This article presents Low power and Low Dead Zone Phase Frequency Detector for phase locked loop feedback system. It describes a design of a Phase Frequency Detector (PFD) using AND Gate and NOR Gate for 50 MHz and 500MHz frequency and also the comparative analysis of power dissipation and Dead Zone for 50MHz and 500MHz frequency. The Phase Frequency Detector is operated at 1.8V power supply. The proposed architecture of PFD has been implemented using 0.18µm CMOS Technology in ELDO- Mentor Graphics tool
[[abstract]]This paper describes a design of digital phase-locked loop (DPLL), which has low-power c...
Phase locked loop is a system that tracks the oscillator output signal with the input reference sign...
A low-voltage low-power CMOS phase-locked loop (PLL) is presented in this paper. It consists of a ph...
This thesis covers the analysis, design and simulation of a low-power low-noise CMOS Phase-Locked Lo...
AbstractA simple new phase frequency detector (PFD) is presented in this paper. This PFD use only 10...
To reduce power dissipation of LSI drastically, it is very effective to lower supply voltage, for ex...
AbstractPhase Locked Loop (PLL) usual replicated problems are different requirements like small acqu...
Abstract: In this paper, we analyze existing phase frequency detectors from aspects of theoretical a...
Wireless communication is a fast-growing industry and recent developments focus on improving certa...
Abstract---This paper presents phase frequency detectors (PFDs) with the five different designs whic...
An improved phase frequency detector (PFD) and a novel charge pump (CP) for phase locked loop (PLL) ...
The delay of the reset path, needed to eliminate the dead zone problem in a conventional three-state...
This paper presents the design aspects of low power digital PLL. The performance determining paramet...
Abstract—Phase locked loops find wide application in several modern applications mostly in advance c...
[[abstract]]For high speed and low jitter PLL application, a new phase frequency detector (PFD) with...
[[abstract]]This paper describes a design of digital phase-locked loop (DPLL), which has low-power c...
Phase locked loop is a system that tracks the oscillator output signal with the input reference sign...
A low-voltage low-power CMOS phase-locked loop (PLL) is presented in this paper. It consists of a ph...
This thesis covers the analysis, design and simulation of a low-power low-noise CMOS Phase-Locked Lo...
AbstractA simple new phase frequency detector (PFD) is presented in this paper. This PFD use only 10...
To reduce power dissipation of LSI drastically, it is very effective to lower supply voltage, for ex...
AbstractPhase Locked Loop (PLL) usual replicated problems are different requirements like small acqu...
Abstract: In this paper, we analyze existing phase frequency detectors from aspects of theoretical a...
Wireless communication is a fast-growing industry and recent developments focus on improving certa...
Abstract---This paper presents phase frequency detectors (PFDs) with the five different designs whic...
An improved phase frequency detector (PFD) and a novel charge pump (CP) for phase locked loop (PLL) ...
The delay of the reset path, needed to eliminate the dead zone problem in a conventional three-state...
This paper presents the design aspects of low power digital PLL. The performance determining paramet...
Abstract—Phase locked loops find wide application in several modern applications mostly in advance c...
[[abstract]]For high speed and low jitter PLL application, a new phase frequency detector (PFD) with...
[[abstract]]This paper describes a design of digital phase-locked loop (DPLL), which has low-power c...
Phase locked loop is a system that tracks the oscillator output signal with the input reference sign...
A low-voltage low-power CMOS phase-locked loop (PLL) is presented in this paper. It consists of a ph...