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  • Fast Response Optical Sensors Prove Invaluable in Demanding Gaging Applications
    . Typical frequency response of the sensor is 150 kHz, however, special systems are available that can exceed 1 mHz. Application Notes: Non-contact Measurement Sensors, Solutions and Systems - MTI Instruments.   . Is Optical Displacement Sensing for You?. Non-contact displacement and vibration sensors
  • INTACTON Optical Motion Sensors - Technology and Applications
    FRABA?s INTACTON family of motion sensors make use of optical technologies to measure the displacement and velocity of objects travelling through the sensor?s field of view. With no physical contact between the sensor and the object being monitored, these sensors are ideal for measuring
  • All From One Mold - Optical, Ultra Sound, Inductive and Capacitive Sensors
    of products consists of optical, inductive and capacitive sensors. Thus. not only the advantages of a uniform casing for all varieties of sensors – such as. consistency of all hole patterns, approximately the same position of the transmitting- and. receiving axis and activated surface among the sensors
  • Optical Triangulation Sensors
    Optical triangulation sensors use reflected waves, whose source may be a LED, infrared, or laser source to pinpoint position and displacement. A sensor, usually integrally housed with the emitter, detects the beam reflected off the surface or object and provides an output that varies
  • Magnetic Alternative to Optical Encoding
    with engine cam and crank position sensing. Non-automotive applications use magnetic encoders over other technologies such as optical to overcome problems associated with dust, moisture, shock, vibration, operating temperature, high speeds, wear, etc. Magnetic Alternative to Optical Encoders - Phoenix
  • Position Sensors and Position-Sensing Instruments
    resistive, optical triangulation, photoelectric, position displacement, ultrasonic, and variable resistance technology sensors. Position-sensing instruments also include laser micrometers, linear encoders, linear potentiometers, and linear variable differential transformers (LVDTs). Rotary position
  • Optical Rotary Encoders: The Basics
    On every factory, and on every shop floor, something is rotating and someone wants to monitor it. Enter the optical rotary encoder. Encoders transform mechanical rotary motion into a sequence of electrical pulses, which are in turn monitored for display or control functions through a counter
  • Sensor Sense: Optical data transmission
    Optical data transmission (ODT) offers a means of sending data between moving objects without some of the drawbacks associated with radio-frequency and wired-communications methods. ODT essentially replaces the radio waves or electrical wires with a beam of light. The sensors in ODT devices