| Ceramic Capacitors (Industry Standard) | General electronics, consumer devices | Capacitance: 100nF–1μF (e.g., 104–105), Voltage: 50V (IEC 60384-13 compliant), Dielectric Constant: 1000 (ASTM D150) | Compact size, low ESR, cost-effective for moderate voltage applications | Limited voltage capacity, temperature-dependent capacitance drift |
| Our Base Ceramic Capacitor (105 1μF 50V) | Consumer electronics, automotive circuits | Capacitance: 1.0μF (±20%, 105 code), Voltage: 50V▲ (IEC 60384-13), Dielectric: X7R (-55°C to +125°C), Pitch: 5.08mm | Reliable for moderate voltage, certified (UL/CQC/KC), compact (1206 package) | Lower voltage limit (vs. Advanced), narrower capacitance range |
| Our Advanced Ceramic Capacitor (105 1μF 100V) | Industrial equipment, high-voltage circuits | Capacitance: 1.0μF (±20%, 105 code), Voltage: 100V▲ (IEC 60384-13), Dielectric: X7R▲, Enhanced Breakdown Voltage▲ | Higher voltage tolerance (2× Base), stable capacitance across -55°C to +125°C | Slightly larger footprint (1206), premium pricing |
| Film Capacitors (Polypropylene) | High-voltage applications, audio systems | Capacitance: 0.1μF–100μF, Voltage: 500V+ (IEC 60384-1 compliant), Low ESR (0.01Ω), Self-healing | High voltage tolerance, long lifespan, low leakage current | Bulky size, higher cost per μF |
| Aluminum Electrolytic Capacitors | Power supplies, DC link circuits | Capacitance: 1μF–10,000μF, Voltage: 10V–450V (IEC 60384-4), ESR: 10–100mΩ | High capacitance in small size, cost-effective for bulk capacitance needs | Limited lifespan, polarized, electrolyte degradation over time |
| Supercapacitors (Electrochemical) | Energy storage, regenerative systems | Capacitance: 0.1F–5000F, Voltage: 2.7V/cell (IEC 62391 compliant), ESR: mΩ, Energy Density: 5–10 Wh/kg | Rapid charge/discharge, long cycle life, high energy density | High cost, requires voltage balancing in series, limited voltage per cell |