Reduction of detuning effects using robust parameter design for implantable antennas

摘要: A new design framework for implantable antennas to reduce detuning effects due various dielectric properties is presented. Conventionally, in order overcome the effects, it highly demanded have a broadband impedance matching compensate frequency shift. However, achieving wider bandwidth leads larger antenna dimensions, and lack mathematical treatment optimise against variation of tissue date. methodology based on robust parameter proposed cope with effects. Instead designing one single environment, technique analyses distinct environments. The optimised performances show that medical implant communication services band achieved, although constant varies from 35 55. Simulated measured results are presented demonstrate validity methodology.