Does this not mean that we should stop using cermaic capacitors of this type?
Four parameters that make ceramic capacitors desirable:
- Low ESR
- Low ESL
- Small size, especially surface mount.
- Very inexpensive
Or is there a way to mitigate this problem?
So if, by design, the capacitor volage is constant, then there is no reason not to use a ceramic. If 10\$\mu\$F is desired , but at the operating voltage the capacitor has 50% of its value, then use a 20 \$\mu\$F value or two 10\$\mu\$F in parallel.