Ultrasonic Transducers
convert energy into a conditioned high frequency sound wave giving cause to mechanical vibration.
See Also: Ultrasonic Sensors
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Ultrasonic Transducers
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With a range of standard casings, we produce customised PVdF or ceramic transducers tailored to your specific needs. We have developed custom transducers for a wide range of applications and environments from underwater to use in CT & MRI systems, covering frequency range from 500KHz to 50MHz and above.
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Ultrasonic Transducers
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Sonix S-series ultrasonic NDT transducers are designed in-house to meet the demanding nondestructive testing requirements of semiconductor manufacturing. We offer the collaborative expertise to help customers choose the best ultrasonic NDT transducer for their application, based on three primary considerations.
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Ultrasonic Transducers
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Ultrasonic transducers send and receive waves for many types of sensing. Examples include distance, proximity, level, nondestructive evaluation, web break detection, counting, and security applications. They typically operate at their resonant frequency with various construction options, beam patterns, and power levels.
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Ultrasonic Transducers
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Sonix S-series ultrasonic NDT transducers are designed in-house to meet the demanding nondestructive testing requirements of semiconductor manufacturing. We offer the collaborative expertise to help customers choose the best ultrasonic NDT transducer for their application, based on three primary considerations.
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Custom Ultrasonic Transducers
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Blatek ultrasonic transducers are designed to meet custom apecifications using our proprietary piezocomposite. We take pride in our ability to design and manufacture ultrasonic probes to the exact design our customers provide. Our staff is experienced in working with customers through the transition from prototype to product. We have produced phased array, linear array, and curved linear array transducers, all with broad bandwidth, high sensitivity, and excellent element to element uniformity.
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Phase Array Ultrasonic Testing
PAUT
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Sensor Networks, Inc. (SNI) is a Pennsylvania-based technology company specializing in the design and fabrication of industrial ultrasonic transducers and tooling for demanding in-situ test and inspection applications. Engineered for precision, ease of use, and maximum durability, our offerings include Phased Array ultrasonic transducers, fixtures, couplant-delivery systems, qualification/calibration standards, procedure development, personnel training and instrumentation.
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Probes For Non-Contact Ultrasonic Testing
SONOSCAN CFC / CF
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Due to the strong damping properties of air, low frequencies in the kHz range are used in air-coupled ultrasonic testing. It is therefore all the more important that the ultrasonic transducers offer a particularly high sensitivity in order to ensure high penetration and improved resolution. We achieve this, among other things, by installing preamplifiers in the receiver probe as well as by using our own Piezocomposite Technology, which enables a flexible use of the matching materials in our CFC and CF probes.
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Ultrasonic Dual Element Probes
SONOSCAN T
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The ergonomic dual element probes for Non-Destructive Testing from the SONOSCAN Series comply with the DIN EN 12668-2 Standard and can be used to test metals, plastics and ceramics for imperfections such as cracks, inclusions, blowholes and other discontinuities. The transmitter-receiver probes manufactured in Germany are powerful, robust ultrasonic transducers which are compatible with the ultrasonic flaw detector SONOSCREEN ST10 or the thickness gauge SONOWALL 70.
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Ultrasonic Transducers
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Low frequency transducers for ultrasonic testing of concrete and other course grained materials. Shear Wave transducers (pictured above) are used in combination with compressional wave transducers to calculate Poisson's Ratio. The line of general-purpose compressional wave transducers feature robust PZT elements in stainless steel.
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Portable or Stationary Ultrasonic Flowmeter for Liquids
DUC
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Two ultrasonic clamp-on transducers are externally mounted on a pipe and produce an acoustic path. The transducers send and receive acoustic signals and their transit times are measured by an electronic flow transmitter. The signal is accelerated by the flow in the forward direction. The return signal is decelerated by the flow in the opposite direction. The difference in time between the two, together with the path length L, can be used to determine the average flow velocity. This principle is known as the acoustic time-of-flight principle.
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Ultrasonic NDT Transducers
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United Western Technologies Corp
The Quick Change Transducer (QCT) series of transducers that makes changing wedge angle and transducer frequency rapid and easy, saving both time and money. The QCT connects straight into the wedges allowing for many combinations all within one kit. All QC Transducers are fitted with top mounted microdot connectors allowing for seamless transition from one transducer to the next. The stainless steel transducer housing will resist even the harshest working conditions. The emphasis of the QCT is general purpose with a balance of power and resolution, a High resolution version is available upon request.The Quick Change Wedge (QCW) is simple to setup and operate, utilizing incorporated noise dampening material on the wedge. Offered in steel, aluminum and titanium refracted angle. Custom contours, radii and wear pins available upon request.The QCT and QCW series are extremely versatile and can be used in many different applications and in a wide variety of industries and environments.
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Ultrasonic Generators
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F&K Physiktechnik develops and manufactures fully digital ultrasonic generators. Ultrasonic power levels are available for fine wire bonding as well as for heavy wire and die bonding applications. All generators could be used with our ultrasonic transducers, but also with third party transducers.
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50KHZ MEASUREMENT MICROPHONE
M50
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The M50 is a precision engineered 50kHz omnidirectional measurement microphone ideally suited for acoustical measurements including high-end loudspeaker design and quality control, scientific research, measurements of ultrasonic or subsonic transducers, or any application where an extremely accurate free-field measurement microphone is required.
