Electrolytic capacitor EB1212558034 33 µF 35 VDC

Radial electrolytic capacitor EB1212558034 33 µF 35 VDC is a polarized aluminum electrolytic component designed for through-hole mounting. With a nominal capacitance of 33 microfarads and a rated DC voltage of 35 volts, this capacitor is intended for circuit functions such as power supply filtering, decoupling, and short-term energy storage. Its compact radial can body makes it suitable for repair work, prototype PCBs and OEM assemblies where stable capacitance and reliable performance are required.

Advantages

The radial electrolytic design provides stable capacitance in a small footprint suitable for through-hole PCB layouts. Polarization and aluminum electrolytic construction deliver high volumetric capacitance for smoothing and energy buffering. The component is compatible with standard soldering and wave solder processes and offers predictable electrical behavior within its rated temperature and voltage limits.

Suitable for

• Power supply filtering and ripple reduction
• Decoupling of analog and digital circuits
• Energy storage for short-duration load transients
• Repairing consumer electronics and industrial electronics
• Prototyping and small-series OEM PCB assemblies

Key specifications

• Capacitance: 33 µF
• Rated voltage (DC): 35 V
• Type: Polarized aluminum electrolytic (radial)
• Mounting style: Through-hole (radial leads)
• Typical applications: Filtering, decoupling, energy buffering

How to use

Observe correct polarity when installing this polarized capacitor: the negative lead must connect to the lower potential point in the circuit. Position the capacitor on the PCB so that lead spacing and can dimensions match the board footprint, then solder using appropriate temperature profiles for through-hole components. Allow adequate ventilation and spacing from heat sources; ensure the applied DC voltage does not exceed 35 V and follow recommended ripple current and temperature limits from component datasheets when available.

Usage recommendations

For long-term reliability, avoid continuous operation near the rated voltage and at elevated temperatures. When replacing an existing part, match capacitance and voltage ratings and verify physical fit on the PCB. Use appropriate pre- and post-solder cleaning and follow standard ESD precautions when handling electronic components.