Panasonic 33 μF Aluminium Electrolytic Capacitor 63V dc, Radial - EEHAZA1J330B

This aluminium electrolytic capacitor is a hybrid component designed to offer reliable performance in demanding applications. With a capacitance of 33μF and a rated voltage of 63 V DC, it serves as a robust choice for various electronic circuits. The capacitor features a Compact design with dimensions of 8mm in diameter and a length of 9.5mm, making it suitable for space-constrained environments. Its radial through-hole mounting type facilitates easy installation in a range of electronic devices.

• Provides a capacitance of 33μF for effective energy storage
• Operates reliably at voltages up to 63 V DC
• Withstands high temperatures up to +105°C
• Utilises hybrid technology for enhanced efficiency
• Features a leakage current of only 20.7μA for minimal energy loss
• Supports a ripple current of 1700 mA for stable performance

• Favoured in automotive electronics for high-performance
• Used in power supply circuits for stabilising voltage fluctuations
• Ideal for coupling and decoupling in audio equipment
• Commonly Effective in power amplifiers and RF
• Suitable for filters in switching power supplies

The nominal capacitance of 33μF ensures adequate energy storage, while the voltage rating of 63 V DC guarantees reliable operation under typical electrical stress conditions.

By providing stable voltage regulation and energy storage, it reduces ripple in power supply circuits, which is Crucial for maintaining operational efficiency in various electronic applications.

The maximum operating temperature of +105°C must be observed to prevent degradation and ensure longevity, especially in thermally demanding environments such as automotive systems.

With a ripple current rating of 1700 mA, it can handle high-frequency signals without overheating, making it suitable for applications requiring robust performance under dynamic loads.

The 3.5mm lead pitch allows compatibility with standard PCB layouts, ensuring straightforward mounting in various electronic devices while optimising space utilisation.