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Parts by Number for Acoustic Transducer Top

Part # Distributor Manufacturer Product Category Description
XLT30 PLC Radwell Milltronics Not Provided TRANSDUCER ACOUSTIC 0.9-60METER RANGE
7ML11412BA30 PLC Radwell Siemens Building Technologies Not Provided TRANSDUCER ACOUSTIC 0.9-60METER RANGE
BST1811P-06 Allied Electronics, Inc. ICC Not Provided Transducer, Acoustic; 40 mA; 6 VDC; 2000 to 2500 Hz; -30 to degC; 2 Pins
BRT1207P-01-SEHB Allied Electronics, Inc. ICC Not Provided Transducer, Acoustic; 70 mA; 1.5 VDC; 2731 Hz; -20 to degC; 2 Pins; 12 in.
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Conduct Research Top

  • Acoustic / Ultrasonic Transducers
    options, beam patterns, and power levels. Underwater acoustic transducers can contain both transmitters and receivers, or they can be solely transmitters used in conjunction with a hydrophone. They sense reflected sound and use distance and directional data for communication, mapping and navigation
  • Comparison Between Sound Intensity Probes and Acoustic Cameras
    Measurement Blog. Tweet. Prosig Noise & Vibration Blog. Home. Full Article Index. Who Are We?. Contact Us. Comparison Between Sound Intensity Probes and Acoustic Cameras. By James Wren On 15 March 2010 In transducers. Sometimes we are asked about the differences between an acoustic
  • Acoustic Holography, Noise Source Identification and Quantification
    is happening at the measurement plane, and can not be used to predict acoustic fields at any other location. What is the Principle behind Acoustic Holography?. The basic principle of Acoustic Holography is to measure cross-spectra between a set of reference transducers and the hologram microphones over a plane
  • Dynamic Rotary Torque Measurement using Surface Acoustic Waves (SAW) - A Lonsdale, 2000W (2000)
    , encompassing both static and dynamic measurement. The paper presents a. technical description of the resulting transducer, regarding its operation and construction. Microsoft Word - Dynamic Rotary Torque Using SAW _2000_ - A Lonsdale.doc. DYNAMIC ROTARY TORQUE MEASUREMENT. USING SURFACE ACOUSTIC WAVES
  • Guidelines for Specifying Underwater Electroacoustic Transducers
    a. The beam pattern shows the relative amplitude. difficult task. In addition, standard terminology. of the acoustic pressure (generated or received). describing transducers is different from other. as a function of direction relative to the. widely known definitions. Since underwater. transducer
  • Measurement Microphone Handbook
    Want to learn the basics of acoustic transducers like 'what is the difference between Free Field & Diffuse Field'? Download the new PCB Measurement Microphone Handbook to find out what you need to know to select the best microphone for your application!. Microphone Handbook. Microphone Handbook
  • Transducers and Arrays for Underwater Sound
    Transducers and Arrays for Underwater Sound. Presenting basic acoustic concepts and models needed in transducer and transducer array development, this book discusses the six major types of electroacoustic transducers and shows why piezoelectric ceramic transducers are suitable for underwater sound
  • How to Select Low-Differential Pressure Transducers (Part 2)
    pressure. To avoid this vibration effect, end users may need to mount transducers. in remote, quiet areas. Likewise, if the reference port is vented, it needs. to be channeled to an area without acoustic vibration noise or wind. In. ┬ęSetra Systems, Inc. All Rights Reserved. 2. the case of a wind