907096

Technical Characteristics

• Body Length

  1.750 inches nominal

• Body Height

  0.400 inches nominal

• Distance Between Centerlines Of Mounting Facilities Parallel To Body Length

  1.573 inches nominal

• Distance Between Centerlines Of Mounting Facilities Parallel To Body Width

  0.312 inches nominal

• Operating Temp Range

  +0.0/+50.0 deg celsius

• Source Impedance Rating Per Function

  50.0 ohms blank

• Input Terminal Identification

  sma-receptacle

• Mounting Facility Type And Quantity

  4 threaded hole

• Insertion Loss At Reference Frequency Per Function In Decibels

  4.0 blank

• Functional Terminal Type And Quantity

  1 connector, receptacle input .

• ~1

  150.00 megahertz blank

• Specified Frequencies Of Discrimination Per Function

  110.00 megahertz blank and 120.00 megahertz blank and 140.00 megahertz blank and

• Body Material

  aluminum

• Body Surface Treatment

  nickel

• Overall Length

  2.250 inches nominal

• Body Width

  0.500 inches nominal

• End Item Identification

  training set,countermeasures signals an/msr-t4

• Reference Frequency Per Function

  130.0 megahertz blank

• Load Impedance Per Function

  50.0 ohms blank

• Principal Circuitry Type Per Function

  inductance-capacitance blank

• Input Terminal Manufacturer Code

  60656

• Output Terminal Manufacturer Code

  60656

• Output Terminal Identification

  sma-receptacle

• Voltage Standing Wave Ratio Per Function

  1.5 blank

• Mounting Facility Screw Thread Series Designator

  unf

• Inclosure Type

  encased

• Functional Terminal Type And Quantity

  1 connector, receptacle output .

• Nominal Thread Size

  0.060 inches

• Frequency Band Width Per Function

  120.00 megahertz blank and 140.00 megahertz blank

• Discrimination At Specified Frequencies Per Function In Decibels

  3.0 minimum blank and 50.0 maximum blank

• Voltage Standing Wave Ratio Frequency Limits Per Function

  120.0 megahertz blank and 140.0 megahertz blank

• Style Designator

  5 rectangular terminal/terminals on opposite surfaces