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  • Developing An Advanced, Predictive Battery Health Monitoring Solution With A Low-cost Microcontroller Solution
    In today's world of advanced communication, industrial process control and automotive systems, the reliance on batteries to ensure power delivery is always available is becoming increasingly critical. Because of this, the ability to monitor the battery life-span and predict failure points is also
  • Magnetic Field Sensors as Speed Monitors
    Magnetic field sensors are generally based on the magneto-resistive or Hall-principle. Compared to optical speed sensors, resolvers and precision potentiometers, magnetic field sensors do not contain movable parts, such as shafts, bearings, code disks or slip rings. An aspect allowing them
  • Deionized Water
    This application bulletin explains the deionization process and how to use conductivity/resistivity and TDS readings and monitor/controllers throughout the process to ensure product quality.
  • Temperature Sensing Technologies
    , and position many times require temperature monitoring in order to insure accuracy. As an example, pressure and force are usually sensed with resistive Wheatstone bridge configurations. The temperature errors of the resistive elements of these bridges can exceed the actual measurement range
  • Hemodialysis Applications
    explains how to measure, monitor, and control conductivity, TDS, pH, ORP, free chlorine, resistivity, and temperature to ensure patient health.
  • Effect of color pigments on the hardness of thermoplastics at different temperatures
    the electronic components inside meet demanding specifications, the housings of switches and fuses should also resist varied environmental factors such as. moisture, UV radiation and heat/cold. To ensure long service life and proper insulation of the electronics encased therein, it is necessary to monitor
  • Interphex 2006 Preview: The Best of the Phex
    applications to meet USP standards. Over 30 years ago, Thornton pioneered conductivity and resistivity instrumentation with computed high-purity temperature compensation for the semiconductor industry before similar instruments became available for pharmaceutical applications. Today, many pharmaceutical
  • Design Considerations for Thermal Controls
    . Is the current load resistive or inductive? Will the thermal control be used to break or make the full electrical load. or will it be used only to monitor the operating temperature. These factors aid in the selection process to determine the precise operating. characteristics of the thermal

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