METHODS AND APPARATUS FOR REFORMING HIGH-VOLTAGE ELECTROLYTIC CAPACITORS

摘要

This reduces the charging energy and challenge the charging time, to provide a cardioverter / defibrillator to increase the battery life and. Includes a valve metal anode electrode are formed over a large part of the oxide, and a wet electrolyte and cathode electrode, in fluid communication with the electrode A1 A cardioverter / defibrillator is the HV step-up transformer and a (HV) output capacitors high voltage of at least one is charged from a battery through a charging circuit including, so that discharged through C / D electrodes and. The HV output capacitor, in the re-formation charge cycles, fully charge the amount of the maximum or nearly up to charge on a regular basis in the re-formation charging rate, thereby, the deformed portion of the oxide is re-formed. Re-formation charging rate is lower than the C / D treatment charge rate a full charge or almost maximum to charge in the same way the HV output capacitor.