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The newly developed electrode for human body model, which is used for evaluation of EMI to a cardiac Active Implant Medical Device (AIMD), is reported. The electrode consists of applying and monitoring of signal portion and reduces crosstalk and signal leakage in application of cardiac pacing and sensing. It is practical and sufficient means of simulating EMI effects to an AIMD.
Electromagnetic interference (EMI) characteristics of implantable cardiac pacemakers and cardioverter defibrillators (ICDs) based on assessments of RFID interrogators are described in this paper. Examples of interrogators operating in various RF bands are tested to estimate EMI experienced by pacemakers and ICDs. The EMI test set-up and some experimental evaluation results for practical devices are...
This paper describes the electromagnetic interference (EMI) characteristics of active implantable medical devices based on assessments of Radio Frequency Identification interrogators. Typical examples of interrogators operating in various RF bands are tested to estimate the EMI experienced by implantable-cardiac pacemakers and -cardioverter-defibrillators. The EMI occurrence mechanism and some experimental...
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