ʻAʻole hiki ke nele ka leka uila
ʻAʻole hiki ke nele ka ʻōlelo huna
Hapa ka hoʻopono leka uila
ʻAʻole hiki ke nele ka leka uila
Loaʻa ka leka uila
6-20 mau huapalapala (nā leka me nā helu wale nō)
ʻAʻole kūlike ka ʻōlelo huna
Hapa ka hoʻopono leka uila
ʻAʻole hiki ke nele ka leka uila
ʻAʻohe leka uila
6-20 mau huapalapala (nā leka me nā helu wale nō)
ʻAʻole kūlike ka ʻōlelo huna
MF52D Thermistor
Features:
*High accuracy of Resistance value and B value, excellent consistency
*Fast response speed,high sensitivity
*Wide resistance range:0.1-500KΩ
The Features of MF52D Thermistor
*High accuracy of Resistance value and B value, excellent consistency
*Fast response speed,high sensitivity
*Wide resistance range:0.1-500KΩ
The Applications of MF52D Thermistor
Temperature measurement, control and compensation of air heater, soybean milk machine, toaster, disinfection cabinet, water dispenser, refrigerator, freezer, air conditioner, electronic calendar, battery pack, electric charger, computer, electric foot tub, integral bathroom, temperature-control instrument, medical instrument, car temperature measurement, fire alarm, industrial field
The Advantage of a Specific Character of MF52 Thermistor
- Small size and light weight. Suitable for high density surface mount.
- Excellent solderability and drought resistance, suitable for reflow soldering and wave soldering.
- Stable electrical performance, high reliability and long service life.
- Low assembly cost and match with automatic assembly equipment.
- High mechanical strength.
- Fast response time and good self-recovery performance.
- Comply with the requirements of Rohs directive.
The Usage of a Specific Character of MF52 Thermistor
According to its operating temperature range and accuracy, it is used as a temperature sensitive element. The basic thermistor principle circuit is as follows:
- Directly use the resistance-temperature characteristics of the thermistor
- The linear resistance-temperature characteristic can be obtained by using the method of connecting resistors in parallel.
- Although the temperature coefficient decreases, linear resistance-temperature characteristics can still be obtained in a wide temperature range.
