Panasonic 4.7 μF Capacitor 100V dc, Radial - ECA2AM4R7 Radial Lead

This aluminium electrolytic capacitor offers a capacitance of 4.7 μF with a voltage rating of 100 V dc. Designed for radial through-hole mounting, it showcases Advanced aluminium electrolytic technology. Its Compact dimensions of 5 mm in diameter and 11 mm in length enable seamless integration into electronic circuits. With operational limits ranging from -40 °C to +85 °C, this component maintains functionality under varying conditions.

• Provides stable performance with a 2000-hour capacitor lifetime
• Low leakage current of just 4.7 μA enhances efficiency
• Polarised design suitable for specific circuit requirements
• Conducts ripple current up to 50 mA for diverse applications
• Capacitance tolerance of ±20 % ensures reliability in design
• Simple integration with a lead pitch of 2 mm for easy soldering

• Used in filtering for power supplies
• Ideal for timing circuits in electronic devices
• Employed in audio systems for signal coupling and decoupling
• Utilised in automation technology for reliable performance
• Suitable for energy storage in various electronic projects

The operating temperature range of -40 °C to +85 °C ensures that this component can function reliably in a broad spectrum of environments, preventing overheating or failure in adverse conditions.

The capacitance tolerance of ±20 % allows flexibility in design, accommodating variations that may occur in electronic circuits without compromising overall performance.

A low leakage current of 4.7 μA improves energy efficiency and reduces waste, making it an Ideal choice for applications that require prolonged operation and minimal power loss.

The polarised design is essential in circuits where correct orientation is crucial, such as power supply applications, to prevent potential damage and ensure efficient operation.

This capacitor is beneficial for various electronics projects, including DIY audio systems, timers, and filtering applications, allowing for greater stability and performance.