Electrolytic capacitor 470µF 16V 8×15mm — EB1413193244

Radial electrolytic capacitor 470µF 16V in a compact 8×15 mm package provides capacitance for power supply smoothing, decoupling and short-term energy storage on printed circuit boards. The component is a polarized aluminum electrolytic designed for through-hole radial mounting; it delivers standard electrolytic behavior suitable for general-purpose electronic circuits in consumer devices, industrial control boards and small power modules where space is limited.

Advantages

The capacitor combines a relatively high capacitance of 470µF with a 16V rated voltage in a small 8×15 mm footprint, allowing designers to implement effective bulk filtering and decoupling in dense PCB layouts. Its radial lead format simplifies insertion and wave or selective soldering during assembly. The component offers predictable ripple handling and energy storage characteristics typical for aluminum electrolytic capacitors, making it a dependable option for smoothing supply lines and stabilizing voltages in low-voltage circuits.

Suitable for

• Power supply smoothing and bulk filtering on PCBs
• Decoupling of voltage rails in consumer electronics
• Energy storage and transient suppression in small power modules
• Use on industrial control and measurement boards with limited board area

Key specifications

• Capacitance: 470 µF
• Rated voltage: 16 V DC
• Package dimensions: 8 mm diameter × 15 mm height
• Mounting type: radial through-hole
• Polarity: polarized (electrolytic)
• Typical application temperature range: standard ambient electronics range

How to use

Observe polarity when placing the capacitor on the PCB: the negative lead must match the board’s negative marking. Solder using appropriate temperature profiles for through-hole components and allow for adequate cooling after soldering. Position the capacitor so its height and diameter fit neighboring components and the enclosure. For long-term reliability, avoid operating continuously near the rated voltage and keep the capacitor within its intended temperature range.

Usage recommendations

For reliable operation, derate voltage by operating at a margin below 16 V when possible, avoid excessive ripple current beyond the component’s capability, and provide adequate ventilation or spacing to limit temperature rise. Replace capacitors showing bulging, leakage or significant capacitance loss.