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Thermistor

  • Enamlled wire insulated leads epoxy coated NTC thermistor

    Enamlled wire insulated leads epoxy coated NTC thermistor

    MF5A-4 This enameled wire insulated lead thermistor was first used in a large number of electronic thermometers because of its high accuracy, and later in a large number of small household appliances because of its high quality and low price. This series miniature insulated lead NTC thermistor has characteristics of high sensitivity, excellent stability, high accuracy, etc.

  • Epoxy Coated NTC Thermistors MF5A-2/3 Series

    Epoxy Coated NTC Thermistors MF5A-2/3 Series

    MF5A-2 This epoxy encapsulated thermistor is cost effective and can be customized for lead length, and head size. Because it is suitable for high volume automated production, the external dimensions are well aligned.

  • PVC Wire Insulated Epoxy Coated Thermistor

    PVC Wire Insulated Epoxy Coated Thermistor

    This MF5A-5 series can be divided into 2 categories simply based on the material of the lead insulation. The common is PVC parallel zip wire, a certain length can be automated, so it can achieve a large amount of low price; the other is a 2 single Teflon high-temperature wire, this processing requirements are high, generally used in high-end applications, widely used in automotive.

  • Diode type glass encapsulated thermistors

    Diode type glass encapsulated thermistors

    A range of NTC thermistors in DO-35 style glass package (diode outline) with axial solder-coated copper-clad steel wires. It’s designed for accurate temperature measurement, control and compensation. Operation up to 482°F (250°C) with excellent stability. Glass body ensures hermetic seal and voltage insulation.

  • Long Glass Probe NTC Thermistors MF57C Series

    Long Glass Probe NTC Thermistors MF57C Series

    MF57C, a glass encapsulated thermistor, can be customized with glass tube lengths, currently available in glass tube lengths of 4mm, 10mm, 12mm and 25mm. MF57C is resistant to high temperatures and high humidity and can be used in specific application environments.

  • Axial Glass Encapsulated  NTC Thermistor MF58 series

    Axial Glass Encapsulated NTC Thermistor MF58 series

    MF58 series, this glass encapsulated DO35 diode style thermistor is very popular in the market for its high temperature resistance, suitability for automated installation, stability, reliability and economy. Taping pack (AMMO Pack) support automatic mounting

  • Radial Glass Encapsulated NTC Thermistor

    Radial Glass Encapsulated NTC Thermistor

    This radial style glass encapsulated thermistor has replaced many epoxy coated thermistors due to its high temperature resistance and good moisture resistance, and its head size can be smaller for applications in many tight and high temperature and high humidity space environments.

  • Radial Glass sealed Thermistor MF57 Series With Head Size 2.3mm,1.8mm,1.6mm,1.3mm,1.1mm, 0.8mm

    Radial Glass sealed Thermistor MF57 Series With Head Size 2.3mm,1.8mm,1.6mm,1.3mm,1.1mm, 0.8mm

    MF57 Series of NTC Thermistors are radial glass-encapsulated thermistors with a water and oilproof design, featuring high temperature resistance and accuracy, often used in high temperature and high humidity confined spaces. Suitable for a variety of applications including automotive, motorcycle, household appliances, industrial controls, etc.

  • Gold Electrode NTC Thermistor Bare Chip

    Gold Electrode NTC Thermistor Bare Chip

    Gold electrode NTC thermistor chip (bare chip) is designed for hybrid applications where bonding wire or Au/Sn solder is used as the connection method. The consistency of all parameters of our chip is very good, and the result of the high temperature experiment is absolutely outstanding.

  • MELF Style Glass NTC Thermistor MF59 series

    MELF Style Glass NTC Thermistor MF59 series

    MF59 This MELF Style glass encapsulated thermistor, which is also high temperature resistant, is suitable for surface mounting on IGBT modules, communication modules, PCBs, and meets the use of automated feeding equipment for use in specific application environments.