technical data sheet smp right angle jack 19K201-302L5-NM rosenberger hochfrequenztechnik gmbh & co. kg tel.: +49 8684 18-0 page p.o.box 1260 d-84526 tittmoning germany www.rosenberger.de email: info@rosenberger.de 1 / 2 rf_35/12.04/3.0 all dimensions are in mm; tolerances acc. iso 2768 m-h interface according to mil-std-348 documents assembly instruction 19 c material and plating non-magnetic version connector parts material plating center contact beryllium copper aurodur?, gold pla ted outer contact beryllium copper aurodur?, gold plate d body spring bronze aurodur?, gold plated dielectric ptfe crimping ferrule spring bronze aurodur?, gold plat ed
technical data sheet smp right angle jack 19K201-302L5-NM rosenberger hochfrequenztechnik gmbh & co. kg tel.: +49 8684 18-0 page p.o.box 1260 d-84526 tittmoning germany www.rosenberger.de email: info@rosenberger.de 2 / 2 rf_35/12.04/3.0 f(ghz) electrical data impedance 50 w frequency dc to 26.5 ghz return loss 3 20 db, dc to 4 ghz 3 18 db, 4 to 12 ghz insertion loss 0.05 x db, dc to 12 ghz insulation resistance 3 5 g w center contact resistance 6.0 m w outer contact resistance 2.0 m w test voltage 500 v rms working voltage 335 v rms contact current 1.2a dc max. - limitations are possible due to the used cable ty pe C mechanical data mating cycles if mating part is smooth bore 3 1000 if mating part is limited detent 3 500 if mating part is full detent 3 100 center contact captivation 3 7 n engagement force - smooth bore 9 n max. - limited detent 45 n max. - full detent 68 n max. disengagement force - smooth bore 2.2 n min. - limited detent 9 n min. - full detent 22 n min. environmental data temperature range -65c to +155c thermal shock mil-std-202, method 107, condition b vibration mil-std-202, method 204, condition b shock mil-std-202, method 213, condition a moisture resistance mil-std-202, method 106 rohs compliant tooling crimping tool 11w150-000 crimp insert 11w150-102 suitable cables rg 316 /u, rg 174 a/u, rg 188 a/u weight weight 0.9 g/pce draft date approved date rev. engineering change n umber name date f.michelmann 15/07/08 j_krautenbacher 12.07.16 b00 15-1629 i_wallner 12.07.16 while the information has been carefully compiled t o the best of our knowledge, nothing is intended as represe ntation or warranty on our part and no statement herein shall be construed as recommendation to infringe existing patents. in the effort to improve our products, we reserve the right to make changes judg ed to be necessary.
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