Panasonic 330 μF Polymer Capacitor 25V dc, Surface - EEHZC1E331P

Panasonic Series ZC Polymer Capacitor, 330μF Capacitance, 25V DC Voltage - EEHZC1E331P

This polymer capacitor is a surface mount device designed for reliability in Compact applications. With a capacitance of 330 μF and a voltage rating of 25V DC, it is optimally suited for high-performance electronic systems. Its dimensions of 10 x 10.2mm make it a versatile choice for various mounting requirements.

Features & Benefits

• Low equivalent series resistance of 20 mΩ enhances efficiency
• Wide temperature range from -55 °C to +125 °C supports diverse applications
• Leakage current of 82.5 μA ensures minimal energy loss
• Tolerance of ±20 % provides flexibility in circuit design
• Rated for 1000 h to 4000 h lifetime contributes to durability
• Meets AEC-Q200 standards, Ideal for automotive applications

Applications

• Used in automotive electronics for power management solutions
• Suitable for consumer electronics and automation systems
• Ideal for high-frequency power supply circuits
• Employed in industrial control systems requiring Compact components

What advantages does the low equivalent series resistance offer in my designs?

The low equivalent series resistance of 20 mΩ enhances energy efficiency, reduces heat generation, and increases overall performance in high-frequency applications, which is particularly beneficial in tightly packed electronic environments.

How does the operating temperature range impact the reliability of this capacitor?

The wide operating temperature range from -55 °C to +125 °C ensures reliable performance in extreme conditions, making it suitable for both automotive and industrial applications where temperature fluctuations may occur.

What are the implications of the specified tolerance on circuit design?

A tolerance of ±20 % allows for component variations during manufacturing, providing flexibility in circuit design while still ensuring that performance requirements are met, which is essential for scalability in production.