Products LineupAluminum Electrolytic Capacitors

48V DC-Link Capacitor Module N3LTE

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

N3LTE

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
Status
?
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.