Panasonic EEE-FK1H4R7R 4.7µF 50V SMD Aluminum Electrolytic Capacitors – 10 Pack
$18.95
Panasonic EEE-FK1H4R7R SMD aluminum electrolytic capacitors, rated 4.7µF 50V, sold as a 10-pack for repair bench inventory, radio service work, control boards, signal/filter sections, audio/RF electronics, and component-level PCB repair.
These Panasonic FK-series surface-mount electrolytic capacitors are useful when a technician needs a branded SMD replacement capacitor for compact board repairs. The 4.7µF / 50V rating makes this part useful in control circuits, coupling/decoupling locations, signal paths, filter sections, and general electronics service where value, voltage, polarity, and footprint must be matched carefully.
Origin Tracker
NOS / New Old Stock
Unused new old stock from legacy inventory. Packaging, age, and cosmetic condition may vary.
Pipeline quantities are informational and may change after arrival, inspection, sorting, testing, or donor teardown.
Compatible Radios / Boards
These Panasonic EEEFK1H4R7R 4.7µF 50V SMD aluminum electrolytic capacitors are original Made in Japan components from Panasonic’s FK series, supplied from original reel stock and sold here as a 10-pack. This is a useful higher-voltage SMD electrolytic value for repair benches, stocking drawers, repeat board work, and restoration projects where known Panasonic components are preferred over generic loose capacitors.
The original reel label identifies the part as EEEFK1H4R7R — 4.7µF 50V — Panasonic — Made in Japan, with a compact Ø4 × 5.8mm SMD package. The 10-pack is the better value option for technicians who want extra pieces on hand for radio, audio, vintage electronics, control board, and power supply repair work.
The capacitor body uses compact Panasonic top markings, so the full voltage rating may not appear directly on the can. Buyer must verify polarity, footprint, voltage rating, temperature rating, and fitment before installation.
RF Boneyard Bench Notes
Sample tested from original reel at approximately 4.2µF on LCR meter. This is within normal tolerance for a nominal 4.7µF aluminum electrolytic capacitor.
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