Film Fixed Resistor Network

Features

Specifications

• Tempurature Coefficient Of Resistance In Ppm Per Deg Celsius:
  -150.0/+150.0
• Electrical Resistance:
  350.000 kilohms
• Electrical Resistance:
  27.400 kilohms
• Electrical Resistance:
  28.000 kilohms
• Electrical Resistance:
  30.900 kilohms
• Electrical Resistance:
  70.000 kilohms
• Electrical Resistance:
  86.600 kilohms
• Resistance Tolerance In Percent:
  -1.000/+1.000
• Resistance Tolerance In Percent:
  -2.000/+2.000
• Ambient Tempurature In Deg Celsius At Full Rated Power:
  70.0
• Ambient Tempurature In Deg Celsius At Zero Percent Rated Power:
  125.0
• Tempurature Range Of Tempurature Coefficient In Deg Celsius:
  -55.0/+125.0
• Inclosure Method:
  Encapsulated
• Terminal Quantity:
  14
• Terminal Type:
  Tab, solder lug
• Reliability Indicator:
  Not established
• Terminal Length:
  Between 0.125 inches and 0.150 inches
• Body Length:
  Between 0.695 inches and 0.796 inches
• Body Width:
  Between 0.240 inches and 0.305 inches
• Body Height:
  0.200 inches
• Power Dissipation Rating In Watts:
  1.500 total network
• Terminal Width:
  Between 0.015 inches and 0.022 inches
• Identical Value Resistor Quantity:
  1 4th intermediate resistance value
• Identical Value Resistor Quantity:
  1 1st intermediate resistance value
• Identical Value Resistor Quantity:
  1 2nd intermediate resistance value
• Identical Value Resistor Quantity:
  1 lowest resistance value
• Identical Value Resistor Quantity:
  2 3rd intermediate resistance value
• Identical Value Resistor Quantity:
  3 highest resistance value
• Unpackaged Unit Weight:
  2.0 grams
• Style Designator:
  Dual inline
• Test Data Document:
  73030-5e4795/156 drawing (this is the basic governing drawing, such as a contractor drawing, original equipment manufacturer drawing, etc.; excludes any specification, standard or other document that may be referenced in a basic governing drawing)
• Federal Supply Class (fsc):
  Resistors
• National Stock Number (nsn):
  5905-01-256-0134
• Special Features:
  Burn-in required