$81.00 $40.50

This 4-Pin NTC-based temperature sensor module operates on 5V and has a DO or AO output. Temperature sensing ranges from -25 to +80 degrees Celsius. For water resistance, the thermocouple is coated with black epoxy. The analog DC output of an AO is proportional to the temperature. The output form of this module is DO for digital switching outputs (0 and 1) and AO for analog voltage output.The thermistor module is temperature sensitive and is commonly used to detect changes in the temperature of the surrounding environment, or MCU trigger relay module, etc. Our relay module, which can function as a temperature control switch, can be directly driven by the DO output.

Specification
Product NTC Based Temperature Sensor
Working Voltage 3.3V-5V
Temperature Based On
NTC
No. of Pins 04
Temperature sense range -25 to +80 deg C
Comparator Output signal >15mA
Dimension 31*20*9 (mm)
Make Made in India

SKU:OY0000166790 Category:

This 4-Pin NTC-based temperature sensor module operates on 5V and has a DO or AO output. Temperature sensing ranges from -25 to +80 degrees Celsius. For water resistance, the thermocouple is coated with black epoxy. The analog DC output of an AO is proportional to the temperature. The output form of this module is DO for digital switching outputs (0 and 1) and AO for analog voltage output.The thermistor module is temperature sensitive and is commonly used to detect changes in the temperature of the surrounding environment, or MCU trigger relay module, etc. Our relay module, which can function as a temperature control switch, can be directly driven by the DO output.

Specification
Product NTC Based Temperature Sensor
Working Voltage 3.3V-5V
Temperature Based On NTC
No. of Pins 04
Temperature sense range -25 to +80 deg C
Comparator Output signal >15mA
Dimension 31*20*9 (mm)
Make Made in India

0 reviews for NTC Based Temperature Sensor Module

There are no reviews yet. Be the first to review this product!

Add a review

Your email address will not be published. Required fields are marked *