Product OverviewThe 10V 470µF 6.3×7.7mm SMD Aluminum Electrolytic Capacitor is a compact surface-mount capacitor designed for low-voltage power supply circuits requiring reliable filtering, voltage stabilization, and energy buffering. Featuring a 10V rated voltage, 470µF capacitance, and 6.3×7.7mm SMD package size, it provides a practical solution for electronic designs requiring higher capacitance within limited PCB space. Using surface-mount technology (SMD), this capacitor supports automated PCB assembly and is suitable for high-efficiency electronic manufacturing. The 470µF capacitance provides enhanced filtering capability compared with lower-capacitance versions, making it suitable for applications requiring improved DC smoothing and load fluctuation management. This capacitor is widely applicable in power supplies, LED driver circuits, switching power supplies, adapters, consumer electronics, industrial control boards, and compact electronic modules. It can be used for output filtering, voltage stabilization, and local energy storage in low-voltage power management circuits. The compact 6.3×7.7mm package helps designers optimize PCB layouts while maintaining required electrical performance. Final selection should consider ripple current, ESR, operating temperature, service life, and circuit requirements. Main Characteristics
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| Item | Value |
| Feature | Compact Size, High Capacitance |
| Load Life Time | 105°C 2000h |
| Terminal Type | SMD / SMT |
| Rated Voltage Range | 10V |
| Nominal Capacitance Range | 470UF |
| OperatingTemperature Range | -40+105℃ |
| Size | 6.3mm*7.7mm |
| Weight | 1.5g |
| Typical Applications | ||
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| LED Lighting | Switching Power | Power Supply |
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| Adapter | Industrial Control | Consumer Electronics |
Manufacturing Process
Our MOQ is flexible. For SMD standard aluminum electrolytic capacitors, small trial orders from 1000 pcs are acceptable.
Yes, sample orders are available for quality testing before mass production.
Yes, we support customization including capacitance, voltage, size, lead type, and logo printing.
All capacitors go through strict testing, including capacitance, leakage current, and high-temperature aging tests before shipment.
