Panasonic 56 μF Polymer Capacitor 63V dc, Surface

Panasonic Series ZA Polymer Capacitor, 56μF Capacitance, 63V DC Voltage - EEHZA1J560P

This polymer capacitor is a versatile solution designed for various electronic applications. It boasts a capacitance of 56 μF and operates at a high voltage of 63V DC, making it suitable for demanding environments. With Compact dimensions of 10 x 10.2mm, this surface-mount capacitor is engineered to ensure reliable performance while fitting seamlessly into circuit designs.

Features & Benefits

• Hybrid technology enhances performance stability
• Low equivalent series resistance of 30 mΩ promotes efficiency
• High maximum operating temperature of +105 °C ensures reliability
• Polarised design supports effective functionality in circuits
• Capacitor lifetime of 10,000 hours minimises replacement needs
• Tolerance of ±20% allows for design flexibility

Applications

• Used for automotive electronic systems requiring AEC-Q200 compliance
• Suitable for high-frequency circuit in consumer electronics
• Ideal for power supply circuits in industrial automation
• Focussed on Compact designs like PCBs where space is limited

What is the significance of the low equivalent series resistance in this capacitor?

The low equivalent series resistance (ESR) of 30 mΩ reduces energy losses, thus enhancing the efficiency of electronic circuits. This characteristic is particularly beneficial in applications where high performance and low heat generation are essential.

How does the maximum operating temperature affect this capacitor's performance?

A maximum operating temperature of +105 °C ensures that the capacitor remains stable and functional in high-heat environments, making it suitable for automotive and industrial applications that may expose it to elevated temperatures.

What kind of lifespan can be expected from this capacitor in typical usage?

The capacitor has a rated lifetime of approximately 10,000 hours under standard operating conditions, which translates into long-term reliability for electronic applications, reducing maintenance and replacement frequency.