Product Overview
Solid Tantalum Electrolytic Capacitors 47 µF 6.3V EIA 6032-28
Condition
Unused new old stock (NOS). Termination surfaces are clean and unmounted. Printed face markings are crisp with positive polarity bar.
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Product Overview
NEC NRC476M06R12 is an R-series solid tantalum electrolytic chip capacitor rated at 47 µF and 6.3 VDC in an EIA 6032-28 (Case C) surface-mount package. Engineered for filtering, bypassing, and power rail decoupling in compact circuitry, it provides stable capacitance and low impedance across DC circuits.
Key Features
- Capacitance: 47 µF
- Rated voltage: 6.3 VDC
- Capacitance tolerance: ±20%
- Package size: EIA 6032-28 (Case C / 2413 metric)
- Termination style: J-bend surface-mount leads
- Polarity: Polarized with anode indicator bar
Applications
- Decoupling 3.3V and 5V supply rails on microcontrollers and breakout boards
- Filtering DC line ripple in compact audio preamps and synthesizer modules
- Replacing failed power filter capacitors in vintage electronics and industrial controller boards
Frequently Asked Questions
How is polarity indicated on this capacitor?
The printed bar on the upper edge of the case indicates the positive terminal (anode). Correct orientation is required before soldering, as reverse voltage will damage solid tantalum capacitors.
What do the printed face markings represent?
The top line reads 47, indicating 47 µF capacitance. The bottom line begins with 6, representing the 6.3 VDC voltage rating, followed by the manufacturer lot code.
Why buy individual capacitors instead of a full factory reel?
You can order the exact piece count needed for a repair or prototype run without paying for hundreds of excess components. For larger builds, more pieces cost less each, and the price-break table on this page shows what each quantity costs. Orders ship for an $8 flat rate or free once your total passes $28, leaving our Idaho warehouse the same or next business day.
A solid tantalum capacitor does not ask for attention; it simply sits on the rail and holds voltage steady when digital noise kicks in. Solder it down, power up your board, and let quiet stability take care of the rest.