An ntc thermistor is a thermal element whose model and parameters will vary according to the specific manufacturer and product.
In general, ntc thermistor models will contain some key information, such as resistance value, temperature coefficient and power rating.
Specific parameters can be obtained by referring to the relevant electronic component manual or on the manufacturer's official website.
The main feature of ntc thermistors is that they have different resistance values at different temperatures.
When the temperature rises, the resistance value of the ntc thermistor decreases, and vice versa.
This characteristic makes ntc thermistors widely used in applications such as temperature measurement and temperature compensation.
In addition to ntc thermistors, there are other types of thermistors such as ptc thermistors.
ptc thermistors increase their resistance value when the temperature rises, which has the opposite characteristics of ntc thermistors.
These two thermistors have different application scenarios in electronic circuits, and appropriate models and parameters can be selected according to specific needs.
An NTC thermistor is an electronic component used to measure temperature, and its resistance changes with temperature. Common NTC thermistor models are MF52, MF58, B57560G1104F000 and so on. MF52 is a 10KΩ thermistor, which can be used to measure indoor temperature, heat dissipation of electronic equipment, etc. MF58 is 3950K thermistor, suitable for automobile engine temperature control, refrigerator temperature control, etc. B57560G1104F000 is a 10KΩ ferroelectric thermistor, which has the advantages of higher accuracy and longer life than ordinary NTC resistors. Compared with other temperature sensors, NTC thermistor has the advantages of fast response speed, small size and low price, and is widely used in the field of temperature detection and control.