| MECHANICAL | CONNECTION FORCE | Measurement shall be made after connecting and disconnecting using standard plug gauge 3 times. | 0.5-2.0 | Kgf |
| MECHANICAL | DISCONNECTION FORCE | Measurement shall be made after connecting and disconnecting using standard plug gauge 3 times. | 0.8~2.0 | Kgf |
| MECHANICAL | 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. | - | - |
| ELECTRICAL | CONTACT RESISTANCE | Measured at small current (100mA or less) 1000Hz | 10 | mΩ MAX |
| ELECTRICAL | 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 | 100 | MΩ MIN |
| ELECTRICAL | DIELECTRIC STRENGTH | AC 100V 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. | - |
| DURABILITY | SOLDERABILITY TEST | The top of the terminals shall be dipped 1mm in the solder bath of 250±5℃ for 5±0.5 seconds. (1) Solder wetting time shall be 3 sec or less (2) The area of soldering should be over 75% | - | - |
| DURABILITY | RESISTANCE TO SOLDERING HEAT TEST (REFLOW) | Preheat: Temperature on the copper foil surface should reach 180℃.120s after the P.C.B entered into the soldering equipment. Tallest temperature: Temperature on the copper foil surface should reach the peak temperature of 260±5℃ with in 20 seconds. | Without deformation of case or excessive looseness of terminals. Electrical characteristics shall be satisfied. | - |
| DURABILITY | RESISTANCE TO SOLDERING HEAT TEST (SOLDERING IRON) | Bit temperature 330±5℃ Application time of soldering iron 3±0.5 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. | - |
| DURABILITY | HUMIDITY TEST | The jack shall be stored at a temperature of 40±2℃ 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. | - | - |
| DURABILITY | HEAT TEST | The jack shall be stored at a temperature of 70±2℃ for 96 Hours, and then it shall be subjected to the controlled recovery measurement. | There shall be no damage on appearance. Mechanical and electrical characteristics shall be satisfied. | - |
| DURABILITY | COLD TEST | The jack shall be stored at a temperature of -25±3℃ for 96 Hours and then it shall be subjected to the controlled recovery conditions for 1 Hour after which. | There shall be no damage on appearance. Mechanical and electrical characteristics shall be satisfied. | - |
| DURABILITY | 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. | - | Cycles |
| DURABILITY | LIFE TEST (LOAD) | At rating condition (non-inductive load) Connection and disconnection shall be made 5000 cycles at a speed 10 to 20 cycles / min. (1) Contact Resistance Shall Be ≤ 0.1Ω (2) Disconnection Force Shall Be 0.8 to 2.0N (3) Mechanical and Electrical Characteristics Shall Be Satisfied | - | - |
| DURABILITY | TEMPERATURE CYCLING TEST | The jack shall be subjected to 5 cycles of the following conditions, and then shall return to room ambient condition for 30 minutes. | No deformation or cracks in molded part. Insertion & Extraction Force: 3 to 20N. Contact Resistance: Max.30mΩ. Insulation Resistance: Min.100 MΩ. Dielectric Withstanding Voltage: 100VAC/min (between terminals). | - |
| DURABILITY | COLD & HEAT SHOCK TEST | The jack shall be subjected to 5 cycles of the following conditions, and then shall return to room ambient condition for 30 minutes. | No deformation or cracks in molded part. Insertion & Extraction Force: 3 to 25N. Contact Resistance: Max.30mΩ. Insulation Resistance: Min.100 MΩ. Dielectric Withstanding Voltage: 500VAC/min (between terminals). | - |
