Exhibit D 

Case 2:23-cv-00334-JRG Document 1-4 Filed 07/14/23 Page 1 of 28 PageID #: 74
© 2022 CAP-XX (Australia) Pty Ltd; v6.5

Supercapacitors

Product Guide

Dec 2022

Version: 6.5

Case 2:23-cv-00334-JRG Document 1-4 Filed 07/14/23 Page 2 of 28 PageID #: 75
Contents

& Revision History

© 2022 CAP-XX (Australia) Pty Ltd; v6.5

Contents

1. Key Features of CAP-XX Supercapacitors...........................................................................3

2. Typical Applications .............................................................................................................3

3. Product Range.....................................................................................................................3

4. G Series Product Specifications...........................................................................................4

5. H Series Product Specifications...........................................................................................5

6. Storage & Operation Metrics................................................................................................6

7. Energy & Power Density ......................................................................................................7

8. Product Names....................................................................................................................7

9. Product Markings.................................................................................................................8

“S” & “W” Dual Cells (Note: previous C & ESR specification shown on picture)......................................8

“S” & “W” Single Cells (Note: previous C & ESR specification shown on picture)...................................8

“A” Dual Cells (Note: previous C & ESR specification shown on picture)................................................8

“A” Single Cells (Note: previous C & ESR specification shown on picture) .............................................8

10. Batch Codes ........................................................................................................................9

“S”, “W” & “A” series devices ...................................................................................................................9

11. Transportation & Storage.....................................................................................................9

IATA Dangerous Goods Regulations.......................................................................................................9

Storage Conditions ..................................................................................................................................9

12. Packaging & Package Quantities.......................................................................................10

Packaging for Shipment.........................................................................................................................10

Packing Tray for “S” series devices .......................................................................................................10

Packing Tray for “W” series devices ......................................................................................................11

Packing Tray for “A” series devices .......................................................................................................11

13. Cautions Before Use..........................................................................................................12

14. Soldering & Assembly........................................................................................................12

Placement..............................................................................................................................................12

Soldering................................................................................................................................................12

Washing.................................................................................................................................................13

Drying.....................................................................................................................................................13

Conformal Coatings & Potting................................................................................................................13

15. Safety ................................................................................................................................14

Failure modes ........................................................................................................................................14

Resistance to Shock ..............................................................................................................................14

Resistance to Vibration..........................................................................................................................14

Drop-Test ...............................................................................................................................................14

Exposure to an Open Flame ..................................................................................................................15

Exposure to Heat ...................................................................................................................................15

Pressure.................................................................................................................................................15

Puncture.................................................................................................................................................15

16. Dimensional Stability & Low Pressure Environments .........................................................16

17. Response to Over-Temperature Events.............................................................................16

18. Certifications & Compliances .............................................................................................16

ISO 9001-2008.......................................................................................................................................16

Underwriter’s Laboratory (UL 810A) ......................................................................................................16

RoHS .....................................................................................................................................................16

REACH ..................................................................................................................................................17

Rare Earth Metals & Conflict Metals ......................................................................................................17

Halogens................................................................................................................................................17

19. Notes & Disclaimers ..........................................................................................................17

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Contents

& Revision History

© 2022 CAP-XX (Australia) Pty Ltd; v6.5

20. Product Drawings: Mechanical & Electrical........................................................................18

“S” Package Dual Cell Devices ..........................................................................................................18

“W” Package Dual Cell Devices .........................................................................................................19

“A” Package Dual Cell Devices ..........................................................................................................20

“Z” Package Dual Cell Devices...........................................................................................................21

“S” Package Single Cell Supercapacitors.........................................................................................22

“W” Package Single Cell Supercapacitors........................................................................................23

“A” Package Single Cell Supercapacitors.........................................................................................24

“Z” Package Single Cell Supercapacitors .........................................................................................25

21. Contact Information ...........................................................................................................26

Principal Office.......................................................................................................................................26

Sales & Product Enquiries .....................................................................................................................26

Distributors.............................................................................................................................................26

Revision History

Release Release Date Author

v1.0 February 18, 2013 Peter Buckle

v1.1 April 3, 2013 Peter Buckle

v2.0 July 1, 2014 Peter Buckle

v2.1 July 14, 2015 Bernd Failenschmid

v2.2 August 24, 2015 Bernd Failenschmid

V3.0 October 12, 2015 Pierre Mars

V4.0 June 22, 2016 Pierre Mars

V5.0 February 15, 2017 Song Lau

V6.0 January 29, 2018 Song Lau

V6.1 July 24, 2018 Pierre Mars

V6.2 Jan 31, 2019 Pierre Mars

V6.3 April 17, 2020 Julia Leem

V6.4 November 16, 2022 Henry Huang

V6.5 December 13, 2022 Henry Huang

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Product Guide

© 2022 CAP-XX (Australia) Pty Ltd; v6.5 Page 3

1. Key Features of CAP-XX Supercapacitors

● Ultra-thin prismatic cells and modules: Ideal for use in space-constrained devices

● Exceptional power density (up to 128 kW/litre), with best-in-class ESR (from 15 mΩ)

