符合ISO 18000-6B标准的超高频RFID转发器

Xiaoxing Feng, Xin'an Wang, Xing Zhang, Binjie Ge, Jinpeng Shen, Shan Liu, Yongzhen Qi, Jinsi Zhong
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引用次数: 4

摘要

提出了一种符合中国超高频射频识别(UHF RFID)频段设置的超高频射频识别(RFID)应答器。RFID应答器由模拟射频前端和数字信号处理单元组成。模拟射频前端主要由电压倍增器、限幅器、复位电源(POR)、时钟发生器、解调器和调制器组成。本文提出了一种新的时钟生成方案,该方案采用环形振荡器和计数器,在数据通信前由读卡器发送序言,具有面积有效和高精度的特点。时钟发生器驱动应答器,时钟变化小于±1.76%,低于标准要求的±15%。此外,本文还提出了一种新的解调方法。该解调器的硅面积仅为传统结构的21%,可解调输入信号,数据速率为10Kbps ~ 870Kbps。无测试垫的全芯片面积为0.7mm2@0.18um CMOS工艺,无内存消耗15uW。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An UHF RFID transponder for ISO 18000-6B
An UHF Radio Frequency Identification (RFID) transponder complying with Chinese UHF RFID band setting is presented in this paper. The RFID transponder is composed of analog-RF front-end and digital signal processing unit. The analog-RF front-end is mainly made up of voltage multiplier, limiter, power-on-reset (POR), clock generator, demodulator and modulator. This work proposes a novel clock generating scheme with features of area effective and high precision which uses ring oscillator and counter, accompanying preamble sent by reader before data communication. Clock generator drives transponder with clock variation less than ± 1.76% which is below ±15% requested by standard. Besides, a new demodulator is presented in this paper. Silicon area of demodulator is only 21% of traditional structure and it could demodulate input signal with data rate ranging from 10Kbps to 870Kbps. Full chip area without test pads is 0.7mm2@0.18um CMOS process and consumes 15uW without Memory.
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