1. ESR influences the remaining superimposed AC ripple current flows over the capacitor. 2. Ripple currents higher than rated values are possible only with forced cooling.3. Ripple current lower than specified or forced cooling lengthen the capacitor's lifetime.4. This core temperature on the other hand depends on the ripple current load. 5. A test with an actual applied ripple current is affordable for any manufacturer. 6. Conductivity and a higher ripple current load than earlier types Al-e-caps with liquid electrolyte. 7. While this happens with normal aging, high temperatures and large ripple current exacerbate the problem. 8. In cases like this manufacturers specify correction factors for ripple current values at higher frequencies. 9. The ripple current can be increased at lower temperatures. 10. Ripple current generates heat within the capacitor body due to the ESR of the capacitor.
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