
Panasonic FM Series 25V 47uf Low Impedance Capacitors
High-Performance Electrolytic Capacitors for Demanding ApplicationsThis set of 6 Panasonic FM Series Electrolytic Capacitors is designed for applications requiring low impedance and high endurance. These capacitors offer superior performance compared to standard components. Series: Panasoni...
*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.
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Overview
High-Performance Electrolytic Capacitors for Demanding Applications
This set of 6 Panasonic FM Series Electrolytic Capacitors is designed for applications requiring low impedance and high endurance. These capacitors offer superior performance compared to standard components.
- Series: Panasonic FM Series
- Voltage: 25V
- Capacitance: 47uf
- Impedance: Low Impedance (40 % to 70 % less than FC Series)
- Dimensions: 5 x 11mm
- Lead Spacing: 5mm
- Ripple: 280 mA
- Endurance: 2000 Hour
Key Features
Panasonic FM Series
Low Impedance (40 % to 70 % less than FC Series)
Endurance : 105 °C 2000 h to 7000 h
100% Authentic Panasonic made within a year
5 x 11mm Lead spacing 5mm
Specifications
Pros & Cons
👍 Pros
- These Panasonic FM Series capacitors offer significantly low impedance, 40% to 70% less than FC Series components
- Designed for extended performance, providing an endurance of 2000 hours up to 7000 hours at 105°C
- Guaranteed to be 100% authentic Panasonic components, ensuring quality and reliability
- Manufactured within a year, indicating freshness and optimal performance lifespan upon purchase
- The specified lead spacing of 5mm allows for consistent and straightforward board mounting
👎 Cons
- The description does not specify the precise ripple current rating, which is crucial for some applications
- The endurance rating varies significantly from 2000h to 7000h, lacking a single definitive figure
- While "low impedance" is stated, specific ESR values are not provided for direct comparison
- The small physical size (5x11mm) might be challenging for handling and soldering for some users
- The stated voltage and capacitance are fixed, limiting applicability to specific circuit requirements