| Characters: Long-term consistent performance matters for humidity sensing applicationsThe exposed polymer of humidity sensors can be impacted by the environment, leading to drift over time. This article discusses the accuracy and long-term drift of humidity sensors and how these parameters affect system performance and lifetime. | | |
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| | | | HDC3020 humidity sensors offer industry leading 1.5% typical relative humidity accuracy while maximizing reliability with built-in resistance to contaminants and harsh environments.
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|  Upgrade your Humidity sensor with improved accuracy and reliabilityHDC3020-Q1 automotive humidity sensors offer industry leading 1.5% typical relative humidity accuracy while maximizing reliability with built-in resistance to contaminants and harsh environments. | | |
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|  Evaluate the HDC3020 humidity sensor family with the HDC3020EVMThe HDC3020EVM enables evaluation of the HDC3020 humidity sensor family with hardware for interface with a computer, break-off capability for connecting to a system and a GUI for configuration of features including drift correction. | | |
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| | Overview of Relative Humidity SensingThis TI Precision Labs video explains fundamentals of humidity and how to get started using TI's integrated temperature and humidity sensors. | | |
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| Physics of Humidity SensingThis TI Precision Labs video explains the terminology behind the study of humidity, and the physics behind several humidity sensing technologies. | | |
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| Humidity Sensor Design ConsiderationsThis TI Precision Labs video explains the factors to consider when designing a system with an IC humidity sensor. Including package selection, thermal design, RH accuracy and Hysteresis, case design, and environmental conditions. | | |
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| Humidity Sensor Storage and HandlingThis TI Precision Labs video goes into detail about storage and handling recommendations for TI's family of humidity sensors. | | |
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| | This application brief describes the three-prong approach (polymer selection, protective cover offerings and drift correction) taken during development of the HDC3020 humidity sensors to optimize accuracy over system lifetime. | | | |
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| Discover low power humidity sensingThis application note walks through how to improve efficiency and battery life when designing with the HDC3020 humidity sensor. Learn how to calculate average sensor current, reduce sensor current, and what system-level parameters to consider. | | |
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| 85°C/85% Accelerated Life Testing in Systems Using Humidity SensorsThis white paper explores the 85°C/85% RH accelerated life test, its impact on RH sensors, and ultimately how to address conflicts when the same design needs both 85°C/85% tests and RH sensors. | | |
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