● High energy density (up to 1.9 Wh/litre), offering high Capacitance in small cells

● True, continuous operating voltage of up to 2.75V/cell (H series; 2.9V peak)

● High temperature rating (H series; 85°C maximum)

● Excellent low temperature performance (G series; ~2x nominal ESR at -30°C)

● Very low leakage current (<1 μA) and ultra-low minimum charge current (<20 μA)

● Virtually unlimited charge-discharge cycle life

● Excellent frequency response (CEFFECTIVE)

● RoHS and REACH compliant, Lead-free, Halogen-free and Conflict metal-free

● UL-810 and ISO 9001:2015 certified

2. Typical Applications

● Peak power for pulsed loads

✓ Isolate the source from fluctuations in the load (input smoothing).

✓ Extend battery life and run-time, especially when “old or cold”. 

✓ Enable the use of cheaper, smaller, lower power batteries. 

● Ride-through power for mission-critical applications

✓ Isolate the load from fluctuations in the source (output smoothing).

✓ Remove the need for back-up batteries and impact-resistant connectors.

✓ Provide a low maintenance, uninterruptable on-board power supply.

● Energy storage for energy harvesters and quick charge power supplies

✓ Environmentally friendly, low maintenance alternative to rechargeable batteries.

✓ Efficient charging, with minimal losses, from variable / low power sources.

✓ Ultra-quick charging via cable, cradle or induction to maximize operating time.

3. Product Range

Cells or Modules:

Choose from:

● Single cells, for ultra-thin designs & primary batteries/harvesters; or

● Dual cell modules, for rechargeable batteries & USB power supplies.

Series:

G series devices operate at 2.5V/cell (2.75V peak) and have an operating 

temperature range of -40°C to +70°C. 

H series devices operate at 2.75V/cell (2.9V peak) and can tolerate excursions 

to +85°C.

Packages:

● “S” = 39.0mm x 17.0mm

● “W” = 28.5mm x 17.0mm

● “A” = 20.0mm x 18.0mm

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Product Specifications

© 2022 CAP-XX (Australia) Pty Ltd; v6.5 Page 4

4. G Series Product Specifications

Dual cell modules (2 cells connected in series)

Voltage & 

Temperature

Product

Name1

CAP2

(± 20%)3

ESR2

(max = Nom 

+20%)3

Body Size

(mm)

Thickness4

(max)

Minimum 

Order

Quantity

5.0Vnominal

5.5Vpeak

-40°C to +70°C

Tmax = 70°C

GZ215F 90 mF 110 mΩ 20.0 x 15.0 2.5 mm TBA

GA209F 90 mF 95 mΩ

20.0 x 18.0

2.1 mm 2,000

GA230F 400 mF 75 mΩ 3.5 mm 2,000

GW209F 160 mF 55 mΩ

28.5 x 17.0

2.1 mm 300

GW201F 400 mF 55 mΩ 2.7 mm 300

GW203F 520 mF 40 mΩ 3.4 mm 2,000

GS203F 270 mF 35 mΩ

39.0 x 17.0

2.1 mm 2,000

GS206F 680 mF 35 mΩ 2.7 mm 2,000

GS208F 900 mF 25 mΩ 3.4 mm 2,000

GS230F 1200 mF 25 mΩ 3.9 mm 200

Single cell devices 

Voltage & 

Temperature

Product

Name1

CAP2

(± 20%)3

ESR2

(max = Nom 

+20%)3

Body Size

(mm)

Thickness4

(max)

Minimum 

Order

Quantity

2.5Vnominal

2.75Vpeak

-40°C to +70°C

Tmax = 70°C

GZ115F 180 mF 55 mΩ 20.0 x 15.0 1.2mm TBA

GA109F 170 mF 50 mΩ

20.0 x 18.0

1.0 mm 3,000

GA130F 800 mF 40 mΩ 1.7mm 3,000

GW109F 320 mF 30 mΩ

28.5 x 17.0

1.0 mm 3,000

GW101F 800mF 30 mΩ 1.3 mm 3,000

GW103F 1040 mF 20 mΩ 1.7 mm 3,000

GS103F 540 mF 20 mΩ

39.0 x 17.0

1.0 mm 3,000

GS106F 1360mF 20 mΩ 1.3 mm 3,000

GS108F 1800mF 15 mΩ 1.7 mm 3,000

GS130F 2400 mF 15 mΩ 1.9 mm 3,000

Parameter Name Condition Minimum Nominal Maximum

Leakage Current5IL 23°C 1μA/F (cell) 2μA/F (cell)

RMS Current IRMS 23°C 4A – 8A

Pulse Current6Ipeak 30A

ESR change with 

Temperature

Min @ +70°C

Max @ -40°C

75% of

nominal

200% of

nominal

Notes

1. Select products are available ex-stock (Standard products). The remainder are available to order.

2. Capacitance will decline and ESR will rise over time, at a rate which depends on temperature and voltage.

Continuous operation at high temperature & voltage is not recommended. See Section 6 for more 

information on ageing and endurance.

