Audio Electrolytic Capacitor 80V 10000uF 35x60mm HiFi Amplifier Power Filter Capacitor for Stable Power and Ripple Noise Reduction

Product overview capacitance aluminum electrolytic capacitor for audio and power applications. Rated 80 V and 10000 uF, compact cylindrical body 35 x 60 mm with copper radial pin leads. Designed for power smoothing, ripple suppression, and stable performance in audio amplifiers and switching supplies. Key specifications Capacitance and voltage: 10000 uF, rated 80 V Dimensions: 35 x 60 mm (diameter x height) Lead spacing: 10 mm Lead type: radial copper pins Shape and mounting: cylindrical, fixed type Temperature rating: 105 degrees C Expected life: about 2000 hours at 105 degrees C Capacitance tolerance: 20 percent (measured at 120 Hz, 20 degrees C) Why choose this capacitor Provides strong smoothing and ripple reduction for power rails, improving stability in converters and amplifiers. temperature rating and robust construction support continuous operation in demanding power environments. Copper radial pins simplify secure PCB mounting and mechanical stability for through hole assemblies. Large capacitance in a compact 35 x 60 mm package makes it suitable where space is limited but energy storage is required. Performance highlights Good ripple resistance for audio and power electronics Long life when operated within rated temperature and voltage Aluminum electrolytic construction for capacitance per volume Compatible applications and scenarios Audio hifi amplifiers: use for power supply filtering and transient support to reduce audible noise and improve output stability. Switching power supplies and inverters: use for bulk filtering and smoothing of DC rail to improve converter behavior. LED drivers, welding machines, PC power inverters, and charging pile electronics: use where capacitance and reliable ripple handling are required. Package contents 1 piece 80 V 10000 uF electrolytic capacitor with copper radial pins Notes for installation Observe correct polarity and rated voltage. Install with the specified lead spacing and secure mechanical mounting to minimize stress on solder joints. Capacitance tolerance and life expectancy depend on operating conditions such as temperature, voltage, and ripple current.