Self-expanding leadless electrode assembly anchors in the heart, eliminating thrombus risks from tethered leads.
A charging module measures average power drawn from the power source to terminate energy storage component charging.
A defibrillator system analyzes cardiac wave morphology to distinguish ventricular tachycardia from fibrillation for precise rhythm identification.
Electromagnetic field sensing measures chest compression depth and rate during CPR.
An overvoltage protection element converts external signals into internal pulses to limit voltage drops on electronic components.
A physiological feedback system monitors patient state using tissue oximetry and capnography data to guide CPR adjustments.
A wearable cardiac device combines local and remote ECG analysis to verify arrhythmias.
Segmenting the power system into a small onboard battery and an external charger reduces device weight while maintaining operational readiness.
An active electrical system classifies cardiac signals to switch pulse delivery modes for improved hemodynamic output.