GRX Technology Co, Ltd
NTS Murata NTC Thermistor
NTS Murata NTC Thermistor

NTS Murata NTC Thermistor

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Murata NTS series ntc thermistor — 72 part numbers.
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    DE2B3SA Murata MLCC
    NTCMurata
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    At a Glance
    • 72 part numbers in this series
    • Operating temperature -40～125℃

    The Murata NTS series covers 72 part numbers. All parts in the series share the same construction and qualification, and differ in the values listed in the table below — so a design can move up or down the range without changing footprint.

    Part Number List

    Part NumberSpecification
    NTSA0WB203E1B020kΩ ±3%,4,050K ±1%,4,078K,4,080K,4,096K,0.1mA
    NTSA0WB203EN6A020kΩ ±3%,4,050K ±1%,4,078K,4,080K,4,096K,0.1mA
    NTSA0WB203FE1B020kΩ ±1%,4,050K ±1%,4,078K,4,080K,4,096K,0.1mA
    NTSA0WB203FN6A020kΩ ±1%,4,050K ±1%,4,078K,4,080K,4,096K,0.1mA
    NTSA0WC303E1B030kΩ ±3%,4,100K ±1%,4,128K,4,130K,4,147K,0.08mA
    NTSA0WC303EN6A030kΩ ±3%,4,100K ±1%,4,128K,4,130K,4,147K,0.08mA
    NTSA0WC303FE1B030kΩ ±1%,4,100K ±1%,4,128K,4,130K,4,147K,0.08mA
    NTSA0WC303FN6A030kΩ ±1%,4,100K ±1%,4,128K,4,130K,4,147K,0.08mA
    NTSA0WD503E1B050kΩ ±3%,4,150K ±1%,4,205K,4,213K,4,234K,0.05mA
    NTSA0WD503EN6A050kΩ ±3%,4,150K ±1%,4,205K,4,213K,4,234K,0.05mA
    NTSA0WD503FE1B050kΩ ±1%,4,150K ±1%,4,205K,4,213K,4,234K,0.05mA
    NTSA0WD503FN6A050kΩ ±1%,4,150K ±1%,4,205K,4,213K,4,234K,0.05mA
    NTSA0WF104E1B0100kΩ ±3%,4,250K ±1%,4,303K,4,311K,4,334K,0.04mA
    NTSA0WF104EN6A0100kΩ ±3%,4,250K ±1%,4,303K,4,311K,4,334K,0.04mA
    NTSA0WF104FE1B0100kΩ ±1%,4,250K ±1%,4,303K,4,311K,4,334K,0.04mA
    NTSA0WF104FN6A0100kΩ ±1%,4,250K ±1%,4,303K,4,311K,4,334K,0.04mA
    NTSA0XH103E1B010kΩ ±3%,3,380K ±0.5%,3,428K,3,434K,3,455K,0.12mA
    NTSA0XH103EN6A010kΩ ±3%,3,380K ±0.5%,3,428K,3,434K,3,455K,0.12mA
    NTSA0XH103FE1B010kΩ ±1%,3,380K ±0.5%,3,428K,3,434K,3,455K,0.12mA
    NTSA0XH103FN6A010kΩ ±1%,3,380K ±0.5%,3,428K,3,434K,3,455K,0.12mA
    NTSA0XM202E1B02kΩ ±3%,3,500K ±0.5%,3,523K,3,526K,3,543K,0.32mA
    NTSA0XM202EN6A02kΩ ±3%,3,500K ±0.5%,3,523K,3,526K,3,543K,0.32mA
    NTSA0XM202FE1B02kΩ ±1%,3,500K ±0.5%,3,523K,3,526K,3,543K,0.32mA
    NTSA0XM202FN6A02kΩ ±1%,3,500K ±0.5%,3,523K,3,526K,3,543K,0.32mA
    NTSA0XR502E1B05kΩ ±3%,3,700K ±1%,3,727K,3,738K,3,760K,0.17mA
    NTSA0XR502EN6A05kΩ ±3%,3,700K ±1%,3,727K,3,738K,3,760K,0.17mA
    NTSA0XR502FE1B05kΩ ±1%,3,700K ±1%,3,727K,3,738K,3,760K,0.17mA
    NTSA0XR502FN6A05kΩ ±1%,3,700K ±1%,3,727K,3,738K,3,760K,0.17mA
    NTSA0XV103E1B010kΩ ±3%,3,900K ±0.5%,3,930K,3,934K,3,944K,0.12mA
    NTSA0XV103EN6A010kΩ ±3%,3,900K ±0.5%,3,930K,3,934K,3,944K,0.12mA
    NTSA0XV103FE1B010kΩ ±1%,3,900K ±0.5%,3,930K,3,934K,3,944K,0.12mA
    NTSA0XV103FN6A010kΩ ±1%,3,900K ±0.5%,3,930K,3,934K,3,944K,0.12mA
    NTSD0WB203E1B020kΩ ±3%,4,050K ±1%,4,078K,4,080K,4,096K,0.1mA
    NTSD0WB203FE1B020kΩ ±1%,4,050K ±1%,4,078K,4,080K,4,096K,0.1mA
    NTSD0WC303E1B030kΩ ±3%,4,100K ±1%,4,128K,4,130K,4,147K,0.08mA
    NTSD0WC303FE1B030kΩ ±1%,4,100K ±1%,4,128K,4,130K,4,147K,0.08mA
    NTSD0WD503E1B050kΩ ±3%,4,150K ±1%,4,205K,4,213K,4,234K,0.05mA
    NTSD0WD503FE1B050kΩ ±1%,4,150K ±1%,4,205K,4,213K,4,234K,0.05mA
    NTSD0WF104E1B0100kΩ ±3%,4,250K ±1%,4,303K,4,311K,4,334K,0.04mA
    NTSD0WF104FE1B0100kΩ ±1%,4,250K ±1%,4,303K,4,311K,4,334K,0.04mA