3. DC capacitance and ESR tolerance are measured at 23°C. Max ESR = Nominal ESR +20%.

4. Thickness is measured between two parallel plates with 140gm force applied.

5. Leakage current is measured after charging to nominal voltage for 120hrs at 23°C.

6. Single pulse, non-repetitive current (positive & negative terminal short-circuited).

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Product Specifications

© 2022 CAP-XX (Australia) Pty Ltd; v6.5 Page 5

5. H Series Product Specifications

Dual cell modules (2 cells connected in series)

Voltage & 

Temperature

Product

Name1

CAP2

(± 20%)3

ESR2

(max =Nom 

+20%)3

Body Size

(mm)

Thickness4

(max)

Minimum 

Order

Quantity

5.5Vnominal

5.8Vpeak

-40°C to +70°C

Tmax = 85°C5

HA202F 120 mF 120 mΩ 20.0 x 18.0 2.5 mm 2,000

HA230F 400 mF 130 mΩ 3.5 mm 500

HW209F 150 mF 100 mΩ

28.5 x 17.0

2.1 mm 2,000

HW201F 380 mF 100 mΩ 2.7 mm 2,000

HW203F 500 mF 75 mΩ 3.4 mm 2,000

HS203F 250 mF 55 mΩ

39.0 x 17.0

2.1 mm 2,000

HS206F 650 mF 55 mΩ 2.7 mm 200

HS208F 900 mF 45 mΩ 3.4 mm 2,000

HS230F 1200 mF 45 mΩ 3.9 mm 200

Single cell devices 

Voltage & 

Temperature

Product

Name1

CAP2

(± 20%)3

ESR2

(max Nom 

+20%)3

Body Size

(mm)

Thickness4

(max)

Minimum 

Order

Quantity

2.75Vnominal

2.9Vpeak

-40°C to +70°C

Tmax = 85°C5

HZ102F 170 mF 90 mΩ 20.0 x 15.0 1.2 mm TBA

HA102F 240 mF 60 mΩ

20.0 x 18.0

1.2 mm 3,000

HA130F 800 mF 65 mΩ 1.7 mm 3,000

HW109F 300 mF 50 mΩ

28.5 x 17.0

1.0 mm 3,000

HW101F 760 mF 50 mΩ 1.3 mm 3,000

HW103F 1000 mF 40 mΩ 1.7 mm 3,000

HS103F 500 mF 30 mΩ

39.0 x 17.0

1.0 mm 3,000

HS106F 1300 mF 30 mΩ 1.3 mm 3,000

HS108F 1800 mF 25 mΩ 1.7 mm 3,000

HS130F 2400 mF 25 mΩ 1.9 mm 3,000

Parameter Name Condition Minimum Nominal Maximum

Leakage Current6IL 23°C 1μA / cell 2μA / cell

RMS Current IRMS 23°C 3A – 6.5A

Pulse Current7Ipeak 30A

ESR change with 

Temperature

Min @ +70°C

Max @ -40°C

75% of

nominal

250% of

nominal

Notes

1. Select products are available ex-stock (Standard products). The remainder are available to order.

2. Capacitance will decline and ESR will rise over time, at a rate which depends on temperature and voltage. 

Continuous operation at high temperature & voltage is not recommended. See Section 6 for more 

information on ageing and endurance.

3. DC capacitance and ESR tolerance are measured at 23°C. Max ESR = Nominal ESR +20%.

4. Thickness is measured between two parallel plates with 140gm force applied.

5. Max continuous operating temp = +70C but can withstand excursions to +85C

6. Leakage current is measured after charging to nominal voltage for 120hrs at 23°C.

7. Single pulse, non-repetitive current (positive & negative terminal short-circuited).

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Storage & Operation

© 2022 CAP-XX (Australia) Pty Ltd; v6.5 Page 6

6. Storage & Operation Metrics

Parameter Condition Metric G

Series

H

Series Notes

Operating 

temperature

Maximum operating 

temperature

Tmax

(°C)

70°C 85°C Brief excursions to Tmax will not 

damage the device. 

Continuous operation at Tmax is 

not recommended. 

Recommended 

operating temperature

range

Tcont

(°C)

-40°C

to

+70°C

-40°C

to

+70°C

Shelf life Recommended storage 

temperature & humidity

Tshelf

(°C)

23°C 23°C CAP-XX recommends storing

supercapacitors in their original 

packaging in an air conditioned 

room.

RHshelf

(%)

45% 45%

2 years @ Tshelf

(17,500 hrs @ 23°C)

C loss

(% of initial C)

< 5% < 10%

ESR rise

(% of initial ESR)

< 10% < 20%

Maximum recommended 

continuous storage 

temperature & humidity

Tshelfmax

(°C)

35°C 35°C CAP-XX supercapacitors can be 

stored at any temperature not 

exceeding their maximum 

operating temperature (Tmax), but 

storage at continuous high 

temperature and humidity is not 

recommended, and will cause 

premature ageing.

