Thanks to active balancing, the capacitor modules have a stable voltage level in the individual cells installed in the module. They operate individually or in combination with batteries or accumulators. Either they supply energy as a backup or support providing power peaks together with batteries or accumulators. In this case, they often have a positive effect on the service life of the battery or accumulator.
The series is currently available in the following capacity/voltage combinations:
- 48 V / 165 F SCMZ1EP1F6STAB2
- 16 V / 500 F SCMZ1EK507STAB2
- 16 V / 58 F SCMA63K586SPPB2
- 160 V / 5.8 F SCMA63S585SPPB2
- 48 V / 83 F SCMZ85P836STAB2
Powerful capacitors for high load capacity
Due to the convincing characteristics of the individual capacitors used, the SCM modules achieve their special pulse load capacity. The combination of very high capacitance and very low internal resistance (ESR) enables a high power density and high efficiency.
The modules are also characterized by a high mechanical load capacity and can withstand high currents, frequent charging and discharging cycles, and strong vibrations. They are designed for operating temperatures from -40 °C to +65 °C and can handle several million cycles, depending on the application. In addition, the modules are lead-free, RoHS-compliant, and meet the UL 810A standard.
Features of the modules at a glance:
- Low ESR for high efficiency and high power density
- Long service life
- Active Balancing
- Available in the most common capacitance/voltage combinations
Further possible applications for the modules:
- Energy harvesting
- Automated guided vehicles
- Transportation
- Wireless GSM and GPRS communication
- As well as other applications in the area of backup support or peak power support
For more information from the StrongIRFET™ 2 MOSFET from Infineon and a direct ordering option, please visit our e-commerce platform at www.rutronik24.com.
Contact Rutronik:
Denis Bittigkoffer | Senior Manager Product Marketing Capacitors | +49 7231 801 1418 | denis.bittigkoffer@rutronik.com