CAP-XX Supercapacitors H-series
CAP-XX Supercapacitors H-series

Product overview

CAP-XX Supercapacitors H-series operate at 2.75V nom / 2.9V peak for a single cell and 5.5V nom / 5.8V peak for dual cell modules (2 cells connected in series). The operating temperature range for the H-series is -40°C to +70°C & Tmax = 85°C. CAP-XX Supercapacitors H-series include product references starting with CAP-XX HA, CAP-XX HS and CAP-XX HW.

CAP-XX Supercapacitors H-series Key Features

  • Product references starting with CAP-XX HA, CAP-XX HS and CAP-XX HW.
  • Ultra-thin prismatic cells and modules: Ideal for use in space-constrained devices.
  • Exceptional power density (up to 158 kW/litre), with best-in-class ESR (from 10 mΩ).
  • High energy density (up to 2.2 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 9001-2008 certified.

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.

Product Range

Cells or Modules:

  • Single cells, for ultra-thin designs & primary batteries/harvesters; or
  • Dual cell modules, for rechargeable batteries & USB power supplies.

Series:

  • CAP-XX Supercapacitors G-series devices operate at 2.5V/cell (2.75V peak) and have an operating temperature range of -40°C to +70°C.
  • CAP-XX Supercapacitors H-series devices operate at 2.75V/cell (2.9V peak) and have a maximum operating temperature of +85°C.

Packages:

  • “S” = 39.0mm x 17.0mm
  • “W” = 28.5mm x 17.0mm
  • “A” = 20.0mm x 18.0mm

CAP-XX Supercapacitors H-series Datasheets

HA102 & HA202 Datasheet v4.0 (Download PDF)
HA130 & HA230 Datasheet v4.0 (Download PDF)
HW101 & HW201 Datasheet v4.0 (Download PDF)
HW102 & HW202 Datasheet v4.0 (Download PDF)
HW103 & HW203 Datasheet v4.0 (Download PDF)
HW109 & HW209 Datasheet v4.0 (Download PDF)
HS103 & HS203 Datasheet v4.0 (Download PDF)
HS106 & HS206 Datasheet v4.0 (Download PDF)
HS108 & HS208 Datasheet v4.0 (Download PDF)
HS130 & HS230 Datasheet v4.0 (Download PDF)

Download PDF File for Additional Information on: Storage & Operation, Energy & Power Density, Product Names, Markings & Drawings, Transport & Storage, Packaging, Cautions and Safety & Compliance.

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Technical Data

Dual Cell Modules  (2 cells connected in series)

Voltage Temperature Prod. Name CAP2
(±20%)3 		ESR2
(±20%)3		 Body Size (mm) Thickness4
(max) 		Minimum
Order
Quantity
5.0Vnominal
5.8Vpeak		 -40°C to +70°C
Tmax = 85°C		 HA202F 120 mF 110 mΩ 20.0 x 18.0 2.4 mm 2000
5.0Vnominal
5.8Vpeak		 -40°C to +70°C
Tmax = 85°C		 HA230F 400 mF 120 mΩ 20.0 x 18.0 3.5 mm 500
5.0Vnominal
5.8Vpeak		 -40°C to +70°C
Tmax =85°C		 HW209F 150 mF 90 mΩ 28.5 x 17.0 2.0 mm 2000
5.0Vnominal
5.8Vpeak		 -40°C to +70°C
Tmax = 85°C		 HW201F 380 mF 90 mΩ 28.5 x 17.0 2.5 mm 2000
5.0Vnominal
5.8Vpeak		 -40°C to +70°C
Tmax = 85°C		 HW203F 500 mF 70 mΩ 28.5 x 17.0 3.0 mm 2000
5.0Vnominal
5.8Vpeak		 -40°C to +70°C
Tmax = 85°C		 HS203F 250 mF 50 mΩ 39.0 x 17.0 2.0 mm 2000
5.0Vnominal
5.8Vpeak		 -40°C to +70°C
Tmax = 85°C		 HS206F 650 mF 50 mΩ 39.0 x 17.0 2.5 mm 200
5.0Vnominal
5.8Vpeak		 -40°C to +70°C
Tmax = 85°C		 HS208F 900 mF 40 mΩ 39.0 x 17.0 3.0 mm 2000
5.0Vnominal
5.8Vpeak		 -40°C to +70°C
Tmax = 85°C		 HS230F 1200 mF 40 mΩ 39.0 x 17.0 3.5 mm 200

 

Single Cell Devices

Voltage Temperature Product
Name1 		CAP2
(±20%)3 		ESR2
(±20%)3		 Body Size (mm) Thickness4
(max) 		Minimum
Order
Quantity
2.75Vnominal
2.9Vpeak		 -40°C to +70°C
Tmax = 85°C		 HZ102F 170 mF 75 mΩ 20.0 x 15.0 1.2 mm TBA
2.75Vnominal
2.9Vpeak		 -40°C to +70°C
Tmax = 85°C		 HA102F 240mF 55 mΩ 20.0 x 18.0 1.2 mm 3000
2.75Vnominal
2.9Vpeak		 -40°C to +70°C
Tmax = 85°C		 HA130F 800 mF 60 mΩ 20.0 x 18.0 1.7 mm 3000
2.75Vnominal
2.9Vpeak		 -40°C to +70°C
Tmax = 85°C		 HW109F 300 mF 45 mΩ 28.5 x 17.0 1.0 mm 3000
2.75Vnominal
2.9Vpeak		 -40°C to +70°C
Tmax = 85°C		 HW103F 1000 mF 34 mΩ 28.5 x 17.0 1.5 mm 3000
2.75Vnominal
2.9Vpeak		 -40°C to +70°C
Tmax = 85°C		 HS103F 500 mF 26 mΩ 39.0 x 17.0 1.0 mm 3000
2.75Vnominal
2.9Vpeak		 -40°C to +70°C
Tmax = 85°C		 HS130F 2400 mF 20 mΩ 39.0 x 17.0 1.7 mm 3000

 

Name Parameter Condition Minimum Nominal Maximum
Leakage Current5 IL 23°C - 1μA/cell 2μA/cell
RMS Current IRMS 23°C - - 3A - 6.5A
Pulse Current6 Ipeak - - - 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.
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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