| Operating Temperature Range | -55 ~ +105 |
| Rated Voltage Range | 6.3V ~ 120V |
| Capacitance Range | 1 ~ 8200 F |
| Capacitance Tolerance | 20% (at 20, 120Hz) |
| Leakage Current (A) | (Larger of 2 minutes) CR: Nominal Capacitance (F), UR: Rated Voltage (V) |
| Dissipation Factor (tan) at 20, 120Hz | UR (V): 6.3, tg: 0.26; UR (V): 10, tg: 0.20; UR (V): 16, tg: 0.16; UR (V): 25, tg: 0.14; UR (V): 35, tg: 0.12; UR (V): 50, tg: 0.10; UR (V): 63, tg: 0.10; UR (V): 80, tg: 0.08; UR (V): 100, tg: 0.07; UR (V): 120, tg: 0.10 |
| Dissipation Factor (tan) Increase | For capacitance > 1000F, tan increases by 0.02 for every additional 1000F |
| Durability (at +105 with rated voltage) | D=4, 5, 6.3: 2000 hours; D=8, 10, 12.5: 5000 hours; D=16, 18: 8000 hours |
| Durability Requirements | Capacitance change rate: Within 30% of initial value; Dissipation factor: 300% of initial specified value; Leakage current: initial specified value |
| High Temperature Storage (at +105 for 1000 hours) | Capacitors should meet durability requirements |
| Low Temperature Characteristics (Ratio Z(-25)/Z(+20)) | UR (V): 6.3, Ratio: 3; UR (V): 10-120, Ratio: 2 |
| Low Temperature Characteristics (Ratio Z(-55)/Z(+20)) | UR (V): 6.3, Ratio: 5; UR (V): 10-120, Ratio: 4 (for 10V), 3 (for 16V-120V) |
| Withstand Solder Heat (at 250 for 30 seconds) | Capacitance change rate: Within 10% of initial value; Dissipation factor: initial specified value; Leakage current: initial specified value |
| Ripple Current Frequency Coefficient | Frequency (Hz): 50~60, Coefficient: 0.35; Frequency (Hz): 120, Coefficient: 0.50; Frequency (Hz): 300, Coefficient: 0.64; Frequency (Hz): 1KHz, Coefficient: 0.83; Frequency (Hz): 10K~100KHz, Coefficient: 1.00 |
