Panasonic ECA1VM331 Алюминиевый электролитический конденсатор, 330мкФ

Panasonic M-A Series Aluminium Electrolytic Capacitor, 330 μF Capacitance, 35V Voltage - ECA1VM331

This aluminium electrolytic capacitor offers exceptional performance in various electronic applications. With a capacitance of 330μF and a voltage rating of 35V dc, it is designed for radial, through-hole mounting. The capacitor features a Compact size, measuring 10mm in diameter and 12.5mm in length, making it suitable for space-constrained environments. Operating efficiently within a temperature range of -40 to +85°C, it ensures reliability in diverse conditions.

Features & Benefits

• Compact 10mm diameter ensures compatibility with various layouts
  2000 hour lifetime enhances durability for long-term applications
  Capable of handling a ripple current of 440 mA for high-performance demands
  Low leakage current of 115.5μA promotes energy efficiency
  Polarised design improves reliability in circuit configurations
  Suitable for high-temperature environments up to +85°C

Applications

• Used in power supply circuits for stabilising voltage
  Ideal for audio equipment to enhance sound quality
  Commonly used in consumer electronics for improved performance
  Utilised in industrial machinery for effective smoothing of power outputs

What is the significance of the polarised design in this capacitor?

The polarised design allows for straightforward integration into circuits, ensuring correct orientation during installation. This reduces the risk of reverse polarity damage, promoting more reliable operation in various applications.

How do the operating temperature limits affect the capacitor's performance?

Operating between -40 to +85°C allows the capacitor to function in a wide range of environmental conditions, making it suitable for both indoor and outdoor applications, thus enhancing its versatility.

What advantages does this capacitor offer in terms of power efficiency?

With a low leakage current of 115.5μA, it minimises power loss during operation, which is beneficial in battery-powered applications, where efficiency is paramount for prolonged device usage.

How does the ripple current capacity influence system stability?

The capacity to handle a ripple current of 440 mA ensures consistent power supply and reduces voltage fluctuations, thereby enhancing the stability and performance of electronic devices in demanding applications.