RHshelfmax

(%)

65% 65%

2 years @ Tshelfmax

(17,500 hrs @ 35°C)

C loss

(% of initial C)

< 10% < 20%

ESR rise

(% of initial ESR)

< 20% < 40%

Cycle life 500,000 cycles @ 23°C

(Vn → 1⁄2Vn, I = 0.5A)

C loss

(% of initial C)

< 1% < 5% Voltage cycling at low RMS 

current will not affect life.

Cycling at high RMS current will 

cause self-heating, which will 

increase ageing rates.

ESR rise

(% of initial ESR)

< 1% < 5%

Load life @ Vn & 23°C

G series = 5.0V, 23°C

H Series = 5.5V, 23°C

C loss rate

(% / 1000hr)

< 1% < 3% Note that C loss rates & ESR rise 

rates are not calculated or 

extrapolated from 1,000 hr data.

They are measured during long 

term life tests over periods at least 

12 months.

ESR rise rate is linear. 

C loss follows an exponential 

decay.

ESR rise rate

(% of initial/1000hr)

< 1% < 3%

@ 80% Vn & 80% Tcont

G series = 4.0V, 50°C

H Series = 4.5V, 50°C

C loss rate

(% / 1000hr)

< 2% < 6%

ESR rise rate

(% of initial/1000hr)

< 4% < 9%

@ Vn & Tcont

G series = 5.0V, 70°C

H Series = 5.5V, 70°C

C loss rate

(% / 1000hr)

< 10% < 20%

ESR rise rate

(% of initial/1000hr)

< 30% < 30%

MTTF @ Vn & 23°C

G series = 5.0V, 23°C

H Series = 5.5V, 23°C

MTTF

(years)

> 10 > 10 MTTF is calculated with a 

regression equation (Arrhenius 

form) from observed failures 

during long term life testing.

Note that such calculations are 

inaccurate at low temperatures 

due to low/no observed failures.

@ 80% Vn & 80% Tcont

G series = 4.0V, 50°C

H Series = 4.5V, 50°C

MTTF

(years)

~2 ~2

@ Vn & Tcont

G series = 5.0V, 70°C

H Series = 5.5V, 70°C

MTTF

(years)

< 1 < 1

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Energy / Power &

Product Names

© 2022 CAP-XX (Australia) Pty Ltd; v6.5 Page 7

7. Energy & Power Density

Parameter Description Metric G Series H Series Notes

Energy Full discharge from 

nominal voltage (Vn)

Capacity

(mAh)

0.1 - 1.7 0.2 - 1.8 Capacity = (C x Vn) / 3.6

Gravimetric Energy 

Density

Egrav

(Joules/kg)

1,554 – 6,857 1,927 – 8,372 Egrav = (1⁄2C x V2) / Weight

Egrav

(Wh/kg)

0.4 - 1.9 0.5 – 2.3 Egrav = (1⁄2C x V2) / 

(3600 x Weight)

Volumetric Energy 

Density

Evol

(Wh/L)

0.5 - 1.6 0.6 – 1.9 Evol = (1⁄2C x V2) / 

(3600 x Volume)

Power Gravimetric Power 

Density

Pgrav

(kW/kg)

83 - 121 60 – 85 Pgrav = Vn

2

/ (4xESR) / Weight

Volumetric Power 

Density

Pvol

(kW/L)

87 - 128 58 – 99 Pvol = Vn

2

/ (4xESR) /Volume

8. Product Names

CAP-XX products have a 6 character alpha-numeric product name in the form "GS230F". See the 

table below for information provided in the product name.

Note that only the first 5 characters of the product name are printed on the device.

Position Code Meaning Description

1 G

H

Series code “G” series are General purpose supercapacitors:

• Operating temperature range: -40°C to +70°C

• Continuous load voltage: 2.5V / 5.0V

“H” series are High temperature/High voltage supercapacitors:

• Operating temperature range: -40°C to +85°C

• Continuous load voltage: 2.75V / 5.5V

2 S

W

A

Package code “S” products are 39 x 17mm, excluding the terminals.

“W” products are 28.5 x 17mm, excluding the terminals.

"A" products are 20 x 18mm, including the terminals.

Refer to the Section 20 for detailed information on body sizes, 

terminal projections and PCB layout measurements.

3 1

2

Cell code “1” denotes a single cell supercapacitor.

“2” denotes a dual cell supercapacitor, comprising two single cells 

connected in series.

4, 5 Nn Product code An internal CAP-XX reference to denote the cell configuration.

6 F

G

Mounting code “F” suffix (e.g. GS230F) indicates no adhesive tape on the 

underside of the device (standard configuration).

“G” suffix (e.g. GS230G) indicates double-sided, insulating 

adhesive tape on the underside of the device. This option is 

available to order on all CAP-XX parts, and can assist with 

mounting, electrical isolation and extreme shock and vibration.

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Product Marking

© 2022 CAP-XX (Australia) Pty Ltd; v6.5 Page 8

9. Product Markings

All CAP-XX products are marked with the Product Name, Batch Code, Capacitance, continuous 

operating Voltage, and the Positive terminal location. Some products also show the Device Number, 

ESR and Country of Manufacture. Dual cell modules show the Balance (mid-point) terminal location.

