RS80E471MCNASQ

The RS80E471MCNASQ is a conductive polymer aluminum solid electrolytic capacitor in a radial-lead can designed for general-purpose electronic assemblies. It delivers 470 µF capacitance at a 2.5 V rating with low ESR/ESL and high ripple-current capability in a low-profile φ6.3×8 mm package with 2.5 mm lead spacing.

Engineered for compact, high-frequency power applications, this polarized capacitor combines low impedance (7 mΩ at 100 kHz) and high-frequency ripple handling (5.6 A at 300 kHz) with extended high-temperature life (5,000 hours at 105°C), making it suitable for demanding embedded and power-management designs.

Key Features

• Capacitance & Voltage — 470 µF nominal capacitance with a rated voltage of 2.5 V and tolerance of ±20% at 120 Hz, 20°C.
• Low ESR / ESL — ESR specified at 7 mΩ (100 kHz, 20°C) to minimize voltage drop and power loss in high-frequency circuits.
• High Ripple Current — Rated ripple current up to 5.6 A at 300 kHz and 560 mA at 120 Hz, enabling robust handling of high-frequency switching currents.
• Low-profile Radial Can — Compact φ6.3×8 mm case with 2.5 mm lead spacing in a radial-lead can package for through-hole assembly where board space is constrained.
• Wide Temperature Range & Endurance — Operates from −55°C to +105°C with a rated lifetime of 5,000 hours at 105°C.
• Polarized, General-Purpose — Polarized electrolytic construction for general-purpose power applications; capacitance stability and leakage characteristics specified per datasheet.
• RoHS & Solder Compatibility — RoHS-compliant; radial lead type corresponds to lead-free flow soldering conditions per series documentation.

Typical Applications

• Power-supply decoupling — Low ESR and high ripple capability make this part suitable for decoupling and bulk energy storage on DC–DC converter outputs and regulator rails.
• High-frequency switching circuits — Performance specified at 100 kHz and 300 kHz supports use in switching power stages and synchronous converters where high-frequency ripple currents occur.
• Compact embedded and consumer devices — Low-profile φ6.3×8 mm package and radial lead format help integrate significant capacitance into space-constrained boards.
• General-purpose electronic assemblies — Polarized, conductive-polymer construction and broad operating temperature range suit a variety of industrial and consumer designs.

Unique Advantages

• Low impedance at operating frequencies — 7 mΩ ESR at 100 kHz reduces losses and improves voltage stability under dynamic loads.
• High-frequency ripple tolerance — Rated ripple current of 5.6 A at 300 kHz supports demanding switching-power applications without excess heating.
• Compact, low-profile footprint — φ6.3×8 mm can delivers 470 µF in a small package to save board area while maintaining through-hole mounting reliability.
• Extended high-temperature lifetime — 5,000 hours at 105°C provides predictable end-of-life characteristics for designs exposed to elevated temperatures.
• Radial-lead format for through-hole assembly — Simplifies placement in legacy or mixed-technology boards and aligns with lead-free flow soldering processes documented for the series.
• RoHS-compliant — Meets RoHS directive requirements for materials and manufacturing process control.

Why Choose RS80E471MCNASQ?

RS80E471MCNASQ is positioned for engineers who need substantial capacitance in a compact, low-profile through-hole package while retaining excellent high-frequency performance. Its combination of low ESR (7 mΩ at 100 kHz), high ripple-current ratings (5.6 A at 300 kHz), and a 2.5 V rating make it appropriate for power-management roles in embedded, consumer, and industrial electronics.

This capacitor offers predictable thermal endurance (5,000 hours at 105°C), RoHS compliance, and compatibility with lead-free flow soldering conditions—attributes that simplify qualification and long-term deployment in production assemblies.

If you need pricing, availability, or a formal quotation for RS80E471MCNASQ, request a quote or submit an inquiry to our sales team to receive assistance and lead-time information.