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  • Humidity Sensor Accuracy Demystified - ROTRONIC
    Comparing long term performance of RH measurement instruments involves more than simply comparing the humidity sensor accuracy specifications listed on the datasheets. The Accuracy specification provides only part of the information needed to determine overall instrument performance. In some cases
  • Implementing Portable Humidity Sensor Systems
    digital humidity sensors and what factors to consider when designing a humidity sensing system, including: traditional discrete relative humidity (RH) sensors versus single-chip digital relative humidity sensor ICs, calculation of average power consumed for RH and temperature measurements
  • The Capacitive Humidity Sensor - How it Works & Attributes of the Uncertainty Budget
    The humidity sensor is a small capacitor consisting of a hygroscopic dielectric material placed between a pair of electrodes. Most capacitive sensors use a plastic or polymer as the dielectric material, with a typical dielectric constant ranging from 2 to 15. When no moisture is present
  • The Importace of Measuring Building Humidity: Best Practices for Sensor Selection
    The final installment of this 3-part whitepaper series reviews best practices for relative humidity sensor selection.
  • Sensing and Controlling Humidity
    In the energy control business it is usually necessary to monitor humidity, as well as temperature. Sensing humidity cannot be done as easily or as accurately as temperature sensing. For example, a temperature sensor in outside air will provide dependable service for the life of the mechanical
  • Complying with ICH Guidelines Involving Temperature and Relative Humidity
    The ability to produce a recording, display, or printout that is within a specified. tolerance may not be a demanding challenge, but this is only one of three. parameters that should be considered. The display or recording is typically. connected to one relative humidity sensor and specifically
  • 8 Things to Consider When Choosing an Outdoor Humidity Instrument
    Outdoor humidity and temperature measurement is. essential for applications such as energy management and indoor climate control. Just one outdoor humidity sensor typically optimizes the energy efficiency of cooling equipment. However, if this sensor is not accurate, both energy efficiency
  • Measuring in High Humidity & Condensing Environments - Warmed Probe Technology (.pdf)
    Reliable, stable, and accurate humidity measurement in high relative humidity (>85%) and condensing environments has always been next to impossible without specialized technology. High RH and resulting water on the humidity sensor usually causes problems such as higher uncertainty, higher drift

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