Panasonic 56 μF Aluminium Electrolytic Capacitor 50V dc, Radial - EEHAZF1H560B

This aluminium electrolytic capacitor is a high-performance component designed specifically for demanding applications. With a capacitance of 56μF and a voltage rating of 50 V DC, it is suitable for various electronic systems. The capacitor features a radial mounting type and is built with hybrid technology, ensuring reliable performance. Measuring 8mm in diameter and 9.5mm in length, it operates efficiently in temperatures ranging from -55°C to +150°C, making it Ideal for challenging environments.

• Polarised design ensures correct placement in circuits
• Low leakage current of 28μA enhances efficiency
• Supports a ripple current capacity of 700mA for stable operation
• AEC-Q200 compliance guarantees quality for automotive applications
• ±20% tolerance enables flexibility in circuit design
• Compact size aids in space-constrained applications

• Utilised in automotive electronic control units
• Implemented in power supply circuits for electronics
• Used for audio amplification systems requiring stable capacitors
• Effective in temperature-sensitive equipment and devices
• Suitable for automation systems to ensure reliable operation

The operating temperature range of -55°C to +150°C ensures versatility and adaptability across various environments, allowing it to function reliably in both extreme cold and high-heat applications.

A ripple current rating of 700mA indicates the capacitor's Ability to handle alternating current without performance degradation, ensuring smooth operation in power supply circuits and reducing voltage fluctuations.

A hybrid capacitor combines the advantages of both electrolytic and denser capacitors, offering improved performance in terms of size, efficiency, and thermal stability, making it suitable for applications where space is at a premium.

Proper installation requires attention to the polarised nature, ensuring connections align with circuit specifications, as well as consideration of adequate spacing for thermal expansion and heat dissipation.