Data transmission for implantable microsystems using magnetic coupling

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Data transmission for implantable microsystems using magnetic coupling

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The authors consider design issues associated with the use of high-frequency inductive coupling, in the context of miniaturised, embedded electronic systems in medical diagnosis, environmental monitoring and other industrial applications. Recent developments in system-on-chip and lab-on-a-chip technologies have made the implementation of such miniaturised systems feasible, and pose an interesting set of problems with respect to low-power, short-range wireless communications. The design of a compact transmitter that maximises the magnetic component of the field is discussed and some early results are presented.

Inspec keywords: magnetic circuits; patient diagnosis; biomedical communication; embedded systems; coupled circuits; radio transmitters; low-power electronics; prosthetics

Other keywords: low-power wireless communications; implantable microsystems; medical diagnosis; compact transmitter; HF magnetic coupling data transmission; environmental monitoring; short-range wireless communications; field magnetic component maximization; magnetic dipole inductor; embedded electronic systems; 10 to 100 MHz

Subjects: Radio links and equipment; Biomedical communication; Patient diagnostic methods and instrumentation

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