11. In case of higher ripple currents the lifetime could be influenced positively with force cooling. 12. Reverse voltage or ripple currents higher than specified can destroy the dielectric and thus the capacitor. 13. Therefore, polymer capacitors can handle higher ripple current . 14. Ripple currents generates heat inside the capacitor body.15. Ripple currents generate heat inside the capacitor body.16. In polymer Ta-e-caps the heat generated by the ripple current influences the reliability of the capacitors. 17. The types of capacitors used for power applications have a specified rated value for maximum ripple current . 18. Well-designed circuits pay attention to the ESR, ripple current rating, pulse operation, and temperature rating of capacitors. 19. In solid tantalum electrolytic capacitors the heat generated by the ripple current influences the reliability of the capacitors. 20. In a circuit with significant ripple current , an increase in ESR will increase heat dissipation, thus accelerating aging.
