ASIC Implementation of Magnetic Induction based Wireless Communication System

In this paper, the ASIC design result of magnetic induction for wireless communication system is presented. Magnetic induction system is designed for measurement of distance and sensing status of river bed. The system has a low-power design because it has to be buried in the river bed for a long tim...

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Published in2021 18th International SoC Design Conference (ISOCC) pp. 371 - 372
Main Authors So, Jae-Hyuk, Lee, Dong-Hyun, Kim, Min-Joon, Moon, Yeon-Kug
Format Conference Proceeding
LanguageEnglish
Published IEEE 06.10.2021
Subjects
ASIC implementation
Logic gates
magnetic induction
Modems
Power demand
Rivers
Sensors
underground wireless communication
Wireless communication
Wireless sensor networks
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Abstract In this paper, the ASIC design result of magnetic induction for wireless communication system is presented. Magnetic induction system is designed for measurement of distance and sensing status of river bed. The system has a low-power design because it has to be buried in the river bed for a long time. We implemented FPGA board to verify this system, and designed ASIC including digital modem block. Power consumption is 75mW, but real power we expect is low because the system has wake-up function for special case. Digital block gate count is 82k in TSMC 0.13um bcd plus process.
AbstractList In this paper, the ASIC design result of magnetic induction for wireless communication system is presented. Magnetic induction system is designed for measurement of distance and sensing status of river bed. The system has a low-power design because it has to be buried in the river bed for a long time. We implemented FPGA board to verify this system, and designed ASIC including digital modem block. Power consumption is 75mW, but real power we expect is low because the system has wake-up function for special case. Digital block gate count is 82k in TSMC 0.13um bcd plus process.
Author Moon, Yeon-Kug
Lee, Dong-Hyun
Kim, Min-Joon
So, Jae-Hyuk
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  email: ykmoon@keti.re.kr
  organization: Korea Electronics Technology Institute,Data Convergence Platform Research Center,Seongnam,Korea
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Snippet In this paper, the ASIC design result of magnetic induction for wireless communication system is presented. Magnetic induction system is designed for...
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StartPage 371
SubjectTerms ASIC implementation
Logic gates
magnetic induction
Modems
Power demand
Rivers
Sensors
underground wireless communication
Wireless communication
Wireless sensor networks
Title ASIC Implementation of Magnetic Induction based Wireless Communication System
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