DC Link / Snubber capacitor in plastic can for low inductance applications

Series B2563*

• For low inductance applications Ls <13 nH
• Voltage of 600 to 2000 V DC
• Rated capacitance of 20 to 400 µF
• Available with male and female terminals
• DC link for e-mobility, e.g. quick EV chargers
• Temperature up to 85 °C hotspot
• IEC 61071, GB/T17702, RoHs compliance, CE and UL94 compliant

Benefits

• ESL <12 nH possible
• Optimized for high frequencies
• DC link for e-mobility

Tightly sealed DC link capacitor for operations in harsh environment applications with low ESL inductance

Series B2568*

• Humidity: 85 °C / 85% RH 1000 hours, condensation possible
• Voltage of 900 to 3000 V DC
• Rated capacitance of 60 to 4000 µF
• Available with male and female terminals
• Specially recommended for traction applications
• Temperature up to 85 °C hotspot
• IEC 61071, GB/T17702, RoHs compliance, CE and UL 810 compliant

Benefits

• Tightly sealed for harsh environment
• Designs with low ESL <20 nH even for high capacitance values (>1 mF)
• Fire and smoke classification EN 45545 (HL3 level)
• Designs for high frequencies available

DC link capacitor for high partial discharge (PD) extinction voltage requirements
(>1.6 kV AC (10 pC))

Series B2569*

• Voltage of 700 to 3000 V DC
• Rated capacitance of 45 to 5500 µF
• Available with female terminals, male terminals upon request
• Traction, wind or solar inverters applications
• Hotspot Temperature up to 105 °C
• IEC 61071, GB/T17702, RoHs compliance, CE and UL 810 compliant

Benefits

• High humidity resistance (1.3 *  V_R, 85 °C / 85% / 500 hours)
• Improved high Partial Discharge (PD) extinction voltage >1.6 kV AC (10 pC)
• Designs for high frequencies available

DC link capacitor for standard applications

Series B2562*

• Voltage of 700 to 2000 V DC
• Rated capacitance of 40 to 4000 µF
• Available with male and female terminals
• Renewable energies, industrial drives and traction applications
• Temperature up to 85 °C hotspot
• IEC 61071, GB/T17702, RoHs compliance, CE and UL 810 compliant