Electrolytic Capacitor 3300µF 35V DC — Kondensators EB1691493269

Electrolytic Capacitor 3300µF 35V DC is an axial/radial electrolytic capacitor designed for power supply filtering, energy storage and decoupling in electronic circuits. With a capacitance of 3300µF and a rated voltage of 35V DC, this component addresses needs where high capacitance combined with a moderate voltage rating is required. The axial/radial lead format allows flexible PCB or chassis mounting in repair, prototyping and custom assemblies used in audio equipment, power converters and industrial electronics.

Advantages

The capacitor provides a large capacitance value that supports stable voltage smoothing and effective ripple reduction in power supplies. Its 35V DC rating is suitable for many mid-voltage circuits, and the axial/radial lead configuration offers flexible mechanical placement options. The construction typical for electrolytic capacitors delivers compact energy storage relative to size, enabling designers to maintain board space while achieving required filtering performance.

Suitable for

• Power supply filtering and decoupling in analog and digital circuits
• Energy storage for backup and hold-up functions in converters
• Audio equipment power rails and amplifier smoothing
• Industrial control electronics and motor drives
• Repair and replacement in consumer and professional electronic devices

Key specifications

• Capacitance: 3300 µF
• Rated voltage: 35 V DC
• Type: Electrolytic, axial/radial lead configuration
• Polarity: Polarized component (observe correct orientation when installing)
• Primary use: Power filtering, energy storage, decoupling

How to use

Select the capacitor for use where a high capacitance at up to 35V DC is required. Observe polarity markings when inserting into circuits; the negative terminal must be connected to the lower potential. When mounting, choose the axial or radial lead orientation that best fits the PCB layout or chassis mounting method and ensure secure soldering to avoid mechanical stress. Verify that operating voltage and ambient temperature stay within the component's intended limits for reliable operation.

Usage recommendations

For reliable long-term operation, avoid exposing the capacitor to voltages above 35V DC and keep operating temperatures within the component's rated range. Allow adequate spacing for heat dissipation, and replace capacitors showing bulging, leakage, or increased equivalent series resistance (ESR). When used in audio or power supply applications, pairing with appropriate inrush limiting and correct polarity will improve lifespan and performance.