product bene? ts 2065 series long barrel bnc connectors connecting innovation to application ? kings ? part number* cables crimp tooling packaging** cable trim crimp die (kth-1000) crimp die (kth-5000) hex size 2065-E00-7CH02N belden 7731a n/a kth-5007 .071/.401 single 1 2065-e00-c7102n belden 1505a gepco vpm2000 kth-2261 kth-5003 .041/.255 single 2 2065-e00-c7202n belden 1855a gepco vdm230 kth-2025 kth-5003 .041/.178 single 2 2065-e00-c7701n belden 179dt/1855enh kth-2258 kth-5001 .041/.128/.188 single 2 2065-e00-c9004n belden 1694a gepco vsd2001 kth-2325 kth-5017 .046/.278 single 2 *consult factory for part number with optional white marking to aid users in con? rming a connector is fully mated. **for bulk pack, add u to end of part number. consult factory for availability. ergonomic design - longer grip desig ned for analog & digital cables full crimp design field installable meets or exceeds hdtv standards white markings to visually con? rm correct mating cable trim a b c 1 0.748 0.394 0.138 2 0.624 0.312 0.155
winchester electronics 62 barnes industrial road north wallingford, connecticut 06492 203.741.5400 phone 203.741.5500 fax www.winchesterelectronics.com mechanical electrical environmental finishes april 2012 mechanical electrical durability: 500 cycles min. center contact center contact retention: 6 lbs. min coupling mechanism: 100 lbs. min interface dimension: mil-c-39012 force to engage/disengage: torque 2.5 in-lbs. max. longitudinal force 3.0 lbs. max impedance: 75 ohm frequency range: dc to 6 ghz voltage rating: 500 volts rms return loss: 1.5 ghz < -31 db 3 ghz < -24 db 6 ghz < -20 db contact resistance: center .0014 ohms outer .002 ohms insulation resistance: 5000 megohms environmental finishes thermal shock: -65c to +165c moisture resistance: 0 to 95%: mil-std-202 method 106 corrosion (salt spray): mil-std-202 method 101 test condition b flammability: ul 94-vo rated (center conductor insulator) vibration: mil-std-202 method 204 test condition b solvent resistance: mil-std-202 method 215 body/bayonet: nickel center conductor: gold plating over copper plate return loss (db) -38 -36 -34 -32 -30 -28 -26 -24 -22 -20 0 1 2 3 4 5 6 frequency (ghz) s11 (db) simulated measured
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