Design of Two-Dimensional Coils for Wireless Power Transmission to In Vivo Robotic Capsule

This paper presents a design of two dimensional receiving coils to provide hundreds of milli-watt power via inductive link to in vivo robotic capsules, whose orientation are practically undetermined. The wireless power transmission system consists of a transmitter powered by class E power amplifier,...

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Published in2005 IEEE Engineering in Medicine and Biology 27th Annual Conference Vol. 2005; pp. 6631 - 6634
Main Authors Lee, Seon-Woo, Kim, Jong-Dae, Son, Ju-Hyun, Ryu, Mun-Ho, Kim, Jongwon
Format Conference Proceeding Journal Article
LanguageEnglish
Published United States IEEE 2005
Subjects
Coils
In vivo
Power amplifiers
Power transmission
Receiving antennas
Rectifiers
Robots
Transmitters
Transmitting antennas
Voltage
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Abstract This paper presents a design of two dimensional receiving coils to provide hundreds of milli-watt power via inductive link to in vivo robotic capsules, whose orientation are practically undetermined. The wireless power transmission system consists of a transmitter powered by class E power amplifier, and receiver with 2-dimensional antenna, rectifier, and voltage regulator. Two types of 2-dimensional antennas are designed and evaluated by theoretic and experimental analysis. Experimental results show that the proposed 2-D receiving antenna could deliver the power homogeneously against its orientation, with less than 20% of variation of the possible maximum power
AbstractList This paper presents a design of two dimensional receiving coils to provide hundreds of milli-watt power via inductive link to in vivo robotic capsules, whose orientation are practically undetermined. The wireless power transmission system consists of a transmitter powered by class E power amplifier, and receiver with 2-dimensional antenna, rectifier, and voltage regulator. Two types of 2-dimensional antennas are designed and evaluated by theoretic and experimental analysis. Experimental results show that the proposed 2-D receiving antenna could deliver the power homogeneously against its orientation, with less than 20% of variation of the possible maximum power
This paper presents a design of two dimensional receiving coils to provide hundreds of milli-watt power via inductive link to in vivo robotic capsules, whose orientation are practically undetermined. The wireless power transmission system consists of a transmitter powered by class E power amplifier, and receiver with 2-dimensional antenna, rectifier, and voltage regulator. Two types of 2-dimensional antennas are designed and evaluated by theoretic and experimental analysis. Experimental results show that the proposed 2-D receiving antenna could deliver the power homogeneously against its orientation, with less than 20% of variation of the possible maximum power.
Author Ju-Hyun Son
Jong-Dae Kim
Seon-Woo Lee
Mun-Ho Ryu
Jongwon Kim
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SubjectTerms Coils
In vivo
Power amplifiers
Power transmission
Receiving antennas
Rectifiers
Robots
Transmitters
Transmitting antennas
Voltage
Title Design of Two-Dimensional Coils for Wireless Power Transmission to In Vivo Robotic Capsule
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