
Panasonic
Panasonic FM Series 35V 330uf Low ESR Capacitors
★★★★★
Low-ESR Panasonic FM capacitors rated at 35V 330µF for stable, efficient power filtering in tight builds.
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Overview
Specifications
Brand
Panasonic
Series
FM
Capacitance
330 µF
Voltage Rating
35V
Impedance
Low (40%–70% less than FC Series)
Ripple Current
1790 mA
Dimensions
10 x 16mm
Lead Spacing
5mm
Endurance
4,000 Hours
Type
Electrolytic, Through-Hole
Pros & Cons
👍 Pros
- 40% to 70% lower impedance than standard FC Series enables superior high-frequency filtering
- 1790 mA ripple current rating handles demanding power supply circuits
- Compact 10 x 16mm form factor fits in space-constrained PCB designs
- 4,000-hour endurance rating provides long-term reliability
👎 Cons
- 35V voltage rating requires derating considerations in circuits operating near that threshold
- Through-hole lead design is not suitable for surface-mount PCB layouts
- 5mm lead spacing may require adapter positioning on boards designed for different pitch
- 330µF capacitance is a single value offering with no flexibility without purchasing additional sizes
Frequently Asked Questions
What makes the Panasonic FM Series different from the standard FC Series capacitors?
The FM Series offers 40% to 70% lower impedance than the FC Series, which translates to better high-frequency noise filtering and improved ripple current handling.
What are the physical dimensions and lead spacing of these capacitors?
Each capacitor measures 10mm in diameter by 16mm in height, with a lead spacing of 5mm, making them suitable for compact PCB layouts.
What is the rated endurance of these Panasonic FM capacitors?
They are rated for 4,000 hours of continuous operation at their maximum rated temperature, which is a solid lifespan for general-purpose and audio-grade applications.
Are these capacitors suitable for audio equipment modifications?
Yes, the FM Series is popular in audio circuits due to its low impedance characteristics, which help reduce noise and improve power supply decoupling in amplifiers and DACs.