MRI-Induced Vibrations in Active Implantable Medical Devices: Effect on the Device

Keywords

acceleration accelerometers acquisition active aimed analog analyzed automated battery beam bore breakdown captures characterize checked clinical close coil commonly component components composed comprehensive concluded conditional conductive contact damage dampened density depending designed determine determined develop device devices digitized directing displacement eddy electrically emitted entire entrance especially evaluating evaluation exposure failure fatigue field fields fixture freq frequencies frequency functional generate generates generating gradient half hazard highest implantable in vivo induced instruments interaction intermediate known latter lead light location magnitude manufactures measure measured measuring medical namely national noise objective opened optical output pacemaker partial passed peak position positioned power presence probe proceedings programmable report reported represent resonant running safety scanner scanners shaker special specifically spectrum static strong survive survived switching symphony system table telemetry tissue typical upon various vibrate vibration vibrations waveform worst