SPN0075

Resistors

RESISTOR,THERMAL

SPN0075

5905-01-184-0994

5905 - Resistors

Quality Thermistor Inc

RESISTOR,THERMAL

ACT NOW! SUBMIT A QUICK QUOTE.

Technical Characteristics

  • Temp Points For Resistance Readings At Zero Power

    75.0 deg celsius 6th resistance-temperature point

  • Terminal Diameter

    0.0201 inches nominal

  • Resistance Tolerance At A Specified Temp In Percent

    -5.0/+5.0 2nd resistance-temperature point

  • Style Designator

    probe, surface mounting

  • Resistance Tolerance At A Specified Temp In Percent

    -10.0/+10.0 1st resistance-temperature point

  • Resistance Tolerance At A Specified Temp In Percent

    -5.0/+5.0 6th resistance-temperature point

  • Resistance Tolerance At A Specified Temp In Percent

    -7.0/+7.0 7th resistance-temperature point

  • Temp Points For Resistance Readings At Zero Power

    0.0 deg celsius 3rd resistance-temperature point

  • Zero Power Resistance At Specified Temp

    470.0 ohms 7th resistance-temperature point

  • Cubic Measure

    0.1875 cubic inches

  • Maximum Operating Temp

    125.0 deg celsius

  • Ambient Temp At Full Rated Power

    25.0 deg celsius

  • Zero Power Resistance At Specified Temp

    3.2 kilohms 5th resistance-temperature point

  • Terminal Type And Quantity

    2 wire lead

  • Reliability Indicator

    not established

  • Zero Power Resistance At Specified Temp

    1.16 kilohms 6th resistance-temperature point

  • Inclosure Type

    encapsulated

  • Terminal Length

    18.000 inches nominal

  • Zero Power Resistance Tolerance In Percent At Reference Temp

    -1.0/+1.0

  • Zero Power Resistance At Specified Temp

    250.0 ohms 8th resistance-temperature point

  • Resistance Tolerance At A Specified Temp In Percent

    -1.0/+1.0 4th resistance-temperature point

  • Unthreaded Mounting Hole Diameter

    0.149 inches nominal

  • Resistance Tolerance At A Specified Temp In Percent

    -10.0/+10.0 8th resistance-temperature point

  • Resistance Tolerance At A Specified Temp In Percent

    -3.0/+3.0 3rd resistance-temperature point

  • Maximum Power Dissipation Rating

    500.00 milliwatts

  • Temp Points For Resistance Readings At Zero Power

    100.0 deg celsius 7th resistance-temperature point

  • Resistance Tolerance At A Specified Temp In Percent

    -3.0/+3.0 5th resistance-temperature point

  • Temp Points For Resistance Readings At Zero Power

    25.0 deg celsius 4th resistance-temperature point

  • Zero Power Resistance

    10.000 kilohms

  • Temp Points For Resistance Readings At Zero Power

    -55.0 deg celsius 1st resistance-temperature point

  • Zero Power Resistance At Specified Temp

    36.6 kilohms 3rd resistance-temperature point

  • Zero Power Resistance At Specified Temp

    10.0 kilohms 4th resistance-temperature point

  • Probe Diameter

    0.125 inches nominal

  • Temp Points For Resistance Readings At Zero Power

    -15.0 deg celsius 2nd resistance-temperature point

  • Body Length

    18.750 inches nominal

  • Temp Points For Resistance Readings At Zero Power

    125.0 deg celsius 8th resistance-temperature point

  • Temp Points For Resistance Readings At Zero Power

    50.0 deg celsius 5th resistance-temperature point

  • Power Dissipation Constant In Milliwatts Per Deg Celsius

    5.0

  • Zero Power Resistance At Specified Temp

    88.0 kilohms 2nd resistance-temperature point

  • Thermal Time Constant In Seconds

    80.0

  • Zero Power Resistance At Specified Temp

    101.4 kilohms 1st resistance-temperature point

Certified to
AS6081 Methods

Implementing Quality Procurement

A rigorous vendor selection process and vendor management system are essential to ensuring quality.
Read more...

Supplying Quality Products

We take every measure to ensure that we supply quality, authentic parts including a strict vendor selection process and rigorous product inspections..
Read more...

Providing Quality People

Our team of dedicated account managers, procurement professionals and specialized inspectors is the most valuable resource we have.
Read more...