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  • Capacitive Sensing: Out-of-phase Liquid Level Technique
    Various methods have been used to determine the level height in liquid tanks or containers. Recently, capacitive sensing has gained popularity due to the accuracy and resolution of the measurements as well as the simplicity, flexibility, and low cost of the sensor design.
  • Medical Liquid-Level Applications with Enhanced Capacitive Sensor Technology (.pdf)
    This document identifies key issues experienced by manufacturers of medical/biotechnology equipment regarding handling and detection of liquids with capacitive proximity sensors in particular. It examines concrete sensing/monitoring methods that will improve processes while guaranteeing reliable
  • Fluid-Trac Liquid Level Sensor For AdBlue Tanks
    This application note covers the Fluid-Trac (R) liquid level sensor used as a replacement for a standard 33-240 Ohm resistive float sender, reed-switch tube sensor, or capacitive tube sender in AdBlue tanks. Governments around the world are creating legislation to control and reduce the amount
  • Basics of Capacitive Sensing and Applications
    Capacitive sensing is becoming a popular technology to replace optical detection methods and mechanical designs for applications like proximity/gesture detection, material analysis, and liquid level sensing. The main advantages that capacitive sensing has over other detection approaches
  • Fluid_Trac Interface to Microprocessor Controlled Fuel Gauges/Digital Instrumentation
    This application note covers the Fluid-Trac (R) 3-wire liquid level sensor used as a replacement for a standard 33-240 Ohm resistive float sender, reed-switch tube sensor, or capacitive tube sender to interface with microprocessor-controlled fuel gauges or digital instrumentation. (I.e. electronic
  • Ultrasonic sensors
    monitor if levels become too low (dry-up) or too high (overflow.) can measure distance without contact. They bridge the gap between proximity and photoelectric sensing. They possess a longer sensing distance than inductive or capacitive proximity sensors and remain unaffected by target color, ambient

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