AIT1001 Non Contact Infrared Temperature Measurement Module For Remote Temperature Measurement And Collection

    AIT1001 Non Contact Infrared Temperature Measurement Module For Remote Temperature Measurement And Collection

Product Introduction:

The AIT1001 is an infrared thermopile module with dual - output of digital signal and PWM analog signal. It consists of a MEMS thermopile chip, an NTC thermistor, and a signal processing circuit. The product has the advantages of small size, high accuracy, high - quality, and low - cost.

Application Scenarios:

It is suitable for scenarios that require non - contact temperature measurement, such as household appliances like refrigerators, range hoods, and air - conditioners, automotive air - conditioners, indoor heating, handheld devices, and medical equipment.

Product Features:

• Advanced Technology: Adopting mature integrated MEMS thermopile technology, exquisite packaging technology, and advanced infrared temperature - measurement algorithm, it can quickly detect slight temperature changes.
• Dual - signal Output: It provides dual - signal output modes of digital signal and PWM analog signal, and can also customize the test distance and angle to meet different customer needs.
• Fast Response: With fast response characteristics, it can quickly measure temperature changes and provide timely measurement results.
• Temperature Compensation: It has built - in NTC temperature compensation within the full - scale range, which can make up for the impact of environmental temperature changes and make the measurement more accurate and reliable.
• Wide Operating Temperature Range: It can work continuously at temperatures ranging from - 30℃ to 85℃, and can maintain stable performance in harsh environments.

Working Principle:

The MEMS thermopile chip inside the sensor absorbs the infrared radiation energy of the measured object, and converts it into a thermal signal, which is then converted into an electrical signal. The NTC thermistor is used to measure the ambient temperature, and the signal processing circuit performs compensation and amplification on the electrical signal generated by the thermopile chip according to the ambient temperature information, and finally outputs a corresponding digital signal or PWM analog signal.