Cap-XX DMH 35mF Supercapacitors (DMHA14R5V353M4ATA0)
Cap-XX DMH 35mF Supercapacitors (DMHA14R5V353M4ATA0)

Product overview

CAP-XX DMH Supercapacitors (4.5V | 35mF) 
4.5V, 35mF, 20 x 20 x 0.4 mm, -40 to 85°C, ESR 300mΩ

CAP-XX Murata DMH Supercapacitors 4.5V | 35mF (DMHA14R5V353M4ATA0) are low profile, low impedance (low ESR) power sources. Designed to overcome both the power delivery constraints of battery systems and the energy delivery limitations of conventional capacitors. CAP-XX Supercapacitors are the smallest devices available for given ESR and capacitance (high power and energy density).

These prismatic supercaps were previously made by Murata under license from CAP-XX. CAP-XX acquired the Murata supercap business and moved the highly automated production equipment from Japan to Australia. The supercaps are now made by CAP-XX in the CAP-XX factory near Sydney Australia.

CAP-XX Supercapacitors DMH – Key Features

  • High power output for peak current loads (low ESR)
  • Sufficient energy storage to handle power surges (high capacitance)
  • Wide operating temperature range (-40°C to +85°C)
  • Low leakage current
  • Meets environmental standards for disposal and operation RoHs

Typical Applications

  • Energy harvesting for wireless sensors & actuators
  • Peak power support for GSM/GPRS transmission
  • Last gasp power for remote sensor status transmission
  • Peak power support for locks and actuators
  • Peak power support for portable drug delivery systems
  • Short term bridging power for battery hot swaps

Download PDF Datasheet below for Additional Information on CAP-XX Murata DMH Supercapacitors 4.5V | 35mF (DMHA14R5V353M4ATA0), including: Electrical Specifications, Part Numbering, Energy & Power Density, Storage, Cautions and Testing.

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Technical Data

Part No Length Width Thickness Weight
DMHA14R5V353M4ATA0 20 ± 0.5 mm 20 ± 0.5 mm 0.4 mm (Max) 0.23 g

Electrical Characteristics

As 2 cells connected in series
Parameter Name Conditions Minimum Typical Maximum
Terminal Voltage Vn - 0 V - 4.5 V
Temperature T - -40 °C - +85 °C
Capacitance C DC, 23°C 28 mF 35 mF 42 mF
ESR ESR AC, 1kHz - 300 mΩ 50 mΩ
Leakage Current IL 4.5V, 23°C - 120hrs - - 2 μΑ
RMS Current IRMS 25°C - - 2.2 A
Peak Current1 Ipeak 23°C - - 10 A

Note 1: Non-repetitive current, single pulse to discharge fully charged supercapacitor.

As 2 cells connected in parallel
Parameter Name Conditions Minimum Typical Maximum
Terminal Voltage Vn - 0 V - 22.5 V
Capacitance C DC, 23°C 112 mF 140 mF 168 mF
ESR ESR AC, 1kHz - 75 mΩ 50 mΩ
Leakage Current IL 4.5V, 23°C - 120hrs - - 4 μΑ
RMS Current IRMS 25°C - - 4.4 A
Peak Current1 Ipeak 23°C - - 20 A

As 2 individual cells, specification for 1 cell
Parameter Name Conditions Minimum Typical Maximum
Terminal Voltage Vn - 0 V - 22.5 V
Capacitance C DC, 23°C 56 mF 70 mF 84 mF
ESR ESR AC, 1kHz - 150 mΩ 50 mΩ
Leakage Current IL 4.5V, 23°C - 120hrs - - 2 μΑ
RMS Current IRMS 25°C - - 2.2 A
Peak Current1 Ipeak 23°C - - 10 A

Note 1: Non-repetitive current, single pulse to discharge fully charged supercapacitor.

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