Add to ORKGThis study aims to show the characteristics and behavior of some phase frequency detectors designs in order to improve some important aspects as the delay time and the power consumption in the classical model. For this, Cadence environment will be used, taking advantage of its potential and versatility in the design, implementation and analysis of IC circuits. Cadence is the main IC software design and the most used by circuit designers. The aim of this thesis is to deepen the concept of the PFD, to know its basic performance and recognize their limitations in order to resolve them in future designs as the ones which are shown here. So, watching the properties of these new designs will be able to choose one or the other depending on th...
A Phase Locked Loop (PLL) frequency synthesizer is a closed loop high frequency generator, which emp...
The delay of the reset path, needed to eliminate the dead zone problem in a conventional three-state...
Contemporary digital systems use clocks for sequencing their operations and for synchronizing betwee...
AbstractPhase Locked Loop (PLL) usual replicated problems are different requirements like small acqu...
AbstractA simple new phase frequency detector (PFD) is presented in this paper. This PFD use only 10...
Abstract---This paper presents phase frequency detectors (PFDs) with the five different designs whic...
To reduce power dissipation of LSI drastically, it is very effective to lower supply voltage, for ex...
Abstract: In this paper, we analyze existing phase frequency detectors from aspects of theoretical a...
This article presents Low power and Low Dead Zone Phase Frequency Detector for phase locked loop fee...
Wireless communication is a fast-growing industry and recent developments focus on improving certa...
This thesis covers the analysis, design and simulation of a low-power low-noise CMOS Phase-Locked Lo...
A Phase-Frequency Detector (PFD) is widely used in a PLL-based frequency synthesizer. A PFD is an ed...
[[abstract]]For high speed and low jitter PLL application, a new phase frequency detector (PFD) with...
[[abstract]]A phase-locked loop (PLL) with two different delay feedback paths is presented. It provi...
Abstract—Phase locked loops find wide application in several modern applications mostly in advance c...
A Phase Locked Loop (PLL) frequency synthesizer is a closed loop high frequency generator, which emp...
The delay of the reset path, needed to eliminate the dead zone problem in a conventional three-state...
Contemporary digital systems use clocks for sequencing their operations and for synchronizing betwee...
AbstractPhase Locked Loop (PLL) usual replicated problems are different requirements like small acqu...
AbstractA simple new phase frequency detector (PFD) is presented in this paper. This PFD use only 10...
Abstract---This paper presents phase frequency detectors (PFDs) with the five different designs whic...
To reduce power dissipation of LSI drastically, it is very effective to lower supply voltage, for ex...
Abstract: In this paper, we analyze existing phase frequency detectors from aspects of theoretical a...
This article presents Low power and Low Dead Zone Phase Frequency Detector for phase locked loop fee...
Wireless communication is a fast-growing industry and recent developments focus on improving certa...
This thesis covers the analysis, design and simulation of a low-power low-noise CMOS Phase-Locked Lo...
A Phase-Frequency Detector (PFD) is widely used in a PLL-based frequency synthesizer. A PFD is an ed...
[[abstract]]For high speed and low jitter PLL application, a new phase frequency detector (PFD) with...
[[abstract]]A phase-locked loop (PLL) with two different delay feedback paths is presented. It provi...
Abstract—Phase locked loops find wide application in several modern applications mostly in advance c...
A Phase Locked Loop (PLL) frequency synthesizer is a closed loop high frequency generator, which emp...
The delay of the reset path, needed to eliminate the dead zone problem in a conventional three-state...
Contemporary digital systems use clocks for sequencing their operations and for synchronizing betwee...