CLP04P040L28 datasheet(18/26 Pages) ETC2

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Revision: 21-3-10

Subject to change without notice

By use of a unique patented production and manufacturing process,

Cellergy has developed a small footprint, low Equivalent Series Resistance

(ESR), high frequency EDLC capable of storing relatively large amounts of

energy.

The development is based on an innovative printing technology allowing the

production of EDLC’s in many different sizes with varied dimensions and

shapes.

In fact, Cellergy produces one of the smallest low ESR footprint EDLC's on

the market today.

Since the patented printing technology is based on conventional printing

techniques, the manufacturing process is simple and unique, and it is possi-

ble to manufacture large wafers of EDLC's.

The basis of the technology is a printable aqueous electrode paste based on a

high surface area carbon paste that is printed in an electrode matrix

structure on an electronically conductive film.

The electrodes are then encapsulated with a porous ionic conducting

separator and another electrode matrix is then printed on the separator.

This bipolar printing process is repeated as many times as required enabling

us to tailor our product to the specifications of the end user.

The finished wafer is then cut into individual EDLC's that are then pack-

aged.

Cellergy's EDLC's boasts low equivalent series resistance as well as a low

leakage current due to our unique encapsulation technology and electrode

composition.

Cellergy's EDLC's require no cell balancing or de-rating.

The combination of the separator and carbon paste lead to the capability of

very high power bursts within low milli-second pulse widths.

Cellergy’s technology is based on aqueous components that are all

environmentally friendly and non-toxic. Though the system is water based,

the capacitor can work at temperatures between -40°C and 70°C.

This working temperature range is achieved by the unique water based

electrolyte that impregnates the high surface carbon.

Because the chemistry of the system is based on water, the performance of

Cellergy's EDLC's is not affected by humidity.

Cellergy’s Technology

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