Panasonic 470 μF Capacitor 50V dc, Radial, Through Hole Radial Lead

This capacitor is an aluminium electrolytic component specifically designed for reliability and efficiency. With a capacitance of 470μF and a voltage rating of 50 V DC, it is suitable for a variety of electronic applications. The device features radial through hole mounting and measures 12.5mm in diameter with a height of 25mm, making it Compact yet powerful for various projects. Built to withstand a wide operating temperature range of -55°C to +105°C, it promises stable performance in demanding environments.

• Designed as a polarised capacitor for enhanced performance
• Offers a ripple current rating of 1.832 A for high efficiency
• Low equivalent series resistance of 50 mΩ improves energy savings
• Capable of operating effectively for a lifetime of up to 5000 hours
• Tolerance of ±20 % ensures reliable performance in various applications
• Dissipation factor of 10% enhances overall power management

• Used in automation equipment for stable power distribution
• Ideal for power supply circuits requiring efficient energy use
• Suitable for audio equipment where low distortion is essential
• Effective in power management systems for reliable output
• Utilised in various electronic circuit designs needing capacitance stability

This component operates effectively within a temperature range of -55°C to +105°C, ensuring it can handle diverse environmental conditions without compromising performance.

The 470μF capacitance Value allows this component to store a significant amount of energy, supporting applications that demand high burst power while maintaining the stability of voltage across the circuit.

Aluminium electrolytic technology offers higher capacitance values compared to other types, making it Ideal for applications where space is limited yet higher capacitance is required.

A low equivalent series resistance of 50 mΩ reduces energy losses through heat, enhancing operational efficiency while allowing for better power management in high-performance applications.