Generic Glass-sealed 100K Ohm NTC 3950 Thermistors 1%

This thermistor uses a Beta (B) value of 3950, which defines the mathematical relationship between its resistance and temperature over its operating range. The 3950 value is a standard coefficient that allows for accurate temperature calculation using the Steinhart-Hart equation or lookup tables in your microcontroller code, ensuring precise readings across the -80°C to 150°C span.

Yes, but not directly. The thermistor's resistance change must be converted to a measurable voltage. You will need to create a simple voltage divider circuit using a fixed resistor (e.g., a 100KΩ resistor) and connect the junction point to an analog input pin on your Arduino or Raspberry Pi (via an ADC). You can then use the Beta value and appropriate code libraries to calculate the temperature from the analog reading.

The glass-sealed epoxy encapsulation provides critical protection against moisture, dust, and chemical contaminants, which can drift the sensor's resistance values over time. This construction ensures long-term stability and reliability, making the thermistor suitable for use in humid, outdoor, or industrial environments where bare thermistor beads would degrade. It also offers improved mechanical strength.

True interchangeability means that any unit within this specific model (100KΩ, B3950, ±1%) can replace another without requiring recalibration of your circuit. The tight tolerance and consistent Beta value guarantee that the resistance-temperature characteristic is nearly identical from one sensor to the next. This simplifies mass production, maintenance, and spare part stocking.