Products LineupAluminum Electrolytic Capacitors

48V DC-Link Capacitor Module N3LTE

  • RoHS2
  • Large Current
  • For Initial Assessments
  • Customization Available


Uses an assessment module designed for the 48V systems used in 4-wheel MHV (particularly ISG & BSG), compact motorized mobility, and electrified motorcycles.
A basbar structure compatible with large current applications.

Module Specifications

Part Number N3LTE
In Production:Product is in mass production.
NRND:Not recommended for new design.
To be Discontinued:We are planning to discontinue production of this item.
Discontinued:Production of this product has stopped.
Under development :Products under development. Listed product specifications are subject to change without prior notice.
Under Development
Category Temperature Range -40~125 ℃
Rated Voltage 63 Vdc
Capacitance 2000 µF
Dimensions W 124mm
Dimensions D 79mm
Dimensions H 18mm
Rated Ripple Current 80Arms / 85℃ / 10kHz
Through Current 100A
ESR 0.82mΩ / 20℃ / 10kHz
Vibration Resistance 100Hz:30m/s2-200Hz:60m/s2-440Hz:60m/s2 8h(XYZ)
Capacitor Connections 1 series - 20 parallel
Housing Material PBT-GF30%

Element Specifications

Part Number HHXE630ARA101MJC5G

Dimension [mm]

Dimension [mm]

Busbar structure that accounts for large currents and cooling

  • Combines Busbar structure and Conductive Polymer Hybrid Aluminum Electrolytic Capacitors to enable use with large currents.
  • Attaching TIM to the under surface of the module will help improve thermal dissipation.
  • Assessment module designed for the 48V systems in 4-wheel MHV (particularly ISG & BSG).
  • Achieves rapid assessment during the early development stages.
  • Possible to use for compact motorized mobility (BEV), and electrified motorcycles.
  • Customization available.

    • a: Housing
    • b: Capacitor
    • c: Bus bar(+)
    • d: Separator
    • e: Bus bar(-)
    • f: Thermal Interface Sheet (Our module doesn't include)
    • g: Unit
    • Uses structure featuring a large effective cross-section.
    • Succeeded low-impedance, low-resistance due to mounting Conductive Polymer Hybrid Aluminum Electrolytic Capacitors on Bus-bar directly.
    • Busbar exposed
    • Possible efficient cooling for connected unit due to pasting thermal interface sheet on Bus-bar
    • Contributes to increased tolerated current, reduced labor, and size reduction.