“S” & “W” Dual Cells

Front: Back (“F” part): Back (“G” part, with mounting tape)

(Standard) (Special Order 

“S” & “W” Single Cells

Front: Back (“F” part):

“A” Dual Cells

Front: Back (“F” part):

“A” Single Cells

Front: Back (“F” part):

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Batch Codes

Transport & Storage

© 2022 CAP-XX (Australia) Pty Ltd; v6.5 Page 9

10.Batch Codes

“S”, “W” & “A” series devices

S, W & A products have a 6 character alpha-numeric Batch Code of the form "N2CAJ2", where:

● Position 1 = Manufacturing site code

● Position 2 = Manufacturing line number

● Position 3 = Year of manufacture

● Position 4 = Month of manufacture

● Position 5 = Day of manufacture

● Position 6 = Batch number that day on the specified line

The characters at Positions 3 - 6 indicate a number according to the following sequence:

Character 1 2 3 4 5 6 7 8 9 A B C D E F G

Number 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

Character H I J K L M N O P Q R S T U V

Number 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

11.Transportation & Storage

IATA Dangerous Goods Regulations

Supercapacitors with an energy storage capacity of < 0.3Wh are not subject to any transportation 

restrictions (see IATA Dangerous Goods Regulations, 54th Edition, UN3499 in Class 9, Electrical 

Double-Layer Capacitors, ELDC).

All CAP-XX supercapacitors have an energy storage capacity < 0.3Wh (1,080J), and are therefore 

not subject to any transportation restrictions.

Storage Conditions

CAP-XX supercapacitors and assembled devices containing CAP-XX supercapacitors may be 

stored at temperatures of up to 70°C, but for maximum life, CAP-XX recommends storage in the 

original packaging, in an air conditioned room at ~23°C.

Avoid humid, acidic or alkaline storage environments and excessive external forces.

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Packaging

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12.Packaging & Package Quantities

CAP-XX supercapacitors are shipped in stackable, anti-static trays. 

Each tray holds 20 to 50 devices (depending on the body size), in cavities moulded into the tray.

The trays are designed to protect the devices during transportation, and to facilitate their removal by 

hand or vacuum pen prior to assembly.

Packaging for Shipment

The Minimum Package Quantity (MPQ) is a stack of 10 product trays and a cover tray. This 

package is then wrapped in plastic bubble wrap or sealed in a moisture resistant foil bag.

Each package contains 200 (“S” series devices), 300 (“W” series devices), or 500 pieces (“A” series 

devices). This is the MPQ, and also the MOQ for wholesale purchase.

Packing Tray for “S” series devices

20 pieces / Tray

Package Quantity = 200pcs

Cover tray

10 product trays

Plastic bag

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Packaging

© 2022 CAP-XX (Australia) Pty Ltd; v6.5 Page 11

Packing Tray for “W” series devices

30 pieces / Tray

Package Quantity = 300pcs

Packing Tray for “A” series devices

50 pieces / Tray

Package Quantity = 500pcs

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Cautions &

Notes on Assembly

© 2022 CAP-XX (Australia) Pty Ltd; v6.5 Page 12

13.Cautions Before Use

CAP-XX supercapacitors are “burned in” during production, and have a defined polarity, as shown 

by the positive terminal marked on the face of the product. Reversing the polarity of the device will 

not damage the device, but may cause a rise in the ESR and will void the warranty. Please verify 

the orientation of the supercapacitor in accordance with the product markings before assembly.

CAP-XX supercapacitors are heat-sensitive. Over-heating of the supercapacitor may result in a 

degradation of performance and useful life (see Section 17 for more information).

CAP-XX supercapacitors must only be used within their rated voltage range. Over-voltage may 

cause swelling and eventually, product failure.

Dual cell supercapacitor modules contain two cells connected in series. Please ensure that the 

voltage in both cells remains below the rated peak and constant operating voltages. CAP-XX 

recommends the use of an active balancing circuit or passive balancing resistors to prevent an overvoltage situation developing in one cell. Contact CAP-XX for more information on cell balancing.

CAP-XX supercapacitors are fully discharged when shipped. Devices should be handled and 

soldered in a discharged state.

14.Soldering & Assembly

Placement

Avoid contact between conductive areas on the underside of the supercapacitor and vias, through 

holes or tracks on the PCB. Refer to the Product Drawings in Section 20 for detailed information on 

the location and size of these conductive areas, and the recommended positioning and size of PCB 

landing pads.

Do not apply excessive force to the supercapacitor during placement. CAP-XX supercapacitors 

should not be exposed to more than 400kPa pressure across the flat surface of the device 

(equivalent to a weight of 10kg). Bending or applying too much pressure to the device may damage 

the seals, resulting in device failure.

CAP-XX supercapacitor terminals are manufactured from tinned (pure bright tin), annealed (low 

temper) copper that is pliable. Care should be taken to avoid bending the terminals.

To mount the supercapacitor on the PCB, remove the device from the tray by hand, with a vacuum 

pen, or by an automated pick and place robotic arm with a vacuum pen, and locate onto the PCB.

