27DS-BR-Au

27DS Series SMC Type Connectors ●27DS series are connectors produced based on SMC type (Sub-miniature type C) specified in MIL-C-39012. ●27DS is super small size coaxial cable connectors for 50 Ω group corresponding to minimiza tion of communication equipment. ●Screw coupling method is applied to connection method and crimping method is applied to cable fixing. ●Recommendation coupling torque : 24.5 ～35.3 N･cm CONFORMING STANDARD MIL-C-39012 SPECIFICATION Characteristic Impedance Dielectric withstanding voltage Insulation resistance Contact resistance VSWR 50Ω 1000V AC (rms) for 1 minute 1000MΩmin. at 500V DC 6mΩ max. 1.2max. at DC～1GHz Specifications depends on each connector although these are basic specifications. MATERIAL/FINISH Shell (Body) Contact (male) Contact (female) Insulators Copper alloy/Gold or Nickel plating Copper alloy/Gold plating Copper alloy/Gold plating PTFE Please ask us for the cable assemblies to assure its performance. ● 　● 1 27DS Series Unit : mm ■ Plug Finish Shell Ni Ni Contact Au Au Hand Crimp Tool P/N CR-H-1101 CR-H-1101 φ6.0 φ4 P/N 27DS-P-1.5 Applicable Cable 1.5D-QEV 1.5D-2V RG-196A/U 16.3 27DS-P-196U ■ Right Angle Plug Finish Shell Ni Ni Contact Au Au Hand Crimp Tool P/N CR-H-1101 CR-H-1101 11.85 φ6.0 P/N 27DS-LP-1.5 Applicable Cable 1.5D-QEV 1.5D-2V RG-196A/U φ4 13.9 6.35 27DS-LP-196U ■ Jack 　 φ4.0 P/N 27DS-J-196U Applicable Cable RG-196A/U Finish Shell Ni Contact Au Hand Crimp Tool P/N CR-H-1101 6.0 15.0 ■ Bulkhead Jack 　 P/N φ4 Applicable Cable 1.5D-2V RG-174/U Finish Shell Ni Contact Au Hand Crimp Tool P/N CR-H-1101 27DS-BJ-1.5 （17） Mounting Hole 1.2 -0 +0.1 Panel Thickness:3.0 Max. φ5.2 +0.1 -0 3.2 -0 +0.1 ●　 ● 2 27DS Series Unit : mm ■ Receptacle φ6.0 φ0.6 P/N 10.8 15.3 Finish Shell Ni Au Contact Au Au 27DS-BR 27DS-BR-Au Panel Thickness:2.8 Max. Mounting Hole 1.2 -0 +0.1 φ5.2 +0.1 -0 3.2 -0 +0.1 P/N 27DS-R-PC 6.45 17.2 Finish Shell Ni Contact Au Panel Thickness:3.0 Max. Mounting Hole PCB Mounting Dimensions 5-φ1.2 +0.1 -0 2.54 ± 0.05 φ5.2 -0 +0.1 2.54 ± 0.05 5.08 ± 0.1 ● 　● 3 5.08 ± 0.1