The temperature and humidity sensor uses a digital integrated sensor as a probe and is equipped with a digital processing circuit to convert the temperature and relative humidity in the environment into a corresponding standard analog signal, 4-20mA, 0-5V or 0-10V. The temperature and humidity integrated analog sensor can convert the change of temperature and humidity value into the change of current/voltage value at the same time, and can be directly connected with various standard analog input secondary instruments.

1. Humidity and temperature sensors measure the relative humidity and temperature at the engine air intake. This helps to reduce fuel consumption and optimize combustion control and lower emission levels.

2. The direct measurement of temperature and relative humidity on the windshield surface or in the cabin, combined with the intelligent climate control system, improves safety by preventing windshield fogging.

3. Proactively identifies fault conditions in the battery pack such as electrolysis, leaks, first venting or thermal runaway in a reliable way, enabling your system to take immediate action in the most time-efficient way possible.

4. Moisture intrusion into the electric steering (SbW) electronics can lead to short circuits and corrosion, which can result in unexpected system failure. The steering control unit (wheel actuator) mounted on the front axle is exposed to harsh environmental influences. In order to minimize this risk, real-time monitoring of moisture ingress enables immediate action, such as intelligent degradation, timely maintenance, or initiation of emergency stop protocols.

In smart home applications, the temperature and humidity sensor can collect the environmental temperature and humidity changes in the room in real time, and convert the collected environmental information into electrical signals through the internal circuit of the sensor to transmit to the smart home main control system, and then the main control system judges whether Dehumidification, humidification or temperature adjustment operations are required to ensure the balance of dryness and humidity in the room, and to improve a better living environment and quality of life for users.

In addition to smart homes, temperature and humidity sensors are also indispensable in applications such as industrial equipment, automobiles, household appliances, and medical equipment. Abnormal temperature and humidity in the working environment will seriously affect the stability and safety of the equipment, and even cause damage to the equipment, irreversible damage, shortened service life.