SM-C-343666

Technical Characteristics

• Body Material

  metal

• Principal Circuitry Type Per Function

  inductance-capacitance 2nd radio interference

• Source Impedance Rating Per Function

  50.0 ohms 1st radio interference

• Maximum Voltage Drop Per Function

  2.0 volts ac 2nd radio interference

• Operating Voltage Rating And Type Per Function

  250.0 volts ac 1st radio interference 1st function

• Mounting Facility Type And Quantity

  2 unthreaded hole

• Functional Terminal Type And Quantity

  2 tab, solder lug input 1st function

• Power Line Frequency Rating Per Function In Hertz

  60.0 1st radio interference

• Power Line Frequency Rating Per Function In Hertz

  60.0 2nd radio interference

• Source Impedance Rating Per Function

  50.0 ohms 2nd radio interference

• Distance Between Centerlines Of Mounting Facilities Parallel To Body Length

  2.375 inches nominal

• Overall Height

  2.062 inches nominal

• Body Width

  2.000 inches nominal

• Inclosure Type

  hermetically sealed

• Operating Voltage Rating And Type Per Function

  250.0 volts ac 2nd radio interference 2nd function

• Maximum Temp Rise

  20.0 deg celsius

• Load Impedance Per Function

  50.0 ohms 1st radio interference

• Overall Width

  2.375 inches nominal

• Operating Current Rating Per Function In Amps

  3.0 1st radio interference

• Maximum Voltage Drop Per Function

  2.0 volts ac 1st radio interference

• Maximum Dielectric Withstanding Dc Voltage

  800.0 volts at sea level

• Load Impedance Per Function

  50.0 ohms 2nd radio interference

• Body Length

  2.000 inches nominal

• Body Surface Treatment

  tin

• Style Designator

  rectangular terminal/terminals on adjacent surfaces

• Overall Length

  2.875 inches nominal

• Operating Current Rating Per Function In Amps

  3.0 2nd radio interference

• Functional Terminal Type And Quantity

  2 threaded stud output 2nd function

• Unthreaded Mounting Hole Diameter

  0.156 inches nominal

• Principal Circuitry Type Per Function

  inductance-capacitance 1st radio interference