    NTSD0XH103E1B010kΩ ±3%,3,380K ±0.5%,3,428K,3,434K,3,455K,0.12mA
    NTSD0XH103FE1B010kΩ ±1%,3,380K ±0.5%,3,428K,3,434K,3,455K,0.12mA
    NTSD0XM202E1B02kΩ ±3%,3,500K ±0.5%,3,523K,3,526K,3,543K,0.32mA
    NTSD0XM202FE1B02kΩ ±1%,3,500K ±0.5%,3,523K,3,526K,3,543K,0.32mA
    NTSD0XR502E1B05kΩ ±3%,3,700K ±1%,3,727K,3,738K,3,760K,0.17mA
    NTSD0XR502FE1B05kΩ ±1%,3,700K ±1%,3,727K,3,738K,3,760K,0.17mA
    NTSD0XV103E1B010kΩ ±3%,3,900K ±0.5%,3,930K,3,934K,3,944K,0.12mA
    NTSD0XV103FE1B010kΩ ±1%,3,900K ±0.5%,3,930K,3,934K,3,944K,0.12mA
    NTSD1WB203FPB3020kΩ ±1%,4,050K ±1%,4,078K,4,080K,4,096K,0.1mA
    NTSD1WB203FPB4020kΩ ±1%,4,050K ±1%,4,078K,4,080K,4,096K,0.1mA
    NTSD1WB203FPB5020kΩ ±1%,4,050K ±1%,4,078K,4,080K,4,096K,0.1mA
    NTSD1WC303FPB3030kΩ ±1%,4,100K ±1%,4,128K,4,130K,4,147K,0.08mA
    NTSD1WC303FPB4030kΩ ±1%,4,100K ±1%,4,128K,4,130K,4,147K,0.08mA
    NTSD1WC303FPB5030kΩ ±1%,4,100K ±1%,4,128K,4,130K,4,147K,0.08mA
    NTSD1WD503FPB3050kΩ ±1%,4,150K ±1%,4,205K,4,213K,4,234K,0.05mA
    NTSD1WD503FPB4050kΩ ±1%,4,150K ±1%,4,205K,4,213K,4,234K,0.05mA
    NTSD1WD503FPB5050kΩ ±1%,4,150K ±1%,4,205K,4,213K,4,234K,0.05mA
    NTSD1WF104FPB30100kΩ ±1%,4,250K ±1%,4,303K,4,311K,4,334K,0.04mA
    NTSD1WF104FPB40100kΩ ±1%,4,250K ±1%,4,303K,4,311K,4,334K,0.04mA
    NTSD1WF104FPB50100kΩ ±1%,4,250K ±1%,4,303K,4,311K,4,334K,0.04mA
    NTSD1XH103FPB3010kΩ ±1%,3,380K ±0.5%,3,428K,3,434K,3,455K,0.12mA
    NTSD1XH103FPB4010kΩ ±1%,3,380K ±0.5%,3,428K,3,434K,3,455K,0.12mA
    NTSD1XH103FPB5010kΩ ±1%,3,380K ±0.5%,3,428K,3,434K,3,455K,0.12mA
    NTSD1XM202FPB302kΩ ±1%,3,500K ±0.5%,3,523K,3,526K,3,543K,0.32mA
    NTSD1XM202FPB402kΩ ±1%,3,500K ±0.5%,3,523K,3,526K,3,543K,0.32mA
    NTSD1XM202FPB502kΩ ±1%,3,500K ±0.5%,3,523K,3,526K,3,543K,0.32mA
    NTSD1XR502FPB305kΩ ±1%,3,700K ±1%,3,727K,3,738K,3,760K,0.17mA
    NTSD1XR502FPB405kΩ ±1%,3,700K ±1%,3,727K,3,738K,3,760K,0.17mA
    NTSD1XR502FPB505kΩ ±1%,3,700K ±1%,3,727K,3,738K,3,760K,0.17mA
    NTSD1XV103FPB3010kΩ ±1%,3,900K ±0.5%,3,930K,3,934K,3,944K,0.12mA
    NTSD1XV103FPB4010kΩ ±1%,3,900K ±0.5%,3,930K,3,934K,3,944K,0.12mA
    NTSD1XV103FPB5010kΩ ±1%,3,900K ±0.5%,3,930K,3,934K,3,944K,0.12mA

    72 part numbers in this series, sorted by part number.

    Selection Notes

    • The B constant and the 25 °C resistance together define the curve. Two parts with the same resistance but different B values are not interchangeable.
    • Self-heating shifts the reading. Keep the measuring current low enough that dissipation stays in the milliwatt range.
    • Tolerance is usually specified at 25 °C only. Off that point the error grows with the B tolerance.

    Common Questions

    How many part numbers are in the NTS series?

    72. The table above lists every one, sorted by part number.

    What do the parts in the NTS series have in common?

    They share the same ntc thermistor construction and case-size family; the differences are the electrical values shown per row.

    Where can I find the full specification for a NTS part?

    Each part number links to Murata's official product page, which carries the detailed specification sheet, reliability data and simulation models.

    Official documentation: NTSA0WB203E1B0 on murata.com — detailed specification sheet, reliability test data and S-parameter / SPICE models.

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    Shenzhen Gaorunxin Technology Co., Ltd

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