Panasonic 470 μF Capacitor 25V dc, Radial - EEUFR1E471Y Radial Lead

This capacitor is an aluminium electrolytic component designed for a variety of electrical applications. It boasts a capacitance of 470μF and operates at a voltage of 25 V DC, making it suitable for power supply circuits. The radial, through-hole design features dimensions of 8mm in diameter and a height of 15mm, allowing for straightforward integration into Compact systems. Its robust operating temperature range from -40°C to +105°C ensures reliability in diverse environments.

• Polarised design enhances stability in voltage application
• High-temperature rating supports operation in extreme conditions
• Low Equivalent Series Resistance (41mΩ) improves energy efficiency
• Ripple current of 1240 mArms caters to high-load capacities
• Lifetime of 1000 hours ensures durability in demanding scenarios
• ±20 % tolerance allows versatile use in various electronic designs

• Used for energy storage in power supply circuits
• Suitable for smoothing and filtering tasks in audio equipment
• Commonly utilised in motor control
• Ideal for decoupling in integrated circuit
• Effective in power converters for improved performance

The polarised design is Crucial for ensuring correct installation, preventing circuit failures, and provides consistent performance in applications with specific voltage orientations.

A ripple current rating of 1240 mArms suggests the component can handle significant AC fluctuations without performance degradation, enhancing the efficiency and stability of the power supply.

It can function effectively between -40°C and +105°C, making it suitable for a wide range of environments, including industrial settings where conditions vary significantly.

The low ESR improves energy efficiency by reducing heat generated during operation, allowing for better performance and longevity in demanding applications.

With a lifetime of 1000 hours under specified conditions, it ensures long-term reliability, reducing the need for frequent replacements in critical electronic setups.