Panasonic Alüminyum Elektrolitik Kondansatör 270μF 35V dc Ç: 10mm, Paket/Kasa: G, Serisi: ZA, 10000H

Panasonic Series ZA Polymer Capacitor, 270μF Capacitance, 35V DC Voltage - EEHZA1V271P

This polymer capacitor is a surface mount component designed for high-performance applications. With a capacitance Value of 270 μF and a voltage rating of 35V DC, it is engineered to meet rigorous demands in electronic and automotive systems. Measuring 10 x 10.2mm with a Compact 10mm diameter, this hybrid capacitor is suitable for space-constrained environments while ensuring efficient energy storage and delivery.

Features & Benefits

• Low equivalent series resistance of 20 mΩ for higher efficiency
• Tolerates temperatures up to +105 °C for reliable operation
• Wide operating temperature range from -55 °C to +105 °C
• Polarised design aids in preventing reverse polarity issues
• Extended lifetime of 10,000 hours enhances durability
• 12% dissipation factor enables optimal performance

Applications

• Specifically designed for automotive electronic systems
• Ideal for requiring a Compact energy storage solution
• Utilised in consumer electronics for improved power management
• Suitable for power supply circuits in industrial automation

What is the significance of the low equivalent series resistance in the performance?

The low equivalent series resistance (ESR) reduces power losses and heat generation during operation, leading to increased efficiency and longer operational life, particularly in high-frequency applications.

How does the temperature tolerance impact a circuit's performance?

With a temperature tolerance of -55 °C to +105 °C, it ensures stable performance across varied environments, making it suitable for automotive applications where temperature fluctuations can be significant.

What benefits does the polarised design offer in practical use?

The polarised design aids in preventing connection errors during installation, ensuring that the capacitor operates efficiently, thereby reducing the risk of circuit failure due to incorrect connections.