| Mechanical | Connection Force | Measurement shall be made after connecting and disconnecting using standard plug gauge 3 times. | 3.57 Kgf MAX |
| Disconnection Force | Measurement shall be made after connecting and disconnecting using standard plug gauge 3 times. | 1.02 Kgf MIN |
| Terminal Strength | A static load of 0.1N/m (1kgf/cm) shall be applied to the tip of the terminal for 1 min in any direction. There shall be no damage to the terminal such as cracks, looseness or play. Electrical, and mechanical characteristics shall be satisfied. | N/A |
| Electrical | Contact Resistance | Measured at small current (100mA or less) 1000Hz. | 30 m MAX |
| Insulation Resistance | Apply a voltage of 100V DC for 1 min to following portions after which measurement shall be made: (1) Between body and conductor (2) Between conductors not to be contact (3) Between conductors not to be when plug is inserted. | 1000 M MIN |
| Dielectric Strength | AC 500V rms (50~60Hz) for 1 min. Trip current: 0.5mA. (1) Between body and conductor (2) Between conductors not to be contact (3) Between conductors not to be when plug is inserted. Without damage to parts, arcing or breakdown etc. | 500 VAC MIN |
| Durability | Solder-ability Test | (1) The top of the terminals shall be dipped 1mm in the solder bath of 2305 for 50.5 seconds. Solder wetting time shall be 3 seconds or less. (2) The area of soldering should be over 75%. | N/A |
| Resistance to Soldering Heat Test (Reflow) | Preheat: Temperature on the copper foil surface should reach 180. Tallest temperature: Temperature on the copper foil surface should reach the peak temperature of 2605 within 20 seconds. Without deformation of case or excessive looseness of terminals. Electrical characteristics shall be satisfied. | N/A |
| Resistance to Soldering Heat Test (Soldering Iron) | Bit temperature 3305. Application time of soldering iron 30.5 sec. However, excessive pressure shall not be applied to the terminal. Without deformation of case or excessive looseness of terminals. Electrical characteristics shall be satisfied. | N/A |
| Humidity Test | The jack shall be stored at a temperature of 402 and a humidity of 90% to 96% for 96 Hr, then the jack shall be maintained at standard atmospheric condition for 1 Hr for other procedures. | Appearance and characteristics shall be satisfied. |
| Heat Test | The jack shall be stored at a temperature of 702 for 96 hours, and then it shall be subjected to controlled recovery. There shall be no damage on appearance. Mechanical and electrical characteristics shall be satisfied. | N/A |
| Cold Test | The jack shall be stored at a temperature of -253 for 96 hours and then it shall be subjected to controlled recovery conditions for 1 hour. There shall be no damage on appearance. Mechanical and electrical characteristics shall be satisfied. | N/A |
| Life Test (With Load) | Connection and disconnection shall be made 5000 cycles at a speed 10 to 20 cycles / min. Load at rating condition (non-inductive load). | Contact Resistance: 0.1, Disconnection Force: 0.8 to 2.0N, Mechanical and Electrical characteristics shall be satisfied. |
| Life Test (Without Load) | Connection and disconnection shall be made with the mating plugs and jacks for 5000 cycles at a speed of 10 to 25 cycles/min. | N/A |
| Temperature Cycling Test | The jack shall be subjected to 5 cycles of the following conditions, and then shall be returned and allowed to remain in room ambient condition for 30 minutes. | No deformation or cracks in molded part. Insertion & Extraction Force: 3 to 20N. Contact Resistance: Max. 30m. Insulation Resistance: Min. 100 M. Dielectric Withstanding Voltage: 100VAC MIN (between terminals). |
| Cold & Heat Shock Test | The jack shall be subjected to 5 cycles of the following conditions, and then shall be returned and allowed to remain in room ambient condition for 30 minutes. | No deformation or cracks in molded part. Insertion & Extraction Force: 3 to 25N. Contact Resistance: Max. 30m. Insulation Resistance: Min. 100 M. Dielectric Withstanding Voltage: 500VAC MIN (between terminals). |
