at Ka-band. F...
Abstract—A CMOS frequency synthesizer for 5~6 GHz UNII-band sub-harmonic direct-conversion receiver ...
A CMOS frequency synthesizer for 5 similar to 6 GHz UNII-band sub-harmonic direct-conversion receive...
In modern RF receiver circuit design, elimination of off-chip components is instrumental to the redu...
A sub-harmonic architecture for wireless signal processing at Ka band is proposed resulting in IC po...
[[abstract]]A 30-60 GHz sub-harmonic IQ de/modulator using TSMC CMOS 0.13-mum process is presented i...
Abstract—In this paper, we analyze the potentials of a four-phase 14-GHz CMOS voltage-controlled osc...
ABSTRACT: In this article, a 40-GHz subharmonic Gilbert down-conver-sion mixer with an accurate quad...
[[abstract]]In this paper, a sub-harmonic direct-conversion Gilbert-cell mixer using 0.13-frac14m CM...
Abstract—The receiver architecture proposed in this brief seizes the subsampling properties of conti...
[[abstract]]Sub-harmonic modulator and demodulator are presented in this paper using 0.13-mum standa...
This paper presents a low voltage low power high linearity quadrature mixer for software defined rad...
A low-power high-speed frequency synthesizer in 65nm CMOS is presented. The design features a novel ...
Abstract-This paper presents an X/Ku-band fine-tuning frequency synthesizer using a quadrature DDS i...
A sub-harmonic passive mixer for WiBro (2.3���2.4GHz) in 0.18 ��m COMS process has been designed. Th...
Quadrature Sub-Harmonic mixing to DC or low-IF can be attractive for signal processing at Ka-band. F...
Abstract—A CMOS frequency synthesizer for 5~6 GHz UNII-band sub-harmonic direct-conversion receiver ...
A CMOS frequency synthesizer for 5 similar to 6 GHz UNII-band sub-harmonic direct-conversion receive...
In modern RF receiver circuit design, elimination of off-chip components is instrumental to the redu...
A sub-harmonic architecture for wireless signal processing at Ka band is proposed resulting in IC po...
[[abstract]]A 30-60 GHz sub-harmonic IQ de/modulator using TSMC CMOS 0.13-mum process is presented i...
Abstract—In this paper, we analyze the potentials of a four-phase 14-GHz CMOS voltage-controlled osc...
ABSTRACT: In this article, a 40-GHz subharmonic Gilbert down-conver-sion mixer with an accurate quad...
[[abstract]]In this paper, a sub-harmonic direct-conversion Gilbert-cell mixer using 0.13-frac14m CM...
Abstract—The receiver architecture proposed in this brief seizes the subsampling properties of conti...
[[abstract]]Sub-harmonic modulator and demodulator are presented in this paper using 0.13-mum standa...
This paper presents a low voltage low power high linearity quadrature mixer for software defined rad...
A low-power high-speed frequency synthesizer in 65nm CMOS is presented. The design features a novel ...
Abstract-This paper presents an X/Ku-band fine-tuning frequency synthesizer using a quadrature DDS i...
A sub-harmonic passive mixer for WiBro (2.3���2.4GHz) in 0.18 ��m COMS process has been designed. Th...