Overview
The Rubycon 33µF 50V aluminum electrolytic capacitor is a cost-effective discrete component for power filtering, smoothing, and energy storage in electronic circuits and industrial equipment. This bulk lot contains 300 units of new, open-box stock with radial lead termination, making them ideal for board assembly, prototyping, and system repair or upgrade projects.
Key Features
- Capacitance: 33 µF (nominal)
- Voltage Rating: 50 V DC
- Radial Lead Termination: Industry-standard lead configuration for through-hole mounting
- Tolerance: ±20% per specification
- Polarized Aluminum Electrolytic Construction: Optimized for low impedance and stable discharge
- Operating Temperature: -40°C to 85°C (-40°F to 185°F)
- Bulk Quantity: 300 units per lot — ideal for OEM, contract manufacturer, and service center stock
Technical Specifications
The Rubycon 33µF 50V capacitor delivers reliable performance in power supply circuits. Physical dimensions are 6.3 mm diameter × 12 mm height (axial length). All units carry standard industrial safety ratings and RoHS compliance where applicable.
Typical Applications
- Power supply input and output filtering
- Audio amplifier coupling and bypass
- Industrial control panel power conditioning
- Consumer electronics repair and retrofit
- Prototype board assembly and rework
- Energy storage and discharge circuits
Compatibility & Replacements
Compatible With
- Through-hole PCB designs rated for 50 V DC or lower
- Industrial and consumer power supply circuits
- Standard 0.1″ pitch radial lead footprints
- Standard electronic assembly equipment (wave solder, hand solder)
Replaces / Drop-In Replacement For
- Similar 33 µF, 50 V radial electrolytic capacitors from compatible manufacturers (verify capacitor case size and lead pitch before substitution)
- Lower-voltage versions (35 V, 25 V, 16 V, 10 V) in non-critical applications where 50 V rating provides safety margin
Works With
- Standard PCB assembly processes (wave solder, reflow, hand solder)
- Polarity-sensitive circuits (anode marking and lead identification required)
- Any DC or AC/DC power supply design within voltage and thermal limits
