technical data sheet rpc-3.50 short circuit jack 03K12S-000S3 rosenberger hochfrequenztechnik gmbh & co. kg p.o.box 1260 d-84526 tittmoning germany www.rosenberger.de tel. : +49 8684 18-0 email : info@rosenberger.de page 1 / 3 rf_35/09.14/6.2 dieses dokument ist urheberrechtlich geschtzt this document is protected by copyright rosenberger hochfrequenztechnik gmbh & co. kg all dimensions are in mm; tolerances according to i so 2768 m-h interface according to iec 60169-23 mechanically compatible with rpc-2.92 and sma documents application note an001 calibration services material and plating connector parts material plating center conductor cube gold, min. 1.27 m, over nick el outer conductor stainless steel passivated
technical data sheet rpc-3.50 short circuit jack 03K12S-000S3 rosenberger hochfrequenztechnik gmbh & co. kg p.o.box 1260 d-84526 tittmoning germany www.rosenberger.de tel. : +49 8684 18-0 email : info@rosenberger.de page 2 / 3 rf_35/09.14/6.2 dieses dokument ist urheberrechtlich geschtzt this document is protected by copyright rosenberger hochfrequenztechnik gmbh & co. kg electrical data frequency range dc to 26.5 ghz return loss 0.10 db, dc to 4 ghz 0.12 db, 4 ghz to 8 ghz 0.20 db, 8 ghz to 26.5 ghz error from nominal phase 1 1.0, dc to 4 ghz 1.5, 4 ghz to 8 ghz 2.0, 8 ghz to 26.5 ghz 1 the nominal phase is defined by the offset delay, the offset loss and the short inductance. mechanical data mating cycles 3 500 maximum torque 1.70 nm recommended torque 0.90 nm gauge 0.00 mm to 0.04 mm general standard definitions for proper operation the vector network analyzer (v na) needs a model describing the electrical behavio ur of this calibration standard. the different models, units, and terms used will depend on the vna type and they will have to be entered into the vna. all values ar e based on typical geometry and plating. offset z o / impedance / z o 50 w offset delay 26.0180 ps length (electrical) / offset length 7.80 mm offset loss 2.36 g ? /s loss 0.0107 db/ ghz short inductance 2 2 short inductances are determined individually for each short circuit and are documented in a calibrat ion certificate. environmental data operating temperature range 3 + 20 c to +26 c rated temperature range of use 4 0 c to +50 c storage temperature range - 40 c to +85 c rohs compliant 3 temperature range over which these specification ar e valid. 4 this range is underneath and above the operating te mperature range, within the short circuit is fully functional and could be used without damage.
technical data sheet rpc-3.50 short circuit jack 03K12S-000S3 rosenberger hochfrequenztechnik gmbh & co. kg p.o.box 1260 d-84526 tittmoning germany www.rosenberger.de tel. : +49 8684 18-0 email : info@rosenberger.de page 3 / 3 rf_35/09.14/6.2 dieses dokument ist urheberrechtlich geschtzt this document is protected by copyright rosenberger hochfrequenztechnik gmbh & co. kg declaration of calibration options factory calibration standard delivery for this calibration standard inc ludes a factory calibration. the calibration certif icate issued reports individual calibration results, trac eable to national / international standards. model based standard definitions are individually optimized and reported in an agilent/keysight, rohde & schwarz a nd anritsu compatible vna format. accredited calibration optional this calibration standard can be delivered with an accredited calibration (dakks) having the highest confidence in the traceability. the dakks c alibration certificate issued reports individual ca libration results in a complex format, traceable to national / international standards. model based standard definitions are individually optimized and reported in an agilent/keysight, rohde & schwarz and anrits u compatible vna format as well as in a dense data se t needed for data based standard definitions. the uncertainties are smaller than in a factory calibra tion. for further, more detailed information see applicat ion note an001 on the rosenberger homepage. calibration interval recommendation 12 months packing standard 1 pce in box weight 6.7 g/pce draft date approved date rev. engineering change n umber name date herbert babinger 17.10.14 markus mller 17.10.16 i 00 16-1390 marion striegler 17.10.16 while the information has been carefully compiled t o the best of our knowledge, nothing is intended as representation or warr anty 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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