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  • Quantitative Moisture Analysis for Lubricants and Lube Oils Using Relative Humidity (RH) Sensor Technology
    Quantitative Moisture Analysis for Lubricants and Lube Oils Using Relative Humidity (RH) Sensor Technology
  • Application Note: Thermoset Polymer-based Capacitive Sensors - Measuring 100% RH (Relative Humidity) (.pdf)
    Thermoset polymer-based capacitive RH sensors directly detect changes in "relative saturation" as a change in sensor capacitance with fast response, high linearity, low hysteresis and excellent long term stability. Relative saturation is the same as ambient relative humidity when the sensor
  • Humidity sensors
    of the sensor is typically 100 to 500 pF. The change in capacitance is directly proportional to the change in humidity, typically 0.2 to 0.5 pF for every 1% change. Capacitive RH sensors work best from 5 to 95% RH with an overall accuracy of +-2%. The response time is usually 30 to 60 sec for a 63% RH step
  • 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
  • Comparing Two Measuring Techniques
    Which water activity system is right for you? The majority of instruments on the market today will provide equally accurate readings. When comparing relative humidity (RH) sensor-based systems, the most important consideration is the long term stability and repeatability of the RH sensor. When
  • Double Trouble...
    This time the customer reported bad surging at idle when the vehicle was warm, general poor running, and repeat DTC logging of LH BANK FRONT O2 SENSOR and RH BANK FRONT O2 SENSOR.
  • 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
  • Motion Platforms for Entertainment
    fidelity. * High shock and vibration tolerance and superior EMI and noise immunity ensure trouble free operation. * Replaceable sensing element eliminates the need to drop hydraulic pressure or break the hydraulic seal (sensor models GH and RH). * Compact sensing electronics available for short

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