CAP-XX offers an adhesive insulating tape on the underside of the device as an option to assist in 

mounting. The PCB surface should be clean and free from oil, grease or flux residue prior to 

mounting. Remove the release tape, position the device carefully and press firmly into place. An 

extended hold time is not required.

Soldering

CAP-XX supercapacitors are designed for direct soldering onto the PCB. Soldering the terminals to 

the PCB will ensure the highest contact reliability and lowest contact resistance. Do NOT solder 

directly to the device casing. This will cause permanent internal damage to the supercapacitor.

CAP-XX supercapacitors are NOT SUITABLE for infrared reflow soldering, hot-air reflow soldering, 

or wave soldering. They should be mounted as a secondary operation, using a manual soldering 

iron, a hot bar soldering jig, conductive adhesive, ultrasonic welding or laser welding.

CAP-XX recommends the use of a water-soluble flux, or a no-clean (low residue) flux, and low 

temperature solder compounds. 

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Cautions &

Notes on Assembly

© 2022 CAP-XX (Australia) Pty Ltd; v6.5 Page 13

Soldering should be undertaken with a low wattage soldering iron (<70 W), applying heat just long 

enough to achieve a good connection. The maximum recommended soldering time is 5 seconds, 

when using an iron at 400°C in an ambient temperature of 23°C.

If a hot-air gun is used to reflow the solder during a re-mount or de-mount, care must be taken to 

prevent excessive heating of the package adjacent to the solder terminals. Allow at least 15 sec 

between successive soldering attempts for the device to cool down.

Washing

CAP-XX supercapacitors are NOT SUITABLE for solvent-based washing. Do not use any solvent 

cleaners such as acetone, benzene, isopropyl alcohol or halogenated solvents.

CAP-XX recommends that the assembly be washed with an aqueous cleaning solution based on 

de-ionized water.to remove any flux residue. Do not wash at temperatures exceeding 70°C, or at 

spray pressures exceeding 50psi. The supercapacitor may be fully submerged briefly during the 

washing process, but exposure times to water should be minimized.

Drying

Rapid airflow around the device during drying will assist in the removal of any residual moisture 

trapped in the package. Keep drying times to the minimum necessary, at temperatures not 

exceeding 70°C.

Conformal Coatings & Potting

Some applications require the use of conformal coatings or “potting” compounds in order to meet 

specific performance requirements, such as enhanced shock and vibration resistance, 

waterproofing, protection from corrosive environments, and ATEX / Intrinsic Safety certifications.

Potting may involve the use of thermo-setting plastics, silicone rubber gels, or polyurethane, whilst 

conformal coatings generally involve acrylics, epoxies, polyurethane, silicones, Parylene, or 

amorphous fluoro polymers. In all cases, care must be taken to ensure that the device is not 

subjected to temperatures outside the specified range during setting and curing, and that solvents 

used in the process will not damage the external packaging of the supercapacitor. Contact CAP-XX 

for more information if required.

Capacitor Internal Temperature when Soldering

20

25

30

35

40

45

50

55

0 1 2 3 4 5 6 7 8 9 10

Time (s) Capacitor Internal Temperature (°C)

Iron at 300°C

Iron at 400°C

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15.Safety

CAP-XX supercapacitors are very safe and reliable.

Failure modes

The failure mode for a supercapacitor is usually open circuit, with ESR rising to infinity.

This can occur if the device is exposed to high temperature or voltage or as a result of electrolyte 

loss over time. These situations can occur as a result of assembly errors (e.g. over-heating the 

device during soldering), circuit design errors (e.g. failure to balance the cell voltages in a dual cell 

device correctly), environmental extremes (e.g. temperature excursions beyond the specified range 

or duration), or natural ageing (e.g. permeation of the electrolyte solvent through the package seal).

Occasionally, supercapacitors will fail as a short circuit. This can be due to physical damage 

sustained during handling or assembly (e.g. if the package is pierced by a sharp, conductive object), 

assembly errors (e.g. by shorting a terminal to the package during soldering), circuit design errors 

(e.g. by running vias on the PCB under conductive areas on the package), industrial design errors 

(e.g. by exerting excessive pressure on the device, damaging the internal separator membrane), or 

by manufacturing errors (e.g. by misalignment of the separator between electrodes).

Resistance to Shock

CAP-XX has undertaken tests in accordance with IEC68-2-27 to determine the effects of repeated 

shocks on both the mechanical integrity and electrical performance of its supercapacitors:

● Pulse Shape Half-Sine

● Amplitude 30g ±20%

● Duration 18ms ±5%

● No. of Shocks 3 in each direction (18 in total)

● No. of Axes 3, orthogonal

Results: final C ≥ 80% of initial, final ESR ≤ 120% of initial, final thickness within specification

Note: To achieve the highest levels of resistance to shock, CAP-XX recommends the use of an

adhesive mounting tape on the underside of the device. Order the “G” option, e.g. GW201G for this 

tape which adds 0.1mm to the device thickness – see section 20, Product Drawings.

