ABSTRACT
The recently reported power and data telemetry systems in the
literature will allow wireless communication with tissue and by
doing so enable implantable/portable microelectronic devices to
treat presently incurable diseases, analyze biologic signals, and
enhance the performance of surgical tools. While telemetry design
is, in general, guided by several basic themes — heat dissipation,
data communication, and integration and miniaturization — this
chapter addresses the above themes through system-level modeling,
analysis of critical blocks, and design examples based on dual-band
scheme [1].
