Panasonic 100 μF Aluminium Polymer Capacitor 25V, Surface

Panasonic ZKU Series Polymer Capacitor, 100 μF Capacitance, 25V Voltage - EEHZK1E101UV

This polymer capacitor is a highly efficient surface mount capacitor specifically designed for demanding applications. With a capacitance of 100μF and a voltage rating of 25 V, this component is engineered to deliver reliable performance across a range of environments. Its Compact dimensions of 6.3mm in diameter and 6.1mm in length make it suitable for space-conscious designs while adhering to AEC-Q200 automotive standards.

Features & Benefits

• Designed for high temperatures with a maximum operating temperature of +125°C
  Low equivalent series resistance (ESR) at 50 mΩ ensures efficient energy use
  Ripple current capacity of 1300 mArms provides robust performance
  Polarised component ensures correct installation and functionality
  Extended lifespan of 4000 hours adds to reliability in critical applications
  Maintains minimal leakage current of only 25μA for enhanced efficiency

Applications

• Used in automotive electronic modules for reliable operation
  Ideal for power supply smoothing in industrial automation
  Suitable for high-frequency in consumer electronics
  Effective in electrified vehicle systems ensuring minimal energy loss

What makes this component suitable for high-temperature environments?

The component is engineered to withstand temperatures up to +125°C, ensuring dependable performance in thermal stress situations.

How does the low ESR contribute to its overall efficiency?

A low ESR of 50 mΩ reduces energy loss during operation, resulting in improved efficiency and lower heat generation within the circuit.

What are the implications of the polarised design for circuit design?

The polarised design enables incorrect connections to be easily avoided, simplifying the installation process and enhancing circuit reliability.

How does the ripple current capacity affect its usage in applications?

A ripple current capacity of 1300 mArms ensures that the capacitor can handle variations in current without significant performance degradation, making it suitable for dynamic electronic environments.