Resistance to Vibration

CAP-XX has undertaken tests in accordance with IEC60065-2-6 to determine the effects of 

sustained vibration on both the mechanical integrity and electrical performance of its 

supercapacitors:

● Type Sinusoidal

● Frequency 10Hz - 500Hz

● Amplitude 0.75 mm or acceleration: 100 m/s2(whichever is less stringent)

● Sweep Rate 1 Octave/min

● No. of Cycles 10 (10Hz - 500Hz - 10Hz)

● No. of Axes 3, orthogonal

Results: final C ≥ 80% of initial, final ESR ≤ 120% of initial, final thickness within specification

Note: To achieve the highest levels of resistance to vibration, CAP-XX recommends the use an

adhesive mounting tape on the underside of the device, “G” option.

Drop-Test

CAP-XX has undertaken tests to determine the effects of repeated drops on both the mechanical 

integrity and electrical performance of its supercapacitors:

● Mounting Mount the supercapacitor in a test jig as set out below

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● Method Drop the test jig onto a concrete floor from a height of 2m

● No. of Cycles 3 drops, one on each axis

Results: No electrical or mechanical degradation observed when following the mounting rules.

Mounting during drop test:

● Constrained by the device housing, with a maximum clearance of 1mm – The supercapacitor 

was connected to the PCB only by the solder connections on the terminals.

● Unconstrained by the device housing - The supercapacitor was connected to the PCB with 

double-sided adhesive tape and by solder connections on all terminals.

For maximum product performance in harsh environments, CAP-XX recommends the use of an

adhesive mounting tape on the underside of the device, “G” option, or a conformal coating/potting 

compound.

Exposure to an Open Flame

A fully charged supercapacitor was burned

with an alcohol lamp.

Results: The supercapacitor expands due to the heat, 

and the seal weakens, but does not burst. There is 

no ignition, no fire, and no scattering of pieces and/or sparks.

Exposure to Heat

A fully charged supercapacitor was placed in an

in oven for 1hr at 130°C.

Results: The supercapacitor expands due to the heat, 

and the seal weakens, but does not burst. There is no

smoke, no fire, and no gas emission.

Pressure

A fully charged supercapacitor was pressed with a

10mm diameter pole, to 2/3 of its initial thickness.

Results: The supercapacitor loses its charge. There is 

no ignition, no smoke, no fire, no gas emission, and

no scattering of pieces and/or sparks.

Puncture

A fully charged supercapacitor was punctured with a 

2mm diameter steel needle.

Results: The supercapacitor loses its charge. There is

no ignition, no smoke, no fire, no gas emission, and 

no scattering of pieces and/or sparks.

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16.Dimensional Stability & Low Pressure Environments

CAP-XX supercapacitors are hermetically sealed, and contain a very small amount of a liquid 

electrolyte. At high altitudes (with low external pressure), the device may swell and ESR may 

increase. Please contact CAP-XX for more information on use in low pressure environments.

The aluminium soft pack will swell at high temperature, and may exert force on adjacent 

components. If unconstrained, a device may swell by up to 50% of its nominal thickness at 70°C. 

If constrained by the product case or adjacent components, the supercapacitor may exert up to 7N 

of force on its surroundings at 70°C. As an example, with a contact surface area of 1.7cm2, a dual 

cell W device will exert a pressure of ~42kPa (6psi) on a fixed surface at 70°C.

17.Response to Over-Temperature Events

CAP-XX supercapacitors are heat-sensitive. Over-heating of the supercapacitor may result in a 

degradation of performance and useful life. Note that the thermal mass of CAP-XX supercapacitors 

is very small, so the temperature of the device will equalize to its environment very quickly.

G series devices are rated to a maximum temperature of 70°C, whilst the H series is rated to 85°C. 

CAP-XX does not recommend operating supercapacitors at or near their maximum temperature 

rating constantly, as they will age rapidly (i.e. ESR will rise and capacitance will fall).

Exceeding the rated maximum temperature will cause even more accelerated ageing and may 

cause immediate failure depending on the temperature reached and the time exposed.

At temperatures between 85°C and 100°C, there will be a progressive change in the dimensions of 

the package (puffing). Usually, this is reversible, and electrical performance is retained. As the 

temperature approaches 100°C, the probability of non-reversible change increases. This will 

occasionally cause immediate failure, and degraded electrical performance due to physical damage 

to the internal structure of the device.

At temperatures greater than 100°C, electrical performance will degrade rapidly, and permanent 

electrical failure becomes increasingly likely. At 150°C or higher, the seals will melt and the device 

will fail both physically and electrically.

18.Certifications & Compliances

ISO 9001:2015

CAP-XX is certified as following the ISO 9001 Quality Management System. The current certification 

can be found by typing “CAP-XX” in the Company field of our certifying organisation, BSI’s client 

directory page https://www.bsigroup.com/en-AU/Our-services/Certification/client-directory/ .

Underwriter’s Laboratory (UL 810A)

CAP-XX H series prismatic products have been tested by Underwriter's Laboratory and are certified 

as UL-Recognized Components. The CAP-XX certified products can be found by typing “CAP-XX” 

in the Company Name field on the page database.ul.com and then clicking on the link

BBBG2.MH47599.

