TMP235 Analog Temperature Sensor Module with External AREF Settings -50℃ to 125℃ Range Electronics Component

1. Analog output design: Directly outputs voltage signals, suitable for microcontrollers with analog inputs. 2. Easy connection: Equipped with a 3-pin JST STEMMA connector for quick access without complex configuration. 3. Wide temperature range: Supports a temperature range from -50℃ to 125℃, suitable for various environmental conditions. 4. Accurate measurement: Linear output with a simple temperature calculation formula, ensuring measurement accuracy. 5. Stable reference voltage: Supports external AREF setting to improve measurement stability. Product Description: This is an analog temperature sensor with a 3-pin JST connector (which we call the STEMMA connector). Different from many of our temperature sensors, this sensor has an analog output instead of an I2C output. Therefore, it is best used with a microcontroller that has an analog input, just like most microcontrollers. These sensors are very easy to use and do not require libraries or complex configuration. Plug this board into any of our 3 - pin JST PH cables (we have cables with connector ends, alligator clips, etc.). Connect the red wire to a 3V to 5V DC power supply, the black wire to the ground, and the white wire to the analog input. The output voltage is 0V at -50℃ and 1.75V at 125℃. You can easily calculate the temperature based on the voltage (in millivolts): Temperature (℃)=100*(reading in V) - 50. Similar to the TMP36, if you set the analog reference voltage to external and then connect AREF to 3.3V for a stable analog reference, you will get the best readings from compatible devices. Product Parameters: Voltage: DC3-5V Output voltage is 0V at -50℃ Output voltage is 1.75V at 125℃ Product size: 25.5mm x 17.7mm x 7.2mm Colour:As Shown Material:Plastic Package Contents: 1 * Sensor Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The me