NIPPON CHEMI-CON CORPORATION

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.