Deejay LED 10-pack capacitor 250V 4.7µF
Pack of ten 250 V 4.7 µF capacitors for motor-run and lighting circuits
- 10 capacitors in one pack simplify stocking
- 250 V rating suits mains-voltage circuits
- 7 µF value matches common motor-run needs
- Made in the United States for consistent quality
- New condition ensures full rated performance
10-pack 250 V 4.7 µF capacitors
This pack supplies ten radial electrolytic capacitors rated at 250 volts and 4.7 microfarads. They suit hobbyists, repair technicians and small-scale assemblers who need a ready batch for power-supply recaps, lighting ballasts or general analogue circuits. The components arrive new and are manufactured in the United States under the Deejay LED brand.
Passive thermal and electrical behaviour
As passive parts they generate no audible noise and draw no power themselves. In normal operation they dissipate only the small ripple-current losses inherent to their equivalent series resistance, so no active cooling is required. Their 250 V rating provides headroom for typical mains-derived DC rails found in consumer electronics.
Standard radial lead form factor
The parts use a conventional radial lead spacing that fits common through-hole PCB layouts and perfboard prototypes without adapters. No mounting hardware, datasheets or software are bundled; the value is the quantity and consistent 4.7 µF specification across all ten units.
How it compares
Measured against everything we stock in Tech Gadgets & Accessories, at today’s prices. Recalculated every night.
- Price $36.99
- Pricier than about 69% of the 5,998 comparable items (median $24.99).
Specifications
No published specifications for this item yet.
Questions about this item
How do I install the 4.7µF 250V capacitors from the 10-pack, and what step do people get wrong?
Discharge the circuit fully, match the 4.7µF value and 250V rating to the original part, observe polarity if marked, and solder quickly to avoid overheating the leads.
What maintenance or replacement will the 4.7µF 250V capacitors need later?
Electrolytic capacitors dry out over time; plan to replace the 4.7µF units after several years of continuous operation or if ESR rises and the circuit becomes unstable.
What limit appears first on the 4.7µF 250V capacitors under sustained use?
The 250V voltage ceiling is the hard limit; exceeding it causes immediate dielectric breakdown, while long-term ripple current heats the electrolyte and accelerates capacitance loss.
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