• Up to 60% more capacitance than any other rectangular capacitor on the market
  • Designed to offer excellent performance at high temperatures (55°C to +125°C)
  • Super Low Profile, super thin
  • Highest Energy Density
  • Capacitance
140µF ~ 60000µF
  • Tolerance
±20%
  • Operating Temp
-55°C ~ 125°C
  • RoHS
ROHS
  • Voltage Rated DC
7.5V ~ 350V

  • Longest Lifetime of its category
  • Up to 20G Vibrations
  • Low pressure @92,000 feet
  • Exists with high energy density with CUBISIC SLP
  • Hermetic case with laser welding
  • Low profile printed circuit mounting
  • Possible mounting with 45 x 12 bracket (A691057)
  • Possible thermal dissipation per conduction through lower and upper surface

 

Typical applications :

  • Filtering
  • Energy storage
PN
Capacitance
Voltage Rated AC
Tolerance
Mounting
Operating Temp
RoHS
Voltage Rated DC
A753000 23000µF - ±20% - - - 7.5V
A753001 37000µF - ±20% - - - 7.5V
A753002 60000µF - ±20% - - - 7.5V
A753050 19000µF - ±20% - - - 10V
A753051 31000µF - ±20% - - - 10V
A753052 50000µF - ±20% - - - 10V
A753100 12000µF - ±20% - - - 16V
A753101 19000µF - ±20% - - - 16V
A753102 31000µF - ±20% - - - 16V
A753150 10000µF - ±20% - - - 20V
A753151 17000µF - ±20% - - - 20V
A753152 27000µF - ±20% - - - 20V
A753200 6800µF - ±20% - - - 25V
Compliance and certifications
certification
Custom Qualification Plan
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Main applications

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Frequently Asked Questions

Find answers to the most frequently asked questions about our products and services.
Why are Electrolyte Capacitors Forward Biased?

For safety purposes, these types of capacitors need to be forward biased in their configuration. This is mainly due to the characteristics of the electrolyte that has been used in their construction. The positive terminal always needs to have a larger amount of voltage than that of the negative terminal. If the situation were reversed and the negative terminal suddenly had a higher voltage than the positive terminal (which is also referred to as reversing the voltage polarity), the aluminum material that is used as the dielectric could short circuit and become damaged. It could also overheat, which could cause a substantial leak. 

The capacitor could also vaporize, which could cause the entire enclosure to burst under the right circumstances. It is important to note, however, that this phenomenon is very rare.

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