Panasonic 47μF Aluminium Electrolytic Capacitor 35V dc, Surface Mount - EEEFK1V470P

Offered in a full reel, the FK series of aluminium electrolytic capacitors from Panasonic are a miniaturised version of the FC series, featuring impedance values 40-60% less than the FC series. These electrolytic capacitors have a long life of up to 5000 hours and are AEC-Q200 qualified, making them suitable for automotive applications. Part numbers with an A* suffix are able to withstand high reflow temperatures for extended periods.

This aluminium electrolytic capacitor is designed for surface mount applications, featuring a capacitance of 47 μF and a voltage rating of 35V DC. With a compact size of 6.3mm in diameter and 5.8mm in height, it meets various demanding electronic requirements while ensuring long-lasting performance in a wide temperature range.

• Supports a minimum operating temperature of -55 °C for extreme conditions
• Achieves a maximum operating temperature of +105 °C for high-temperature applications
• Includes a lifetime expectancy of 2000 hours, ensuring reliable service
• Designed according to AEC-Q200 standards for automotive applications
• Utilises low equivalent series resistance of 360 mΩ for improved efficiency
• Allows for a ripple current rating of 240 mA to manage power fluctuations

• Used for automotive electronics, ensuring durability and performance
• Suitable for power supply circuits requiring stability under varying loads
• Ideal for communications equipment needing consistent performance
• Employed in consumer electronics for enhanced reliability and efficiency

The component has a rated lifetime of 2000 hours, which is adequate for most standard applications, particularly under specified operating conditions.

A low equivalent series resistance reduces energy losses during operation, leading to improved efficiency and thermal performance in circuits, making it ideal for high-frequency applications.

It’s essential to ensure proper ventilation and avoid exceeding the maximum rated temperature of +105 °C to maintain performance and longevity in high-temperature applications.