Defibrillators are intended to deliver an electric current to the heart through a controlled shock to the myocardium, addressing arrhythmias and returning the heartbeat to normal. Capacitors are crucial in the operation of these life-saving devices. Their role is to store electrical energy for administering a shock to the heart. Upon activation of a defibrillator, the capacitor charges and subsequently discharges a controlled burst of energy via the electrodes to the heart. This procedure is essential for reestablishing a normal heartbeat and managing life-threatening arrhythmias. The capacitor's capacity to rapidly store and release energy ensures effective defibrillation, which is critical for the patient's survival.
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