MF51E 50K 3950 Power NTC Thermistor For Electrical Thermometer
High Precision MF51E NTC Thermistor 50K 3950 ±0.1Degree Designed For Electrical Thermometer
Description Of The NTC Thermistor 50K 3950 ±0.1Degree
Electronic thermometers are used for NTC thermistor temperature sensors, liquid crystal displays, button batteries, application-specific integrated circuits and other electronic components. Compared with the traditional mercury thermometer, it has the characteristics of quick and accurate measurement of human body temperature, convenient reading, short measurement time, and high measurement accuracy. The electronic clinical thermometer does not contain mercury, which is harmless to the human body and the surrounding environment, and is more suitable for home and hospital use.Small diameter NTC enameled wire thermistor is the most commonly used NTC thermistor for electronic clinical thermometers.
Features Of The NTC Thermistor 50K 3950 ±0.1Degree
* High reliability and stability. High sensitivity
* Epoxy coated bead NTC thermistor
* Long-term stability
* High quality and large quantity supply
* Suitable for those who need faster response
* Equipment, household appliances, automobiles (air mass flow, T-MAPS)
* High voltage/DC motor electronic thermometer BMS sensor
* Temperature range -30 to +110°C
Standard Dimension Of The NTC Thermistor 50K 3950 ±0.1Degree
| Dimension | D max | L1 max | L±3 | L2 ±1 | d ±0.05 | Leaded along with the direction, coated with insulation constructure |
| Normal size | 1.6 | 4.0 | 105 | 3 | 0.17 | |
| 1.6 | 4.0 | 87 | 3 | 0.17 | ||
| Special size | By user | By user | By user | By user | By user |
Applications Of The NTC Thermistor 50K 3950 ±0.1Degree
* Electronic thermometer
* Medical equipment
Specification Of The NTC Thermistor 50K 3950 ±0.1Degree
| Part No | Nominal resistance R25°C | B value(R25°C/50°C) | Dissipation (mW/°C) | Rated power(mW) | Thennaltime constsms (S) |
Operatingtemperature (°C) |
||
| Range KΩ | Tolerance (%) | Nominal value (k) | Tolerance (%) | |||||
| MF51E□□□3270 | 02~20 |
E±0.5 F±1 G±2 H±3 J±5 |
3270 |
E±0.5 F±1 |
≥0. 7 | 3.5 | 2.8 | -4O~100(°C) |
| MF51E□□□ 3380 | 0.5~50 | 3380 | ||||||
| MF51E□□□3470 | 0.5~50 | 3470 | ||||||
| MF51E□□□36OO | 1~100 | 3600 | ||||||
| MF51E□□□3950 | 5~100 | 3950 | ||||||
| MF5IE□□□4000 | 5~100 | 4000 | ||||||
| MF51E□□□4050 | 5~200 | 4050 | ||||||
| MF51E□□□4150 | 10~250 | 4150 | ||||||
| MF51E□□□4300 | 20~1000 | 4300 | ||||||
| MF5IE□□□45OO | 20~1000 | 4500 | ||||||
Advantage Of The NTC Thermistor 50K 3950 ±0.1Degree
* Thermal insulation coating wire NTC thermistor, also called enameled wire NTC thermistor, is a small, high-precision chip and an insulating polymer coating of enameled copper wires, coated with epoxy resin, and bare tin plating NTC interchangeable thermistor pieces with enameled copper leads.
* At present, the existing conventional wire diameters are Ø0.18mm, Ø0.3mm and different wire diameter specifications enameled wire epoxy package, conventional resistance value 50K, 10K. Accuracy 1% 2% 3%, etc. B value 3950, 3435, 3380, etc., head Diameters of 1.2mm, 1.3MM, 1.4mm, 1.5mm, 1.6mm, 1.7mm, 1.8mm, 1.9mm, 2.0mm, etc., can be customized according to customer requirements to meet different needs.
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