Sign In | Join Free | My burrillandco.com
Home > Power NTC Thermistor >

3950 1000K Ohm Power NTC Thermistor

    Buy cheap 3950 1000K Ohm Power NTC Thermistor from wholesalers
     
    Buy cheap 3950 1000K Ohm Power NTC Thermistor from wholesalers
    • Buy cheap 3950 1000K Ohm Power NTC Thermistor from wholesalers
    • Buy cheap 3950 1000K Ohm Power NTC Thermistor from wholesalers
    • Buy cheap 3950 1000K Ohm Power NTC Thermistor from wholesalers
    • Buy cheap 3950 1000K Ohm Power NTC Thermistor from wholesalers

    3950 1000K Ohm Power NTC Thermistor

    Ask Lasest Price
    Brand Name : AMPFORT
    Model Number : MF51E303E3950
    Certification : CQC,UL.TUV
    Price : TBA
    Payment Terms : T/T, Western Union, MoneyGram,Paypal
    Supply Ability : 100,000,000 Pieces Per Month
    Delivery Time : 10 workdays
    • Product Details
    • Company Profile

    3950 1000K Ohm Power NTC Thermistor


    32 Grade High Accuracy +/-0.1C NTC Thermistor With Enameled Wire For Thermometer

    Description Of The 32 Grade High Accuracy +/-0.1C NTC Thermistor

    High Precision NTC Thermistors for Extremely Accurate Temperature Measurement The MF51E NTC Thermistors were specially designed for use in electronic thermometers which require better than average accuracy. The extremely small size allows the thermistor to respond very quickly to tiny changes in temperature. The MF51E can be supplied un-calibrated with standard tolerances or calibrated and grouped according to R at 37°C±0.01% for extreme interchangeability so as to eliminate the need for other calibrations.



    Features Of The 32 Grade High Accuracy +/-0.1C NTC Thermistor
    ■ Small Size and fast response and light weight
    ■ Long term Stability and Reliability
    ■ High accuracy and Interchangeability
    ■ High Sensitivity and Fast thermal response
    ■ Thermally Conductive Epoxy coated
    ■ Available tolerances: ±0.5%, ±1%, ±2%, ±3% and ±5%
    ■ B Value tolerances: ±0.5%, ±1.0% and ±2.0%
    ■ Resistance calibration available at 37°C ±0.01% (see table for details of grouping)
    ■ Long-term Stability and Reliability
    ■ Excellent Tolerance and Interchangeability
    ■ Available in all popular resistance values
    ■ Dissipation Constant ≥0.7mW/°C
    ■ Time Constant of ≤3.2 seconds
    ■ Rated Power: 3.5mW
    ■ Operating Temperature Range

    Applications Of The 32 Grade High Accuracy +/-0.1C NTC Thermistor


    Fire alarm, computer, copier, electronic calendar, thermometer, temperature control instrument and temperature compensation.
    ■ Temperature sensing , control and compensation
    ■ Electronic thermometer, Medical equipment and patient monitoring
    ■ General Instrumentation applications
    ■ Electronic Thermometers
    ■ Medical Equipment and Patient


    Specification Of The 32 Grade High Accuracy +/-0.1C NTC Thermistor

    Part No.Nominal resistance
    R 25℃
    B Value
    (R25/50℃)
    Rated power
    (mw)
    Dissipation
    (mW/℃)
    Thermal time constant
    (S)
    Operating
    temp.
    (℃)
    Range
    (KΩ)
    Tolerance
    (%)
    Nominal value
    (K)
    Tolerance
    (%)
    MF51E3270
    MF51E3380
    MF51E3470
    MF51E3600
    MF51E3950
    MF51E4000
    MF51E4050
    MF51E4150
    MF51E4300
    MF51E4500
    0.2-20
    0.5-50
    0.5-50
    1-100
    5-100
    5-100
    5-200
    10-250
    20-1000
    20-1000

    E+/-0.5
    F+/-1
    G+/-2
    H+/-3
    J+/-5

    3270
    3380
    3470
    3600
    3950
    4000
    4050
    4150
    4300
    4500

    E+/-0.5
    F+/-1
    G+/-2

    3.5
    ≥ 0.7

    ≤ 3.2
    -40℃ - +100℃



    Size Of The 32 Grade High Accuracy +/-0.1C NTC Thermistor (Unit:mm)

    DimensionD maxL 1 maxL 1
    +/- 3
    L 2
    +/- 1
    d
    +/- 0.05
    Normal size1.64.010030.2
    1.6Customer Specified



