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An industrial humidity sensor measures the relative humidity of an indoor or outdoor space. Models of moisture sensors will vary by sensitivity levels, response time, and stability. The advanced functionality of a thin-film capacitive humidity sensor fits a range of industries – from pharmaceutical to food processing.
The humidity sensor is a device that senses, measures, and reports the relative humidity (RH) of air or determines the amount of water vapor present in gas mixture (air) or pure gas. Humidity sensing is related to a water adsorption and desorption process
For example, humidity sensors are most often used in industries such as HVAC, biomedical, food processing, pharmaceuticals, meteorology, microelectronics, agriculture, and structural health monitoring.
Global Industrial humidity sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
New TI humidity sensors provide the highest reliability and built-in resistance to contaminants and harsh environments. Engineers can optimize system efficiency and extend industrial and automotive system lifetimes with the industry’s highest-accuracy and lowest-power humidity sensors. Texas Instruments (TI) today introduced the first devices in a new family of humidity sensors that provide the industry’s highest reliability and accuracy and the lowest power consumption – along with built-in protection of sensing elements.
The HDC3020 and HDC3020-Q1 will allow engineers to create more reliable industrial and automotive systems that withstand potential damage caused by moisture, and react as needed to changing water vapor conditions over time.
Moisture affects system performance and product longevity of applications in vehicles, appliances and medical equipment. From extending the life of produce during transport and storage, to keeping automotive cameras clear of fog, to controlling air quality and flow in buildings, the need for improved reliability and safer, more comfortable environments has increased the adoption of relative humidity (RH) sensors.
Offering improved relative humidity measurement accuracy with reduced long-term error, when compared to existing RH sensors, the HDC3020 and HDC3020-Q1 preserve data integrity under stress conditions and are the industry’s first to provide integrated correction to adapt to drift caused by natural aging, environmental stress or interactions with contaminants. To learn more about the impact of long-term drift and accuracy.
