CYR51C100CM

Technical Characteristics

• Reliability Failure Rate Level In Percent

  1.0000

• Precious Material (Non-Core)

  gold

• Body Style

  w/o mtg facilities terminal(s) on one surface

• Dissipation Factor At Reference Temp In Percent

  0.2000

• Precious Material And Location

  terminal surface gold

• Overall Length (Non-Core)

  0.300 inches nominal

• Specification/Standard Data

  81349-mil-c-23269/10 government specification

• Tolerance Of Temp Coefficient Per Section In Ppm Per Deg Celsius

  -25.0/+25.0 single section

• Terminal Diameter

  0.020 inches nominal

• Body Width

  0.200 inches nominal

• Temp Coefficient Of Capacitance Per Section In Ppm Per Deg Celsius

  140.0 single section

• Overall Width (Non-Core)

  0.200 inches nominal

• Terminal Type And Quantity

  2 uninsulated wire lead

• Center To Center Distance Between Terminals Parallel To Length

  0.200 inches nominal

• Body Length

  0.300 inches nominal

• Reliability Indicator

  established

• Case Material

  plastic

• Capacitance Value Per Section

  10.000 picofarads single section

• Terminal Length

  1.250 inches minimum

• Nonderated Continuous Voltage Rating And Type Per Section

  300.0 dc single section

• Nonderated Operating Temp

  -55.0 deg celsius minimum and 125.0 deg celsius maximum

• Insulation Resistance At Maximum Operating Temp

  10000.0 megohms

• Tolerance Range Per Section

  -0.25/+0.25 picofarads single section

• Mil-Std-1276 Wire Lead Type Designator

  d

• Overall Height (Non-Core)

  0.115 inches nominal

• Insulation Resistance At Reference Temp

  100000.0 megohms

• Schematic Diagram Designator

  no common or grounded electrode(s)

• Body Height

  0.115 inches nominal

• Test Data Document

  81349-mil-c-23269 specification (includes engineering type bulletins, brochures,etc., that reflect specification type data in specification format; excludes commercial catalogs, industry directories, and similar trade publications, reflecting general type

• ~1

  data on certain environmental and performanc