Panasonic 33 μF Aluminium Polymer Capacitor 80V dc, Surface

Panasonic Series ZA Polymer Capacitor, 33 μF Capacitance, 80V DC Voltage - EEHZA1K330P

This polymer capacitor is a high-performance component designed for various applications within the automation, electronics, and electrical industries. With a capacitance of 33μF and a voltage rating of 80 V DC, this surface mount capacitor measures 10 x 10.2mm and maintains robust functionality in demanding conditions. Built with hybrid technology and adhering to the AEC-Q200 automotive standard, it ensures reliability and stability in automotive applications.

Features & Benefits

• Low equivalent series resistance of 36 mΩ enhances efficiency
  Ripple current rating of 1700 mArms supports high-frequency applications
  Operating temperature range from -55°C to +105°C ensures versatility
  Tolerates a ±20 % deviation, providing flexibility in design
  Designed for surface mounting, simplifying assembly processes
  Polarised construction optimises performance in specified circuits

Applications

• Used in automotive electronics to handle voltage peaks
  Ideal for power supply circuits where space is limited
  Effective in communication devices for stable signal processing
  Utilised in consumer electronics for energy-efficient designs

What environmental conditions can this component withstand during operation?

It can operate effectively within a temperature range of -55°C to +105°C, making it suitable for a variety of climates and applications.

How do the specifications support performance in high-frequency circuits?

The low equivalent series resistance of 36 mΩ contributes to reduced power losses, allowing it to function efficiently at higher frequencies.

What is the significance of having a ripple current rating of 1700 mArms?

This rating indicates that the capacitor can handle higher currents without overheating, making it Ideal for applications that experience significant transient loads.

How does the polarised design affect circuit integration?

The polarised design ensures that the component must be connected correctly in the circuit, preventing potential damage and optimising performance.

What benefits does the hybrid technology offer in this capacitor?

Hybrid technology combines the advantages of both polymer and traditional capacitor types, providing improved stability, lower ESR, and better performance under varying loads.