Product OverviewThe 35V 6800uF Aluminum Electrolytic Capacitor is designed for electronic and industrial power circuits requiring reliable energy storage, DC filtering, and voltage smoothing. With a 35V DC rated voltage and 6800uF nominal capacitance, it provides a substantial capacitance solution for low-voltage power systems, control equipment, power supplies, LED drivers, audio equipment, and other electronic applications. The 6800uF capacitance provides useful energy buffering for circuits subject to load changes and DC voltage fluctuations. When correctly selected and applied, the capacitor can help smooth rectified or converted DC voltage and support more stable operation of downstream electronic components. The capacitor is suitable for applications where a combination of moderate voltage rating and relatively high capacitance is required. It can be integrated into power supply filtering stages, DC bus circuits, control modules, motor-control equipment, and other electronic assemblies. For OEM manufacturers and electronic component buyers, the 35V 6800uF Aluminum Electrolytic Capacitor offers a practical capacitance option for designs requiring dependable filtering and energy-storage performance. Key Features
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| Item | Value |
| Feature |
Low Leakage Current, Low High-Frequency Impedance |
| Load Life Time | 105°C 2000h |
| Terminal Type | Through-Hole Type |
| Rated Voltage Range | 35V |
| Nominal Capacitance Range | 6800UF |
| OperatingTemperature Range | -40+105℃ |
| Size | 18mm*35mm |
| Weight | g |
| Typical Applications | ||
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| LED Lighting | Switching Power | Power Supply |
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| Adapter | Industrial Control | Consumer Electronics |
| Manufacturing Process |
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Our MOQ is flexible. For standard aluminum electrolytic capacitors, small trial orders from 1000 pcs are acceptable.
es, 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.
