Panasonic 10 μF Capacitor 250V dc, Radial - ECA2EHG100 Radial Lead

Panasonic NHG-A Series Aluminium Electrolytic Capacitor, 10 μF Capacitance, 250V DC Voltage - ECA2EHG100

This aluminium electrolytic capacitor is designed for reliable performance in electronic applications. With a capacitance of 10 μF and a voltage rating of 250 V dc, this polarised component is suitable for various electrical tasks. The radial through-hole mounting type enables straightforward installation, while its dimensions of 10 mm in diameter and 16 mm in length make it Compact and versatile. Rated for operating temperatures from -25 °C to +105 °C, it ensures functionality across a wide range of environments.

Features & Benefits

• High ripple current rating of 88 mA supports reliable operation
  2000-hour lifetime enhances durability for long-term use
  Leakage current specification of 160 μA ensures efficiency
  Tolerance of ±20% allows for flexible design integration
  Compact 10 x 16 mm dimensions facilitate space-saving applications

Applications

• Utilised in automation equipment for power supply stability
  Suitable for use in audio equipment to filter signals
  Can be integrated into power converters for improved performance
  Employed in lighting circuits for controlled energy delivery

What is the significance of the operating temperature range for this component?

The -25 °C to +105 °C operating temperature range allows the capacitor to function effectively in both extremely cold and hot conditions. This ensures reliability in various applications, from industrial environments to consumer electronics.

How does the ripple current rating affect overall performance?

A high ripple current rating of 88 mA means the capacitor can handle transient loads without overheating or failing. This increases its reliability in circuits where fluctuating loads are common, such as in switching power supplies.

What factors contribute to the capacitor's 2000-hour lifetime?

The 2000-hour lifetime is influenced by factors such as the quality of materials used, the design of the capacitor, and the operating conditions, such as temperature and voltage levels. These factors collectively ensure longevity under normal operating conditions.