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  • Fiber-Optic Connections
    Three major components in any fiber-optic system are the transmitter, receiver, and fiber cable. Transmitters are often referred to as launchers and are typically either injection laser diodes (ILDs) or light-emitting diodes (LEDs). The total power of any launcher never completely couples
  • Sensor Sense: Fiber-optic sensors
    , or PVC. Thru-beam sensors require two individual cables. Light from the source travels along the Tx fiber-optic strand to the open end. The Rx strand conducts light back to the receiver for detection. The way by which light transfers from one fiber-optic strand to the other defines the type
  • Fiber Optic Lever Displacement Transducers: Principles, Improvements, & Applications
    Displacement Transducer comes down to the use of an adjacent pair of fiber optic elements, one to carry light from a remote source to an object or target whose displacement or motion is to be measured and the other to receive the light reflected from the object and carry it back to a remote photo
  • Industrial Fiber Optic Products for Wind Turbine and Wind Farm Applications - White Paper (.pdf)
    the quality and reliability of the power generation. Fiber optic components offer protection by providing insulation from high-voltage glitches and unwanted signals into power electronic devices. Avago Technologies offers highly reliable industrial fiber optic components for data-acquisition/control
  • Synchronizing clock sources for Agilent Pattern Generator 70841B
    ,. interchangeable multimode fiber. (MMF) or single-mode fiber (SMF). fiber-optic interface via a. common interface circuit and. component footprint. The fiberoptic. transceivers used in this. reference design are the 1 x 9. pinout multimode HFBR-5208M. and the single-mode HFCT-5208M. devices. These fiber-optic
  • Preface
    The dramatic reduction in transmission loss of optical fibers coupled with very important developments in the area of light sources and detectors have resulted in phenomenal growth of the fiber optic industry during the last 35 years or so. Indeed,. the birth of optical fiber communication systems
  • Photonic chips take a step towards practical applications
    were tested with infrared light near 1,555 nm, the same wavelength used in most fiber-optic communications circuits. Amplification took place over a range of wavelengths, from 1,512 to 1,535 nm. Longer waveguides gave greater amplification in a slightly narrow range, from 1,525 to 1,540 nm. Refining
  • Bright ideas
    sources feature low-power consumption (10 to 25 mA), last up to 100,000 hr, have zero impact on the tactile feel of elastomeric keys, and can backlight a larger area than surface-mount LEDs. Conductive pads are printed on the underside of the fiber-optic panel and, when integrated with rubber keypads
  • Telecentric Illumination for Vision-System Backlighting
    of backlighting can eliminate the problems of diffuse sources. Called telecentric illumination, it uses a telecentric lens and a fiber-optic light guide or an LED spotlight as a source. High-quality glass elements in the telecentric lens collimate the light rays from the source and direct them toward the camera

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