PANASONICEEHZA1J100PCapacitor: hybrid
Panasonic Series ZA Polymer Capacitor, 10μF Capacitance, 63V Voltage - EEHZA1J100P This polymer capacitor delivers enhanced performance in compact dimensions. Designed with hybrid technology, it features a capacitance of 10 μF and operates at a rated voltage of 63V DC. In its favourable packaging for surface mounting, it supports various applications in the automation and electronics sectors while maintaining a high maximum operating temperature of +105 °C. Features & Benefits High capacitance value of 10 μF optimises circuit efficiency Rated for 63V DC, ensuring versatility in applications Low equivalent series resistance of 120 mΩ offers improved performance Designed to operate in harsh conditions with a maximum temperature of +105 °C Polarised design aids precise circuit operations Long lifespan of 10,000 hours enhances reliability Applications Utilised in automotive requiring compliance with stringent standards Suitable for use in electronic devices needing compact and effective components Ideal for power supply circuits in automation technologies Useful in filtering and decoupling in PCB design What benefits does the low equivalent series resistance provide? The low equivalent series resistance improves energy efficiency by reducing heat generation during operation, which results in better overall performance and longevity of the component. How does the high operating temperature capability affect its application? The ability to function at high temperatures allows for use in environments where other capacitors may fail, making it suitable for demanding applications in automotive and industrial settings. What is the significance of being AEC-Q200 compliant? Achieving AEC-Q200 compliance indicates rigorous testing and reliability in automotive environments, ensuring safety and performance meet industry standards. Can this component handle voltage fluctuations effectively? With a voltage rating of 63V DC, it is designed to manage voltage spikes and fluctuations, making it suitable for various electronic applications that experience inconsistent power supply.
Panasonic Series ZA Polymer Capacitor, 10μF Capacitance, 63V Voltage - EEHZA1J100P
This polymer capacitor delivers enhanced performance in compact dimensions. Designed with hybrid technology, it features a capacitance of 10 μF and operates at a rated voltage of 63V DC. In its favourable packaging for surface mounting, it supports various applications in the automation and electronics sectors while maintaining a high maximum operating temperature of +105 °C.
Features & Benefits
- High capacitance value of 10 μF optimises circuit efficiency
- Rated for 63V DC, ensuring versatility in applications
- Low equivalent series resistance of 120 mΩ offers improved performance
- Designed to operate in harsh conditions with a maximum temperature of +105 °C
- Polarised design aids precise circuit operations
- Long lifespan of 10,000 hours enhances reliability
Applications
- Utilised in automotive requiring compliance with stringent standards
- Suitable for use in electronic devices needing compact and effective components
- Ideal for power supply circuits in automation technologies
- Useful in filtering and decoupling in PCB design
What benefits does the low equivalent series resistance provide?
The low equivalent series resistance improves energy efficiency by reducing heat generation during operation, which results in better overall performance and longevity of the component.
How does the high operating temperature capability affect its application?
The ability to function at high temperatures allows for use in environments where other capacitors may fail, making it suitable for demanding applications in automotive and industrial settings.
What is the significance of being AEC-Q200 compliant?
Achieving AEC-Q200 compliance indicates rigorous testing and reliability in automotive environments, ensuring safety and performance meet industry standards.
Can this component handle voltage fluctuations effectively?
With a voltage rating of 63V DC, it is designed to manage voltage spikes and fluctuations, making it suitable for various electronic applications that experience inconsistent power supply.