Product OverviewThe 16V 220µF 6.3×7.7mm SMD Aluminum Electrolytic Capacitor is designed for electronic power supply circuits requiring low impedance characteristics, stable filtering performance, and reliable long-term operation. Featuring a 16V rated voltage, 220µF capacitance, and compact 6.3×7.7mm surface-mount package, it provides an effective solution for space-limited PCB designs. With its SMD (Surface Mount Device) structure, this capacitor supports automated PCB assembly and high-efficiency manufacturing processes. The 220µF capacitance offers enhanced energy buffering and DC filtering capability, while the low impedance design helps improve performance in circuits with switching frequencies and load fluctuations. This capacitor is suitable for switching power supplies, LED driver modules, DC/DC converters, industrial control equipment, consumer electronics, communication devices, and compact electronic systems. It can be applied for output filtering, voltage stabilization, ripple reduction, and power management applications where stable electrical performance is required. Designed for modern electronic applications, this SMD aluminum electrolytic capacitor provides a balance of compact size, reliable performance, and efficient PCB integration. 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 | 16V |
| Nominal Capacitance Range | 220UF |
| 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.
