Thermistors
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Good Consistency NTC Thermistor Bare Chip in China
Compared with other peers in China, the consistency of all parameters of our chip is very good, and the result of the high temperature experiment is absolutely outstanding. Seasoned chip experts should know above 250 ° C, every increase of 10 ° C aging, the resistance value change rate will generally double or more, our chip at 260 degrees for 10 days, the resistance value change rate is less than 0.6%.
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SMD type NTC thermistor
This SMD series of NTC thermistors features a high-reliability multilayer and monolithic construction with no leads, making it ideal for high-density SMT mounting, with the size : 0201, 0402, 0603, 0805.
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High Sensitivity Surface Sensing Thin Film NTC Thermistor MF5A-6 Series
The MF5A-6 series thermistor features a thickness of less than 500 μm and can be installed in spaces as thin as a credit card. They also have excellent electrical insulation and can be safely used in environments where they might come in contact with electrodes.
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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.
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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.
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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.
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Epoxy upper leads coated NTC thermistor
MF5A-3C This epoxy thermistor allows you to customize the epoxy length upper to the leads in addition to the lead length and head size. This product is often used in the oil or water temperature of the car, as well as the intake air temperature detection.
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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.
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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.
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Silver plated PTFE-insulated leads epoxy coated NTC thermistors
MF5A-5T This silver plated teflon insulated leads wire epoxy coated thermistor, can withstand temperatures up to 125°C, occasionally 150°C, and 90-degree bend test up to more than 1,000 times, widely used in automotive seat heating, steering wheel and rearview mirror heating. It has been extensively used for more than 15 years in BMW, Mercedes-Benz, Volvo, Audi and other vehicles with heated seats.
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High Accuracy Interchangeable NTC Thermistors
MF5A-200 These epoxy thermistors provide interchangeability over a wide temperature range, eliminating the need for separate calibration or circuit compensation for partial variability. Typically it is possible for accurate temperature measurement to ±0.2°C is available over the 0°C to 70°C temperature range.
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Polyimide Thin Film NTC Thermistors 10K MF5A-6 Series
The MF5A-6 series thermistor features a thickness of less than 500 μm and can be installed in spaces as thin as a credit card. They also have excellent electrical insulation and can be safely used in environments where they might come in contact with electrodes.