Given their generally low cost, small size, robust construction, accuracy, versatility, and sensitivity, it’s no wonder that basic negative temperature coefficient (NTC) thermistors rate among the ...

Thermistor is a semiconductor device made of materials whose resistance varies as a function of temperature. A thermistor can be used to compensate for temperature variation in other components of an ...

For Arduino, ESP32 and STM32 boards. Enhanced in 2024 by Bob Wolff to support more accurate NTC results on ESP32 devices. Some of the ESP32 devices like the ESP32-C3 have the ADC raw count values as ...

Seven-segment displays and monochrome LCDs are fine for most projects, but some things simply look better in color. [John] over at the Little Bird Electronics blog recently wrote up a tutorial demo… ...

On the other hand, if you find reading NTC thermistors to be the more interesting part, you’re in luck because [Davide] has more information about that along with a modified ESP8266 Arduino library.

This paper proposes a simple and low-component count linearizing digitizer for thermistor interfacing. The proposed digitizer employs a simple charge-discharge thermistor interface that selectively ...

This article proposes a simple and low-component count linearizing digitizer for thermistor interfacing. The proposed digitizer employs a simple charge-discharge (C-D) thermistor interface that ...