Development of stretchable strain sensor integration with Near Field Communication (NFC) antenna for wearable device
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Date
2019-06
Authors
Amirul Iqwan Bin Mohd Yusof
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Abstract
Wearable human communication devices are technologies with numerous applications for improving human comfort, benefit, and security and for monitoring health conditions. Subsequently, wearable electronic gadgets are accepting more noteworthy consideration as a result of their simple connection with the human body, for example, observing pulse, wrist beat, movement, circulatory strain, intraocular weight, and other wellbeing related conditions. The engineer is working hard for twenty-four hours and seven days a week to produce wearable devices that be used in health monitoring system.This project involve inductor design as energy harvesting then integrate with Texas power management IC. Attempt was been made in this project to fabricate Near Field Communication (NFC) on the Poly(vinyl alcohol) substrate using normal printing system. The idea of the circuit is the same as transformers idea, the shared inductance or inductive coupling, where the primary coil transfers the energy to the secondary coil. To make an association between advanced mobile phone and the circuit, recurrence of the two gadgets must be the equivalent with the resonant frequency of 13.56 MHz and then the inductor will produce a certain amount of voltage supply to the circuit segments.