[[abstract]]For high speed and low jitter PLL application, a new phase frequency detector (PFD) with difference detector is proposed. Because the proposed difference detector PFD (dd-PFD) doesn't have any feedback path in phase frequency detector circuit, it can be operated up to 1.6 GHz. Furthermore, with difference detector, the dd-PFD has three states, so it will not have phase errors and jitter problems. The dead zone of dd-PFD is 16 ps. The proposed PFD is designed using 0.35 μm CMOS technology at 3.3 V power supply.[[conferencetype]]國際[[conferencedate]]20010902~20010905[[booktype]]紙本[[conferencelocation]]Malt
Abstract---This paper presents phase frequency detectors (PFDs) with the five different designs whic...
[[abstract]]This paper describes a design of digital phase-locked loop (DPLL), which has low-power c...
In this paper a new architecture for delay locked loops is proposed. Static phase offset and reset p...
AbstractA simple new phase frequency detector (PFD) is presented in this paper. This PFD use only 10...
The delay of the reset path, needed to eliminate the dead zone problem in a conventional three-state...
Wireless communication is a fast-growing industry and recent developments focus on improving certa...
AbstractPhase Locked Loop (PLL) usual replicated problems are different requirements like small acqu...
This article presents Low power and Low Dead Zone Phase Frequency Detector for phase locked loop fee...
Abstract: In this paper, we analyze existing phase frequency detectors from aspects of theoretical a...
[[abstract]]In this paper, a new structure of the nonlinear PFD is proposed to achieve fast lock as ...
An improved phase frequency detector (PFD) and a novel charge pump (CP) for phase locked loop (PLL) ...
To reduce power dissipation of LSI drastically, it is very effective to lower supply voltage, for ex...
Abstract: The aim of this study was to design low phase noise 2.4 GHz ring oscillator with low power...
In this paper a new technique is presented to improve the jitter performance of conventional phase f...
The high phase noise (PN) of CMOS millimeter-wave oscillators has encouraged the adoption of wide lo...
Abstract---This paper presents phase frequency detectors (PFDs) with the five different designs whic...
[[abstract]]This paper describes a design of digital phase-locked loop (DPLL), which has low-power c...
In this paper a new architecture for delay locked loops is proposed. Static phase offset and reset p...
AbstractA simple new phase frequency detector (PFD) is presented in this paper. This PFD use only 10...
The delay of the reset path, needed to eliminate the dead zone problem in a conventional three-state...
Wireless communication is a fast-growing industry and recent developments focus on improving certa...
AbstractPhase Locked Loop (PLL) usual replicated problems are different requirements like small acqu...
This article presents Low power and Low Dead Zone Phase Frequency Detector for phase locked loop fee...
Abstract: In this paper, we analyze existing phase frequency detectors from aspects of theoretical a...
[[abstract]]In this paper, a new structure of the nonlinear PFD is proposed to achieve fast lock as ...
An improved phase frequency detector (PFD) and a novel charge pump (CP) for phase locked loop (PLL) ...
To reduce power dissipation of LSI drastically, it is very effective to lower supply voltage, for ex...
Abstract: The aim of this study was to design low phase noise 2.4 GHz ring oscillator with low power...
In this paper a new technique is presented to improve the jitter performance of conventional phase f...
The high phase noise (PN) of CMOS millimeter-wave oscillators has encouraged the adoption of wide lo...
Abstract---This paper presents phase frequency detectors (PFDs) with the five different designs whic...
[[abstract]]This paper describes a design of digital phase-locked loop (DPLL), which has low-power c...
In this paper a new architecture for delay locked loops is proposed. Static phase offset and reset p...