| Storage Temperature Range | -40 ~ +85 | |
| Operating Temperature Range | -25 ~ +85 | |
| Appearance and Dimension | Appearance has no marked defect. Dimensions shall be within specified tolerance. | Appearance be watched on sight. Dimension be measured by caliper. |
| Marking | Should be discerned easily. | Be watched on sight. |
| Capacitance | Within specified tolerance | Temp.: 202, Vol.: 1.00.2Vrms, Freq.: 10.1KHz |
| Dissipation Factor | 0.2%max | Same condition as capacitance |
| Insulation Resistance | 10,000M | Charged with 50050V.DC for 1 minute. |
| Dielectric Strength (Between Lead Wires) | No failure. | Apply a DC voltage of 150% of the rated voltage for 1 min. (Charge/discharge current50mA) |
| Dielectric Strength (Body Insulation) | No failure. | Apply 150% of rated voltage for 1 min. between leads and metal foil wrapped around body. (Charge/discharge current50mA) |
| Temperature Characteristic (Y5V) | Capacitance change from the volume of step 1 shall not exceed the limit specified: +22% ~ -33% | Pre-treatment: 1 hr at 852, then 242 hrs at room condition. Measurement at 202, -252, 202, 852, 202. |
| Strength of Lead Wires (Pull) | Lead wire shall not cut off and capacitor shall not be damaged. | Apply a tensile weight of 10N to each lead wire in the radial direction for 101 sec. |
| Strength of Lead Wires (Bending) | | Each lead wire shall be subjected to a 5N weight and a 90 bend, twice in opposite directions. |
| Soldering Effect | No marked defect. Capacitance Change: 10%max | Pre-treatment: 1 hr at 852, then 242 hrs at room condition. Immersion into solder at 2605 for 5.00.5 sec. Post-treatment: 242 hrs at room condition. |
| Temperature Cycling | Appearance: No marked defect. Capacitance Change: 10%max | 5 cycles of -253 (303min), 202 (3min max), 853 (303min), 202 (3min max). Pre-treatment: 1 hr at 852, then 242 hrs at room condition. Post-treatment: 242 hrs at room condition. |
| Vibration Resistance | Appearance: No marked defect. Capacitance Change: 10%max | Vibration: 10Hz500Hz, 1.5mm amplitude, 6 hours (2 hrs each on X, Y, Z axes). Pre-treatment: 1 hr at 852, then 242 hrs at room condition. Post-treatment: 242 hrs at room condition. |
| Solder Ability of Lead Wires | Lead wire shall be soldered with uniformly coated over 90% of the axial and circumferential direction. | Dipped into flux, then into molten solder at 2455 for 20.5 sec. Depth: 2.0~2.5mm from lead root. |
| Collision Resistance | Appearance: No marked defect. Capacitance Change: 10%max | Acceleration: 390m/s, Pulse time: 6ms, 4000 times. Pre-treatment: 1 hr at 852, then 242 hrs at room condition. Post-treatment: 242 hrs at room condition. |
| Humidity Cycling | Appearance: No marked defect. Capacitance Change: 10%max. DF: 0.2%max. IR: 2500M | 5 cycles of 8 hrs at 402, 953%RH, then 16 hrs at room condition. Post-treatment: 1-2 hrs at room condition. |
| Humidity (Under Steady State) | Appearance: No marked defect. Capacitance Change: 10%max. DF: 0.2%max. IR: 2500M | 50012 hours at 402, 953%RH. Pre-treatment: 1 hr at 852, then 242 hrs at room condition. Post-treatment: 242 hrs at room condition. |
| Life Test | Appearance: No marked defect. Capacitance Change: 10%max. DF: 0.2%max. IR: 4000M | Apply 150% of rated voltage at 852 for 1000 hours. (Charge/discharge current50mA). Pre-treatment: 1 hr at 852, then 242 hrs at room condition. Post-treatment: 242 hrs at room condition. |
| Pressure Cooking | Appearance: No marked defect. IR: 1500M. Dielectric Strength: Per Item 8. | 4 hours at 1212, 2 atmospheres. Pre-treatment: 1 hr at 852, then 242 hrs at room condition. Post-treatment: 242 hrs at room condition. |