technical data sheet floating adaptor rpc3.50 jack C qma plug 03K728-S22S3 rosenberger hochfrequenztechnik gmbh & co. kg tel.: +49 8684 180 page p.o.box 1260 d84526 tittmoning germany fa x: +49 8684 18499 www.rosenberger.de email: info@rosenberger.de 1 / 2 rf_35/12.04/3.0 all dimensions are in mm; tolerances according to i so 2768 mh interface rpc3.50 according to iec 6016923 rpc3.50 mechanically compatible with rpc2.92 and sma qma similar to rosenberger 28s000000, series qma rosenberger is an authorised qlf ? manufacturer documents n/a material and plating connector parts material plating center contact beryllium copper gold, min. 1.27 m , over chemical nickel outer contact stainless steel passivated flange brass flash white bronze over silver(e.g. optargen? ) dielectric ps
technical data sheet floating adaptor rpc3.50 jack C qma plug 03K728-S22S3 rosenberger hochfrequenztechnik gmbh & co. kg tel.: +49 8684 180 page p.o.box 1260 d84526 tittmoning germany fa x: +49 8684 18499 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 18 ghz return loss 3 40 db, dc to 2.5 ghz 3 28 db, 2.5 ghz to 6 ghz 3 24 db, 6 ghz to 18 ghz insertion loss 0.05 x db insulation resistance 3 5 g w center contact resistance rpc3.50 3.0 m w outer contact resistance rpc3.50 2.0 m w center contact resistance qma 3.0 m w outer contact resistance qma 2.5 m w test voltage 1000 v rms working voltage 335 v rms mechanical data mating cycles rpc3.50 3 500 mating cycles qma 3 1000 center contact captivation 3 27 n coupling test torque rpc3.50 1.70 nm recommended torque rpc3.50 0.80 nm to 1.10 nm engagement force qma n/a disengagement force qma n/a retention force for qma interface n/a misalignment: radial 0.7 mm min. spring force min. 8 n at rest max. 15 n at max. spring travel spring travel 2.3 mm max. environmental data temperature range 40c to +85c thermal shock milstd202, method 107, condition b corrosion milstd202, method 101, condition b vibration milstd202, method 204, condition d shock milstd202, method 213, condition i moisture resistance milstd202, method 106 2002/95/ec (rohs) compliant tooling n/a suitable cables n/a packing standard 1 pce in box weight 10.8 g/pce draft date approved date rev. engineering change n umber name date herbert babinger 28/09/04 martin moder 20/08/12 e0 0 12-0192 georg schiele 20/08/12 while the information has been carefully compiled t o the best of our knowledge, nothing is intended as representation or warranty on our part and no statement herein shall be construed as recom mendation to infringe existing patents. in the effo rt to improve our products, we reserve the right to make changes judg ed to be necessary.
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