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  • Learn about Ultrasonic Transducers
    Ultrasonic transducers send and receive waves for many types of sensing. They convert energy into high frequency sound waves in the ultrasonic range. These sound waves are then focused on a target and the echo is read by sensors to determine a specific variable such as distance, proximity, speed
  • Understanding How Frequency, Beam Patterns of Transducers, and Reflection Characteristics of Targets Affect the Performance of Ultrasonic Sensors
    Ultrasonic sensors are commonly used for a wide variety of non-contact presence, proximity, or distance measuring applications. These devices typically transmit a short burst of ultrasonic sound toward a target, which reflects the sound back to the sensor. The system then measures the time
  • TECH TIPS on Implementing the IIOT via IO-Link
    , ultrasonic, pressure, temperature, flow, linear position, rotary, HF RFID, and inclination sensors. The structure. of IO-Link means that properly configured sensors can act as switches, transmit data, or both. For example, capacitive proximity sensors detect the presence of liquids and solids
  • Piezo Motors: Principle of Operation for Engineers
    variations in the form of sound is the most common sensor application, which is seen in piezoelectric microphones and piezoelectric pickups for electrically amplified guitars. Piezoelectric sensors in particular are used with high frequency sound in ultrasonic transducers for medical imaging and industrial

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