Panasonic 4700 μF Capacitor 35V dc, Radial Radial Lead

This aluminium electrolytic capacitor is designed for high-performance applications, offering a capacitance of 4700 μF and a voltage rating of 35 V dc. With a radial through-hole mounting type, it features Compact dimensions of 18mm in diameter and a length of 35.5mm. This long-life electrolytic capacitor operates efficiently within a temperature range of -40 °C to +85 °C, making it suitable for various electronic circuits requiring stability and reliability.

• High ripple current rating of 1.6 A ensures optimal performance
• Polarised design allows for consistent circuit behaviour
• Lifetime of 2000 hours under specified conditions for durability
• Utilises aluminium electrolytic technology for effective energy storage
• Tolerance of ±20 % aids in precise circuit design adjustments

• Used in power supply circuits requiring stable voltage
• Ideal for filtering in audio electronics
• Suitable for industrial automation and control systems
• Commonly installed in consumer electronics for energy storage
• Utilised in power amplifiers for enhanced signal integrity

The high ripple current rating allows the capacitor to handle fluctuations in voltage without significant performance degradation, making it Ideal for applications where stable power delivery is crucial.

It is recommended to operate within a temperature range of -40 °C to +85 °C to ensure maximum efficiency and to extend the lifespan of the capacitor, preventing premature failure.

The polarised design ensures that the capacitor is installed in the correct orientation, which is essential for functionality in DC circuits, preventing potential damage or circuit failures.

Exceeding the voltage rating can lead to electrical breakdown of the dielectric, potentially causing the capacitor to fail, which risks circuit damage and impacts overall performance.

Capacitance defines the capacitor's Ability to store electrical charge, directly influencing how effectively it can smooth voltage fluctuations and provide energy storage in various electronic applications.