| Rated Voltage (WV) | 6.3 V.DC | |
| Surge Voltage (SV) | 7.2 V.DC | |
| Nominal Capacitance (Tolerance) | 100F (-20% ~ +20%) | Measuring Frequency: 120Hz12Hz; Measuring Voltage: 0.5Vrms; Measuring Temperature: 202 |
| Leakage Current | See Table 3 (equation) | After DC Voltage applied for 2 minutes at rated voltage (through 1k resistor). Remeasure after voltage treatment (rated voltage for 120min at 105) if exceeding table values. |
| Tangent of Loss Angle (tan) | 0.10 (max.) | Working voltage: 6.3V; Measuring Frequency, Voltage, and Temperature as per 4.2 |
| ESR | < 0.03 (initial limit) | Measuring frequency: 100kHz to 300kHz; Measuring temperature: 202; Measuring point: 1mm max from sealing resin surface. (Refer to Table 3 for initial limit) |
| Temperature Characteristic | Z-55 / Z 20 1.25; Z105 / 20 1.25; C/C 20 Within 5% of step 1; tan value of item 4.4 | Step 1: Measure at 202. Step 2: -55+3. Step 3: 15 to 35 for 15 min. Step 4: 1052. Step 5: 202. |
| Load Life Test | Capacitance Change: Within 20% of initial; tan 1.5x initial; ESR 1.5x initial; Leakage current initial value. No notable appearance changes. | 105 2 C with rated voltage for 2000 +48/0 hours. |
| Surge Test | Capacitance Change: Within 20% of initial; tan 1.5x initial; ESR 1.5x initial; Leakage current initial value. | Applied surge voltage through 1k resistor for 305 seconds every 5 minutes, repeated 1000 times. Left under normal humidity for 1-2 hours before measurement. |
| Damp Heat Test | Capacitance Change: Within 20% of initial; tan 1.5x initial; ESR 1.5x initial; Leakage current initial value. No notable appearance changes. | 90~95%RH at 602 for 100048 hours. |
| Maximum Permissible Ripple Current | See Table 3 | Maximum A.C current at 100kHz and maximum operating temperature. Combined DC and peak AC voltage shall not exceed rated voltage. |
| Rapid Change of Temperature | Capacitance change: Within 10% of initial; tan value of item 4.4; Leakage current value of item 4.3 (after voltage treatment). | 5 cycles: -553 (303 min) Room temperature (303 min) 1052 (3 min or less). Applied voltage: without load. |
| Lead Strength (Pull) | Lead wire diameter (mm) 0.4d 0.5: 5.0 N; 0.5 d 0.8: 10 N (static load for 101 s, axial direction away from body). | |
| Lead Strength (Bending) | Lead wire diameter (mm) 0.4d 0.5: 2.5 N; 0.5 d 0.8: 5 N (applied to one lead, rotate 900 slowly, 2~3 seconds per bend, opposite direction bends). | |
| Resistance to Vibration | Leakage current value of item 4.3; No cutting and slack of lead terminals. | Frequency: 10 to 55 Hz (1 minute interval / 10 55 10Hz); Amplitude: 0.75mm (Total excursion 1.5mm). |
