Panasonic 47 μF Capacitor 100V dc, Radial Radial Lead

This capacitor is an aluminium electrolytic component designed to deliver high performance in a Compact form. With a capacitance of 47μF and a voltage rating of 100 V DC, it is Ideal for use in various electronic applications. This radial, through-hole capacitor measures 10mm in diameter and 12.5mm in height, fitting easily into diverse circuit designs. Built to operate effectively in harsh environments, it functions within a temperature range of -40°C to +105°C, ensuring reliability over an extensive operational lifespan of 6000 hours.

• Low equivalent series resistance of 112mΩ enhances efficiency
• Polarised design ensures correct installation and operation
• Capacitance tolerance of ±20 % meets diverse application needs
• Ripple current rating of 600 mA stabilises performance under load
• Dissipation factor of 8% minimises energy loss
• High reliability under fluctuating temperature conditions

• Utilised in automation equipment for stable energy supply
• Suitable for power supply circuits and filtering
• Ideal for timing circuits and audio
• Effective in DC-DC converters for improved efficiency

The low equivalent series resistance (112mΩ) contributes to improved energy efficiency, reducing heat generation during operation. This aspect enhances the lifespan and reliability of the component, making it suitable for high-performance applications.

The polarised design indicates the correct orientation during installation, preventing potential damage and ensuring proper functionality in the circuit. Incorrect installation could lead to failure or suboptimal performance.

The operating temperature range of -40°C to +105°C allows the capacitor to function effectively in extreme conditions. This versatility is Crucial in applications where temperature fluctuations are common, ensuring consistent performance.

The ripple current rating of 600 mA indicates the maximum AC current the capacitor can handle without degradation. This specification is VITAL for applications with varying load conditions, ensuring stability in energy delivery.