Panasonic 2200 μF Capacitor 50V dc, Radial - ECA1HM222 Radial Lead

This aluminium electrolytic capacitor is designed for high-capacity applications, offering a capacitance of 2200 μF and a voltage rating of 50 V dc. Its radial through-hole mounting allows for easy integration into various electronic circuits. With dimensions of 16mm in diameter and 31.5mm in length, it fits well within Compact spaces while maintaining efficient performance. Operating in temperatures ranging from -40 °C to +85 °C, this polarised electrolytic component is Ideal for both industrial and commercial use.

• High capacitance of 2200 μF ensures reliable performance in applications
• Voltage rating of 50 V dc supports a wide range of systems
• Radial design allows for simple installation and effective circuit integration
• Operating temperature range enhances flexibility in diverse environments
• Designed for a lifetime of up to 2000 hours under optimal conditions
• Ripple current rating of 1.3 A minimises performance degradation over time

• Used with power supply circuits in electronic devices
• Suitable for audio equipment requiring high capacitance
• Employed in automotive electrical systems for reliable operation
• Utilised in frequency filtering to stabilise voltage
• Essential for energy storage in renewable energy systems

Operating this component at maximum temperatures can reduce its lifespan, so it is essential to ensure adequate cooling and thermal management are in place during use in high-temperature environments.

The polarised nature means correct polarity must be adhered to when installing in circuits to prevent damage or reduced functionality, which is Crucial for reliable operation.

The ripple current rating indicates the maximum continuous current the capacitor can handle without overheating, ensuring stable performance and durability in varying load conditions.

A ±20% tolerance means the actual capacitance can vary within this range, which is important to consider for precise applications where specific capacitance values are critical for circuit functionality.