RoHS

All CAP-XX products are RoHS2 compliant. Substances specified in the European Union directive 

2011/65/EU and Chinese Government directive (to standard SJ/T 11363 – 2006) are either not 

present at all, or are present at levels below those specified in the directive.

An RoHS Certificate of Compliance is available on the CAP-XX website.

Real time RoHS reports on CAP-XX parts can be obtained on BOMcheck.

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REACH

All CAP-XX products are REACH compliant.

Pre-registration and registration of substances in articles: CAP-XX does not supply any products 

that would be considered an article with a substance intended to be released during normal and 

reasonably foreseeable conditions of use, and therefore has no plans for pre-registration.

Substances of Very High Concern (SVHC): CAP-XX products do not contain any chemicals listed as 

SVHC in Annex XIV or the Candidate List under Article 57 of European Directive EC 1907/2006 and 

as amended by subsequent regulations.

Restricted use substances: CAP-XX products either do not contain any of the restricted-use 

substances given in Annex XVII of European Directive EC 1907/2006 and as amended by 

subsequent regulations or meet any of the restrictions placed on them.

A REACH Certificate of Compliance is available on the CAP-XX website.

Real time REACH reports on CAP-XX parts can be obtained on BOMcheck.

Rare Earth Metals & Conflict Metals

CAP-XX products do not contain any rare earth metals or conflict metals as defined in Section 1502 

of the United States Financial Reform Bill (HR 4173), 2010. Specifically, CAP-XX supercapacitors 

do not contain any Tantalum (Ta), Tungsten (W) or Gold (Au). CAP-XX products contain Tin (Sn) 

sourced only from non-conflict sources.

A Certificate of Compliance is available on the CAP-XX website.

The Conflict Materials report can be obtained on BOMcheck.

Halogens

CAP-XX products are halogen-free as defined under the draft IPC/JEDEC J-STD-709 standard for 

electronic components and assemblies. Specifically, CAP-XX products do not contain any 

brominated or chlorinated flame retardants (BFRs/CFRs) or PVC plastics.

A Certificate of Compliance is available on the CAP-XX website.

19.Notes & Disclaimers

Product specifications in this document are current as of its publication date. Specifications are 

subject to change, and products may be discontinued without advance notice.

This document contains limited specification detail. Please refer to the relevant Data Sheet for more 

complete specification data on specific products, or contact CAP-XX for more information.

CAP-XX products are not authorized for use in medical devices classified as Class III under the 

European Union Directive 93/42/EC, 2010, or Class D of the Global Harmonization Task Force 

Guidelines, 2012. Please contact CAP-XX for more information on the use of our products in any 

applications which may be considered to carry any risk of harm to people or property.

CAP-XX and trade names associated with CAP-XX are protected by Trademark.

Technology referred to in this document is protected by US patent 06631072 and other patents and 

pending patents.

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Dual Cell Devices

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20.Product Drawings: Mechanical & Electrical

“S” Package Dual Cell Devices

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Dual Cell Devices

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“W” Package Dual Cell Devices

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Dual Cell Devices

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“A” Package Dual Cell Devices

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Single Cell Devices

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“Z” Package Dual Cell Devices

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Single Cell Devices

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“S” Package Single Cell Supercapacitors

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Single Cell Devices

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“W” Package Single Cell Supercapacitors

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Single Cell Devices

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“A” Package Single Cell Supercapacitors

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Single Cell Devices

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“Z” Package Single Cell Supercapacitors

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Contact Information

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21.Contact Information

Principal Office

CAP-XX (Australia) Pty Ltd

Unit 9, 12 Mars Road

Lane Cove, NSW 2066

Australia

Sales & Product Enquiries

Website: www.cap-xx.com

Email: sales@cap-xx.com

Telephone: +61 2 9420 0690

Distributors

AMERICAS

USA & Canada Tecate Industries www.tecategroup.com

ASIA

ASEAN & South Asia McCoy Components www.mccoycomponents.com

China King Horn Enterprises www.kinghornhk.com/en/

Xiamen Holder Electronics www.xmholder.com

Japan Synerdyne www.syr.co.jp

Korea Changnam I.N.T www.changnam.com

Taiwan PAC Electronics www.pactw.com.tw

EUROPE

Denmark ACTE Denmark www.acte.dk

Finland ACTE Finland www.acte.fi

France & Benelux CATS www.cats-france.fr

Germany & Switzerland Unitronic www.unitronic.de

Norway ACTE Norway www.acte.no

Poland & Russia ACTE Poland www.acte.pl

Spain & Portugal ELCO Componentes www.elcocomponentes.com

Sweden ACTE Sweden www.acte.se

UK, Ireland & Spain A-TEC International www.a-tecuk.com

UK & Ireland E-Tech Components UK Ltd www.etechcomponents.com

MIDDLE EAST & AFRICA

Israel B. Roman (2001) www.broman.co.il

South Africa Seven Labs Technology www.sevenlabs.co.za

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