Panasonic 33 μF Aluminium Polymer Capacitor 50V dc, Surface

Panasonic Series ZA Polymer Capacitor, 33μF Capacitance, 50V DC Voltage - EEHZA1H330XP

This polymer capacitor is a reliable component designed for surface mount applications. With a capacitance of 33 μF and a voltage rating of 50V DC, this unit measures 6.3mm in diameter and 7.7mm in height. It is Ideal for scenarios requiring efficient energy storage in electronic and automotive systems, benefiting from its low Equivalent Series Resistance (ESR) at 40 mΩ.

Features & Benefits

• Hybrid technology enhances performance in Compact designs
• Reliable temperature resilience with an operating range of -55 °C to +105 °C
• Polarised design ensures correct orientation in circuits
• Low dissipation factor of 10% improves efficiency during use
• Long lifespan of 10,000 hours reduces maintenance needs
• AEC-Q200 compliance ensures suitability for automotive applications

Applications

• Used in automotive circuits for power management
• Ideal for energy storage in electronic devices
• Suitable for power supply filtering and decoupling
• Effective in demanding high-temperature reliability

What is the significance of the low ESR in this component?

The low Equivalent Series Resistance (ESR) of 40 mΩ contributes to reduced heat generation during operation, which enhances efficiency and reliability in high-performance applications. This makes it particularly beneficial for power supply circuits where minimal energy loss is crucial.

How does this component perform at extreme temperatures?

This capacitive unit operates effectively within a temperature range from -55 °C to +105 °C, making it suitable for demanding environments such as automotive and industrial applications where temperature fluctuations are common.

What benefits does the polarised design provide?

The polarised configuration ensures correct orientation during installation, which is essential for maintaining circuit integrity and preventing potential damage. This design simplicity helps Streamline assembly in automated manufacturing processes.