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Photodetector

 

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Parts by Number for Photodetector Top

Part # Distributor Manufacturer Product Category Description
EETP305X PLC Radwell Omron Not Provided PHOTODETECTOR
6675010 RS Components, Ltd. Sharp Photodetector Rise Time:2000000ns; Fall Time:2000000ns; Power Dissipation:70mW; Minimum Operating Supply Voltage:2.7V; Maximum Operating Supply Voltage:3.6V; Function:Photodetector; Minimum Operating Temperature:-40C; Category:Ambient Light Sensor; Maximum Operating Temperature:85C
4557954 RS Components, Ltd. Optek Photodetector Mounting:Through Hole; Typical Operating Supply Voltage:5V; Rise Time:25ns; Power Dissipation:200mW; Maximum Propagation Delay Time:5000ns; Supply Current:15mA; Maximum Output Voltage:35V; Supplier Package:Side Looker; Pin Count:3; Function:Photodetector
0516839 RS Components, Ltd. Intersil Photodetector Supplier Package:ODFN EP; Pin Count:6; Product Height:0.7mm; Product Length:2mm; Product Width:2.1mm; Category:Ambient Light Sensor; Function:Photodetector; Maximum Operating Supply Voltage:3.3V; Minimum Operating Supply Voltage:2.5V; Minimum Operating Temperature:-40C
0315220 RS Components, Ltd. Sharp Photodetector Mounting:Through Hole; Typical Operating Supply Voltage:5, 9, 12, 15V; Rise Time:100ns; Fall Time:50ns; Output Current:50mA; Power Dissipation:175mW; Maximum Propagation Delay Time:15000ns; Pin Count:3; Maximum Operating Temperature:85C; Minimum Operating Supply Voltage:4.5V

Conduct Research Top

  • Changing Face of Photodetectors
    The revolutions in computer and consumer electronics technologies have given photodetector manufacturers the tools to produce devices with a very high level of integration. These advancements are a double-edged sword, however, because designers quickly take for granted the state of the art
  • Using Photodetectors for Position Sensing (.pdf)
    Applications are expanding rapidly in the use of electro-optical instruments to measure angle, distance, heights, centering, surface uniformity, and other parameters related to position sensing. Applications also include dynamic measurements such as vibration and dynamic balancing, which require
  • Non-Contac Optical Position Sensing Using Silicon Photodiodes (.pdf)
    Although the use of silicon photodetectors for making quantitative light measurements has been long established, there exists a body of other measurement capabilities for such devices, which have gone generally unnoticed. These involve measurements of movements, angle, straightness, object location
  • Optical Spectroscopy
    A customer who is completing his doctorate in Chemistry at the California Institute of Technology has identified the need to measure fast optical signals using fast photo-detectors. The signal pulse width is as short as 2ns. Signals will be acquired at a 1KHz repetition rate, with a record length
  • Computer Controlled Variable Attenuator for Tunable Lasers
    loop attenuator sets and maintains the power by positioning the 1/2 wave-plate based on a feedback signal from a photo-detector. The photodetector can exhibit a strong dependence on wavelength (www.newport.com/818Series). This chromaticity becomes significant when the tuning range is large
  • Light Levels and Noise Guide Detector Choices
    disease, communicate with one another, secure our property and listen to our favorite song. Each of these applications requires a photodetector to convert the optical information into an electrical waveform. Each also has a number of requirements that determine the type of detector best-suited to it. Tech
  • Fine alignment, synchronized measurements
    Instrumentation buses simplify the task of coordinating motion with data acquisition. A light source, photodetector, and an actuator are the basic components required for aligning fiberoptic cables. Motion control and data acquisition can take place using instrumentation modules that operate from
  • University of Waterloo Skip to the content of the web site.
    three-dimensional pictures of parts of the eye that are so small they would not otherwise be visible. The device shines a focused laser beam into the eye and has a photo-detector device that can pick up and analyse light reflected back from deep within the retinal area. It penetrates the cornea and the lens

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