- New Products
- Products
- Applications
- BATTERY, BATTERY BACKUP & SUPERCAPACITORS
- DC LINK AND DC FILTERING
- EMI/RFI SUPPRESSION CAPACITORS
- EXTERNAL DEFIBRILLATOR CAPACITORS
- EV CHARGING
- HARMONIC FILTERS
- HARSH ENVIRONMENT CAPACITORS
- HID and BALLAST LIGHTING CAPACITORS
- HIGH ENERGY AND PULSE DISCHARGE
- INVERTER CAPACITORS
- MEDICAL DEVICES/MEDICAL POWER
- MICROWAVE OVEN CAPACITORS
- MILITARY/AEROSPACE CAPACITORS
- MOTOR RUN CAPACITORS
- MOTOR START CAPACITORS
- MOUNTING HARDWARE
- PHOTO FLASH AND STROBE
- POWER FACTOR CORRECTION AND HARMONIC
- RESONANT CAPACITORS
- RF CAPACITORS
- SNUBBER CAPACITORS
- Custom Solutions
- Tech Center
- About Us
- News
- Contact
Modeling of Transient Electrical, Thermal and Lifetime Behavior of Aluminum Electrolytic Capacitors, Focusing on Large (>0.1 Liter) DC Link Capacitors
While steady-state analysis of aluminum electrolytic capacitors is straightforward, predicting transient electrical and thermal response is much more involved. In this presentation the modeling of transient electrical, thermal and lifetime behavior of aluminum electrolytic capacitors is discussed, focusing on large (> 0.1 liter) DC link capacitors. Click here to view presentation.