Material: ? Pin(outer sleeve):Brass Machined CuZn38pb2 ? Clip: Beryllium Copper heart treated Plating Pin: Tin plated:2um/80u” nickel, QQ-B-626D MIL-5-83505 Gold or Tin Plating(See table 3) QQ-N-290 MIL-T-10727 ? Insulator body(black):Glass filled thermo plastic Type 1 Polyester(UL94V-0 rated) QQ-N-290 MIL-G-4520 4B Electrical: ? Current rating:3 Amps/contact max ? Contact resistance:<4mO/contact ? Insulation resistance:>1000mO ? Operating :60V AC/DC max ? Overload voltage at 50Hz:>1500V RMS ? Creepage distance:0.67mm min ? Capacity between tow pins side ty side: 0.6Uf-mil-202-f305 ? Capacity between tow opposite pins: 0.6uF MIL-202-F305 Mechanical: ? Average press fit of pin in insulator body:58N ? Average press fit of clipinpin:65N ? Average insertion force with steel pin F0.43mm:<80g ? Average withdrawal force with steel pin F0.43mm:>15g ? Min insertion depth with steel positive contact:2.6mm ? Plug in range of male contact: Min F0.41mm Max F0.56mm ? Mechanical life cycle (No. Of insertion and with drawal:100 Cycles with steel pin F0.41mm) ? Operating temperature range: ? Gold plated version:-55? to +125? continuous ? Tin plated version:-40? to +105? continuous ? Soldering temperature without damage: 260?,10seconds max. ? Solderbility: IEC 68-2-27MIL-202M208 ? Shock: Elec discontinuities and other: <50ns, IEC68-2-27 MIL Std202E Damage noted after acel of 10×200g No other damage ? Vibration Elec discontinuitles and:<50ns,IEC 68-2-6 MIL-S-83505 Damage noted after vibration with: No other damage 10-200Hz,20g Ih ? Humidity with sanding of contacts:<3mO 0 max increase of contact resistance After 21 days,40?,96RH ? Salt spray withstanding of contacts:<3O Max increase of contact resistance IEC 68-2-11 MIL-7344-A1001. AFTER 48HS,35?,5% Nacl ? Thermal shock withstanding of contacts:<3mO IEC 65-2-14 Max increase of contact resistance After 4 cycles,-10? to +85?,Ih/cycle ? Resistance against detergents: IEC 68-2-45 ? Polarization: A slight curve on the top Left-hand corner of the socketbod. |