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Motion Logger Sensor
NUL-213
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This sensor uses an ultrasonic transducer to transmit an ultrasonic wave and measure the time of the echo return. In this way, the sensor measures the distance to an article located against it.
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Digital Ultrasonic Flaw Detector
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Are modern age portable and processor-based flaw detectors. They are made up of parts including an ultrasonic transducer, hardware & software for capturing signals and analysing them, a data logging module, and a waveform display for viewing the images and graphs.
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Ultrasonic Angle Beam Probes For Weld Seam Testing
SONOSCAN W
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The ergonomic angle beam probes for Non-destructive Testing (NDT) from the SONOSCAN series inspect metals for cracks and inclusions. In the metal industry they are mainly used for weld seam testing. Our SONOSCAN probes are powerful, robust ultrasonic transducers which can be connected to all standard ultrasonic testing gauges.
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Ultrasonic Single Element Probes
SONOSCAN P
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The ergonomic straight beam probes of the SONOSCAN Series for Nondestructive Testing (NDT) comply with the European Standard DIN EN 12668-2. Our ultrasonic transducers are used to check metals, plastics and ceramic materials for discontinuities, such as cracks, inclusions, blowholes and other material flaws.
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Transducer Test System
TTS-030
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For the generation of unique bond links the use of high-quality components is an essential precondition. Despite all care in the production of ultrasonic transducers again and again unexpected effects occur, which only manifest themselves in the use of those transducers and which also have the reason in the transducer itself.
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Portable Frequency Meter
SonicSniffer
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SonicSniffer is a portable frequency meter for preventive maintenance of ultrasonic transducers and power ultrasonic stacks, primarily in cutting and ultrasonic welding fields. The SonicSniffer determines the work frequency of the ultrasonic stack analyzing the sound emitted by the equipment during operation. See in the back side of this sheet how to use this information.
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Ultrasonic Transducer
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F&K Physiktechnik offers ultrasonic transducers "Made in Germany" for all kinds of bond applications. The complete range includes fine wire wedge transducers, fine wire ball transducers as well as heavy wire transducers.
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CMUT Evaluation-Kit
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The "CEK CMUT" evaluation kit offers interested developers of ultrasonic sensors and users the opportunity to set up a fully functional test setup for evaluating miniaturized capacitive micromechanical ultrasonic transducers (CMUT). It consists of either one or two CMUT sensor modules, adapted control electronics and software as a web application that controls the CMUT via plug-and-play.
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Ultrasonic Flowmeter
F8
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Gentos Measurement & Control Co.
The F8 Flow meters is a state-of-the-art universal transit-time flow meter for heavy industrial applications. Sophisticated electronics incorporating the latest developments in digital signal processing coupled with powerful ultrasonic transducers deliver highly accurate flow measurement for liquids in full pipes.
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Transducer
Model 3000
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The Model 3000 Transducer produces and receives soundwaves according to a unique and patented system. The device then transmits itsfindings to the Model 4110 Controller for data collection and analysis. As shown below, three different cable configurations are available forthe Model 3000 Series Transducer as best befit your equipmentspecifications. * Simple and effective design * Easy to install and maintain
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Ultrasonic Meters
E-Series
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E-Series Ultrasonic water meters from Badger Meter use solid-state technology in a compact, totally encapsulated, weatherproof, and UV-resistant housing, suitable for residential and commercial applications. Equipped with an easy-to-read, 9-digit LCD display, the ultrasonic meter reports consumption, rate of flow, reverse-flow indication, and alarms. With no moving parts, the E-Series Ultrasonic meter improves reliability and has greater extended low flow accuracy compared to mechanical meters.
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Torque Transducers
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The technology behind our torque sensors are strain gages. These gages are arranged into a Wheatstone Bridge circuit, which converts the physical, mechanical force into an electrical signal that can be filtered, displayed, and recorded for further processing. This very accurate radiometric electrical signal is proportional to the applied mechanical force.
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Cable Transducers
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Linear travel measurement made easy. Easy installation, reliable results.
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Analog Transducers
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CR Magnetics Analog Transducers provide the easy to use tools to monitor any electrical power system, power supply, or electrical load. From simple DC to DC voltage transducers, to complex real and imaginary power transducers, CR Magnetics has the exact input, output, and sensing technology to meet the needs of any electrical power sensing application.
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Ultrasonic Probes
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The probe (transducer) frequency required will be determined by the minimum thickness of the material to be measured. However, the lower the frequency the more effective the ultrasound will be at penetrating corrosion and coatings, if applicable.
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Transducer & Isolator
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Measured parameters can be programmed to generate equivalent output signalsOverride selection for desired value and rangeIsolation between input to output or output to outputQuick response time of 300ms in display and communicationOn field configurable Input and Output parametersUser friendly interface to support remote monitoring and communication
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Ultrasonic Sensing
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Ultrasonic sensing is the measurement of the time between an ultrasonic signal being sent and received. The interval between these two signals is typically referred to as time-of-flight (ToF) and depends on the distance the ultrasonic wave travels until it is reflected due to an impedance change and the speed of the ultrasonic wave. The basic equation time = distance / speed can be used to measure fluid level, fluid identification/concentration, flow, or proximity.
