166NC50

Technical Characteristics

• Zero Power Resistance At Specified Temp

  107.5 ohms 2nd resistance-temperature point

• Temp Points For Resistance Readings At Zero Power

  316.0 deg celsius 5th resistance-temperature point

• Temp Points For Resistance Readings At Zero Power

  204.4 deg celsius 4th resistance-temperature point

• Maximum Power Dissipation Rating

  1.00 watts

• Inclosure Type

  encapsulated

• Zero Power Resistance At Specified Temp

  308.8 ohms 4th resistance-temperature point

• Temp Points For Resistance Readings At Zero Power

  -17.8 deg celsius 2nd resistance-temperature point

• Body Outside Diameter

  0.300 inches nominal

• Temp Points For Resistance Readings At Zero Power

  93.3 deg celsius 3rd resistance-temperature point

• Reliability Indicator

  not established

• Terminal Type And Quantity

  2 wire lead

• Ambient Temp At Full Rated Power

  25.0 deg celsius

• Zero Power Resistance

  109.400 kilohms

• Style Designator

  disk

• Reference Temp In Deg Celsius

  25.0

• Zero Power Resistance At Specified Temp

  71.6 ohms 1st resistance-temperature point

• Terminal Diameter

  0.020 inches nominal

• Temp Points For Resistance Readings At Zero Power

  -73.3 deg celsius 1st resistance-temperature point

• End Item Identification

  submarine interior communication system; moored training ship; submarine communications and antenna systems; oliver perry class ffg

• Zero Power Resistance At Specified Temp

  194.6 ohms 3rd resistance-temperature point

• Special Features

  weapon system essential

• Terminal Length

  2.000 inches nominal

• Maximum Operating Temp

  150.0 deg celsius

• Criticality Code Justification

  feat

• Zero Power Resistance At Specified Temp

  464.0 ohms 5th resistance-temperature point

• Thermal Time Constant In Seconds

  60.0

• Body Width

  0.060 inches nominal

• Zero Power Resistance Tolerance In Percent At Reference Temp

  -10.0/+10.0

• Resistance Tolerance At A Specified Temp In Percent

  -15.0/+15.0 all resistance-temperature points

• Power Dissipation Constant In Milliwatts Per Deg Celsius

  8.0