33000µF - 100V
Price 400.00 EG
In stock
About this item
The 33,000 µF, 100 V screw-terminal aluminum electrolytic capacitor is designed to serve as a massive charge reservoir in demanding power-electronic applications, where large energy storage at moderate high voltage is required. With its very high capacitance, it supports stabilization of DC buses, smoothing of large load transients, and the buffering of ripple currents in systems with intensive switching or conversion activity. Encased in a sturdy metal can and fitted with screw-type terminals, this capacitor offers robust mechanical and electrical connection, suitable for high-current and high-stress installations. Internally, the wound aluminum foil, dielectric oxide and electrolyte are configured for low impedance, high ripple capability and long-life operation all key in heavy-duty rich-power systems. Its specification of 100 V makes it well-suited to high-voltage intermediate-bus architectures, large inverters, industrial drives, and power-supply banks where moderate voltage headroom plus large stored energy are needed. The screw-terminal format ensures secure fixation under vibration or harsh environment conditions, helping maintain system integrity over long cycles and heavy duty.
Total price 400.00 EG
Product Features
- Screw-terminal connection ensuring secure mechanical and electrical mounting in high-current setups.
- Very large capacitance of 33,000 µF at 100 VDC, delivering substantial energy-storage capacity.
- Low-impedance, high-ripple-current capable design ideal for demanding power-electronics duty.
- Robust metal can construction with screw-terminals, suited for industrial and high-stress environments.
- Long-life rated variants available for continuous-use systems with elevated ripple and temperature demands.
Product Applications
- DC-link capacitors in inverter and conversion systems.
- Energy-buffer modules in uninterruptible power supplies (UPS).
- High-power supply smoothing and filtering in industrial equipment.
- Buffering and energy storage in heavy-duty drives and large-scale power modules.