Product overview Compact fixed-value capacitor with clear specifications for predictable performance in low-power electronic designs. Key specifications (as provided) Power rating: 1/4W Capacitance range: 2~3 Capacitance tolerance: ±5% Size: L × W = 8 × 2 mm (0.31 × 0.07 in) Why choose this capacitor Predictable accuracy: ±5% tolerance ensures consistent behavior in timing, filtering, and coupling applications where modest precision is needed. Small footprint: 8 × 2 mm size fits tight PCB layouts and compact devices, making it suitable for space-constrained designs and repairs. Low-power suitability: 1/4W power rating matches common requirements in hobbyist and low-power commercial circuits. What it does and how it helps Provides stable capacitance within the 2~3 range to smooth, filter, or couple signals in circuits. Helps reduce noise and voltage ripple, improving signal integrity in small electronic systems. The specified tolerance reduces the need for iterative selection when replicable results are required. Compatibility and performance notes Designed for general-purpose use in low-power electronic assemblies. Verify the 2~3 capacitance value matches your circuit requirements before installation. Compact dimensions make it compatible with many standard PCB footprints and through-hole or surface-mount arrangements depending on your board layout. Because the product specification lists a 1/4W rating, it is best used in circuits that do not exceed that power dissipation. Practical applications (use scenarios) PCB repairs and replacements in compact consumer electronics where original component size and tolerance must be matched. Small-signal filters or decoupling stages in portable devices and low-power instrumentation. Prototyping and hobby electronics projects that require a compact capacitor with modest precision (±5%) and predictable behavior. Notes for designers and installers Confirm the unit’s capacitance value (2~3) is appropriate for your application before soldering. Consider the power rating (1/4W) and physical size when planning component placement and thermal constraints on the PCB. This capacitor provides a compact, accurately tolerated option for low-power circuits where space and repeatable performance are important.