A Novel Ultra-Low-Voltage CMOS RF-DC Converter for Long Range Passive RFID Applications
Publish place: 16th Iranian Conference on Electric Engineering
Publish Year: 1387
Type: Conference paper
Language: English
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Document National Code:
ICEE16_335
Index date: 25 February 2008
A Novel Ultra-Low-Voltage CMOS RF-DC Converter for Long Range Passive RFID Applications abstract
In this paper, an ultra-low-voltage RF-DC converter is proposed based on Cockcroft-Walton multiplier architecture and using a novel self-gate- boosting technique. The simulation results show that it produces the desired nearly-constant DC output from input RF amplitudes as low as 350 mV using conventional CMOS process without using low- threshold-voltage transistors. The converter has the lowest fabrication costs while the conversion efficiency is higher than existing converters in long distances as far as 6.7 m from the source of power emission.
A Novel Ultra-Low-Voltage CMOS RF-DC Converter for Long Range Passive RFID Applications Keywords:
A Novel Ultra-Low-Voltage CMOS RF-DC Converter for Long Range Passive RFID Applications authors
Mohammad Reza Ghaderi
University of Tehran
Omid Shoaei
University of Tehran
Sied Mehdei Fakhraie
University of Tehran
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