A nonlinear phase frequency detector with zero blind zone for fast-locking phase-locked loops

This work proposes a new phase frequency detector, which completely eliminates the "blind zone" by avoiding generating the reset signal when the input phase error is out of the range of [-π, π]. The proposed phase frequency detector possesses a beneficial nonlinear transfer characteristic...

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Hauptverfasser: Jinbao Lan, Yuxin Wang, Lintao Liu, Ruzhang Li
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Yuxin Wang
Lintao Liu
Ruzhang Li
description This work proposes a new phase frequency detector, which completely eliminates the "blind zone" by avoiding generating the reset signal when the input phase error is out of the range of [-π, π]. The proposed phase frequency detector possesses a beneficial nonlinear transfer characteristic and can speed up the lock acquisition of a phase-locked loop effectively.
doi_str_mv 10.1109/ICASID.2010.5551844
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Blind zone
Charge pumps
Delay
Phase frequency detector
Phase locked loops
phase-locked loop
Solid state circuits
Voltage-controlled oscillators
title A nonlinear phase frequency detector with zero blind zone for fast-locking phase-locked loops
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