16620-1

Technical Characteristics

• Contact Maximum Frequency Rating

  10000.0 megahertz single mating end single contact grouping

• Insert Material

  plastic tetrafluoroethylene single mating end

• Shell Material

  copper alloy

• Thread Series Designator

  unef

• Terminal Location

  back single mating end single contact grouping

• Shell Type

  solid

• Cable Entrance Diameter

  0.170 inches nominal

• Included Contact Type

  coaxial pin single mating end single contact grouping

• Threaded Device Type

  coupling facility

• Terminal Type

  crimp single mating end single contact grouping

• Contact Maximum Ac Voltage Rating In Volts

  500.0 single mating end single contact grouping

• Precious Material And Weight

  0.105 silver grains, troy

• Contact Removability

  nonremovable single mating end single contact grouping

• Shell Material Document And Classification

  qq-b-626,comp 22 fed spec single material response

• Precious Material

  silver

• Overall Length

  0.781 inches nominal

• Mating End Quantity

  1

• Overall Diameter

  0.500 inches nominal

• Contact Material Document And Classification

  qq-b-626,comp 22 fed spec single material response single mating end single contact grouping

• Connector Cable Strain Relief Method

  compression nut

• Thread Class

  2b

• Included Contact Quantity

  1 single mating end single contact grouping

• Connector Locking Method

  internally threaded coupling ring

• Thread Quantity Per Inch

  32

• Contact Position Arrangement Style

  n single mating end

• Contact Material

  copper alloy single mating end single contact grouping

• Shell Surface Treatment

  silver

• Thread Direction

  right-hand

• Radio Frequency Type Contact Characteristic Impedance In Ohms

  50.0 single mating end single contact grouping

• Precious Material And Location

  contact and shell surfaces silver

• Nominal Thread Size

  0.312 inches

• Contact Surface Treatment

  silver single mating end single contact grouping

• Body Style

  straight shape, internal coupling