Unique Bargains - 3300uF 35V 16x26mm Electrolytic Capacitor, 105C High Temp Radial Leads, for TVs/LCDs/VCD, 12pcs - Black
Model: s26061000ux4296
SKU: 12720368
Reviews coming soon
This is a high-temperature, low-power, high-precision aluminum electrolytic capacitor. It features an aluminum casing, providing enhanced insulation and flame retardancy for increased safety. It boasts stable performance, durability, and a long service life. This capacitor is suitable for various electronic devices, including power supplies and replaceable power supplies, industrial, communication, and consumer electronics products, and is also a good choice for DIY circuit boards.
We’ll try to get your question answered within 24 hours by a Best Buy customer or brand representative.
Capacitance: 3300uF; Rated Voltage: 35V; Capacitance Tolerance: +/-20%; Operating Temperature Range: -40℃-105℃; Body Size: 16 x 26 mm/0.63 x 1.02 inch(W x H); Lead Length: 30 mm/1.18 inch; Package Content: 12Pcs x Electrolytic Capacitors
Large capacity, small size: It features ripple current control, small loss dielectric, low leakage current, low internal resistance, and low ripple.
Metal leads provide high conductivity and a smooth surface that is resistant to rust. Aluminum electrolytic capacitors can be used when large capacitance is required and leakage current is not a primary concern; suitable for power supplies and computer motherboards.
Determine the capacitance required by the design; Define the expected ambient operating temperature; Define the DC operating voltage to be applied to the capacitor; Bound the space available for the capacitor (if available space is a concern). Long lead is positive end and the shorter one is the negative end.
Do not move the capacitor after soldering to PC board. Do not pick up the PC board by holding the soldered capacitor. Do not insert a capacitor on the PC board with a hole space different to specified lead space. Take the position of the safety vent into consideration when designing the PC board layout. Excessive soldering time or temperature excessive mounting force can negatively affect the capacitor's characteristics.