    Resistance Calibration at 37℃ +/- 0.005℃ of Of The 32 Grade High Accuracy +/-0.1C NTC Thermistor MF51E303E3950

    R37℃=30.025KΩ±2.664% B30/45=3950K±0.5%

    Category(KΩ)Category(KΩ)Category(KΩ)Category(KΩ)
    129.275KΩ929.675 KΩ1730.075 KΩ2530.475 KΩ
    229.325 KΩ1029.725 KΩ1830.125 KΩ2630.525 KΩ
    329.375 KΩ1129.775 KΩ1930.175 KΩ2730.575 KΩ
    429.425 KΩ1229.825 KΩ2030.225 KΩ2830.625 KΩ
    529.475 KΩ1329.875 KΩ2130.275 KΩ2930.675 KΩ
    629.525 KΩ1429.925 KΩ2230.325 KΩ3030.725 KΩ
    729.575 KΩ1529.975 KΩ2330.375 KΩ3130.775 KΩ
    829.625 KΩ1630.025 KΩ2430.425 KΩ3230.825 KΩ


    STORAGE CONDITIONS Of The 32 Grade High Accuracy +/-0.1C NTC Thermistor

    Temperature: -10℃~+40℃
    Humidity: ≤70%RH
    Term: ≤6 months (First-in/ First-out)
    Place:
    Do not exposing the components to the following conditions, otherwise, it may result in deterioration of characteristics.
    1) Corrosive gas or deoxidizing gas.
    2) Flammable and explosive gases.
    3) Oil, water and chemical liquid.
    4) Under the sunlight.
    Handling after seal open: After unpacking of the minimum package, reseal it promptly or store it inside a sealed container with a drying agent.


    Mechanical Requirements Of The 32 Grade High Accuracy +/-0.1C NTC Thermistor

    ItemRequirementsTest Method
    1.Solder-abilityThe terminals shall be uniformly tinned, and its area≥95%Dipping the NTC terminals to a depth of 15mm in a soldering bath of 245±5℃ and to the place of 6mm far from NTC body for 3±0.5s (See IEC68-2-20 /GB2423.28 Ta )
    2.Resistance To Soldering Heat

    No visible mechanical damage.
    ΔR/RN ≤20%
    (ΔR =∣RN-RN'∣)

    Dipping the NTC terminals to a depth of 15mm in a soldering bath of 260±5℃ and to the place for 6mm below from NTC body for 3±0.5s.After recovering4-5h under 25±2℃. The rated zero power resistance value RN' shall be measured.
    (See IEC68-2-20 /GB2423.28 Tb)

    3.Strength of lead terminal

    No break out
    ΔR/RN ≤20%
    (ΔR =∣RN-RN'∣)

    Fasten the body and apply a force gradually to each lead until 10N and then keep for 10sec, Hold body and apply a force to each lead until  90°slowly at 5N in the direction of lead axis and then keep for 10sec, and do this in the opposite direction repeat for other terminal. After recovering 4~5h under 25±2℃, the rated zero power resistance value RN' shall be measured.
    (See IEC68-2-21/GB2423.29 Ua / Ub)



    MF51E temperature-measuring NTC thermistor for electronic thermometer

    Electronic thermometers have become a daily necessity in hospitals, clinics, and homes because they can help us know if we have problems and help treat them. Electronic thermometers are popular because they are more convenient than mercury thermometers, take shorter measurements, and are safer to use. The most important component of an electronic thermometer is the temperature sensor, which includes a temperature sensor, temperature bar, display screen, switch, button, and battery cover.

    The temperature sensor in the electronic thermometer requires high resolution, high precision, and fast response time. What material can be used as the temperature sensor? Common temperature sensors are thermistor sensors, thermistor sensors, thermocouple temperature sensors. Thermistor sensor, the majority is to use semiconductor materials, because of the characteristics of semiconductor materials are better than other materials, such as semiconductor thermistor materials than other materials have a better temperature coefficient of resistance and high resistivity, therefore made of semiconductor thermistor materials than other thermistor temperature sensor material temperature sensors will have more high sensitivity, so use this kind of sensor to make a slight variation in the thermometer is easier to measure temperature.


























































































































    Quality 3950 1000K Ohm Power NTC Thermistor for sale
    Inquiry Cart 0
    Send your message to this supplier
     
    *From:
    *To: Dongguan Ampfort Electronics Co., Ltd.
    *Subject:
    *Message:
    Characters Remaining: (0/3000)