e-Mobility-specific features

• Capacitors with AEC-Q200 qualification available

Axial-lead and soldering star series

• High vibration resistance up to 40 g
• High ripple-current capability with low ESR at high temperatures

Snap-in series

• Design for on-board charger applications with high capacitance values

• Reliable ESD protection up to 25 kV for high-speed data buses
• Highly rugged on extreme thermal cycles and repetitive pulses
• Automotive grade ratings (load-dump, jump-start)
• Nickel barrier series acc. to AEC-Q200

• Recommended materials for automotive applications:
  N49, N87, N92, N95, N97
• CAN bus choke materials:
  K1, K10
• Suitability of other materials depends on transformer design
• Wide range of ferrite accessories

• Long-term stability
• High pulse strength
• Excellent overvoltage capability
• Very low inductance
• Low fire hazard due to liquid-free technology
• Standard and customized designs
• Capacitors with AEC-Q200 qualification available

• Wide temperature range from -55 °C to +150 °C
• Miniaturized versions
• High mechanical strength
• Suitable for lead-free soldering profiles acc. to JEDEC J-STD 020D
• Qualified acc. to AEC-Q200

Glass-encapsulated NTCs, leaded NTCs, temperature probes

• High measuring accuracy and long-term stability
• Short response time
• Temperature measurement up to +260 °C
• Heat resistant and highly stable
• Rugged design
• Compact dimensions
• Overmolded package
• Cable-bound or integrated connector versions
• Humidity resistant
• Customer-specific designs

Inrush current limiters

• Long-term stability
• No derating of steady state current necessary at 0 °C and +60 °C
• Usable in series connections up to 265 V RMS

SMD NTCs

• Qualified acc. to AEC-Q200

• Power capacitor chips (PCC) for DC-link function
• Long-term stability
• High pulse handling capability
• High peak and RMS current handling capability
• High overvoltage strength up to twice the rated voltage
• Very low inductance (max. 20 nH)
• Low fire hazard due to liquid-free technology
• Standard and customized designs

• Limit temperature sensors
• Inrush current limiters (self-protecting resistors)
• Heating elements

• Very high discharge current
• Excellent protection characteristics
• Stable performance over useful life
• Very high insulation resistance
• EN 61643-11 class III

• Material class -40 °C to +155 °C
• High power density
• Advanced thermal behaviour
• Platform designs qualified acc. to AEC-Q200

Leaded disk varistors

• Stable protection level
• Minimum leakage current
• High resistance to cyclic temperature stress