Editing Capacitor plague (section)

===Common characteristics===
The non-solid aluminium electrolytic capacitors with improperly formulated electrolyte mostly belonged to the so-called "low [[equivalent series resistance]] (ESR)", "low [[Electrical impedance|impedance]]", or "high ripple current" e-cap series. The advantage of e-caps using an electrolyte composed of 70% water or more is, in particular, a low ESR, which allows a higher [[Ripple (electrical)|ripple current]], and decreased production costs, water being the least costly material in a capacitor.<ref name=Uzawa>{{cite journal |last1=Uzawa |first1=Shigeru |last2=Komatsu |first2=Akihiko |last3=Ogawara |first3=Tetsushi |last4=Rubycon Corporation |title=Ultra Low Impedance Aluminium Electrolytic Capacitor with Water based Electrolyte |journal=Journal of Reliability Engineering Association of Japan |date=2002 |volume=24 |number=4 |pages=276–283 |id=Accession number 02A0509168 |issn=0919-2697}}</ref>

{| class="wikitable centered"
|+ Comparison of aluminium e-caps with different non-solid electrolytes
!Electrolyte
!Manufacturer<br/>series, type
!Dimensions<br>D × L<br>(mm)
!Max. ESR<br/>at 100&nbsp;kHz, 20&nbsp;°C<br/>(mΩ)
!Max. ripple current<br>at 85/105&nbsp;°C<br/>(mA)
|-
| Non-solid<br>organic electrolyte || Vishay<br>036 RSP, 100&nbsp;μF, 10&nbsp;V || 5 × 11 || 1000 || 160
|-
| Non-solid, ethylene-glycol,<br>boric-acid (borax) electrolyte || NCC<br> SMQ, 100&nbsp;μF, 10&nbsp;V || 5 × 11 || 900 || 180
|-
| Non-solid<br>water-based electrolyte || Rubycon<br>ZL, 100&nbsp;μF, 10&nbsp;V || 5 × 11 || 300 || 250
|-
|}