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S2 Spectra Sensors
ULP-S2 WBI/V
The ULP S2 Spectra Sensor tests for LED intensity, and for any color in the visual spectrum, plus white. The S2 Spectra Sensor is well-suited for the test of “boundary” color LEDs, as it can unambiguously and repeatedly distinguish between not only adjacent visual colors such as green and yellow, but it can determine different hues of the same color such as yellow and amber, regardless of LED intensity. Implemented in a unique and customizable 2-Part solution, the S2 Spectra Sensor is assembled with your choice of Fiber-Optic Probe, including for the test of densely-spaced LEDs, bright LEDs, dim or misaligned LEDs, right-angle LEDs, and more, including the popular “Trident” Fiber-Optic Probes to sequentially test 3 LEDs with a single Sensor.Operating temperature range: 0oC to 70oCPower consumption: Operates between +5 and 28 volts D.C., at 6mA max. Less than 4.75 volts is not recommendedVoltage protection: Withstands up to +40 volts, & reverse polarity to -18 voltsOutput Pins: 4 gold-plated standard wire-wrap pins (0.025 in. sq.)Output Loads: ‘Int.’& ‘Color’- 2Kohms min., 100pF max.Sensor Size: 0.560 in. dia x 1.38 in. long.Typical response time: Typical response time: <10mS capture time; <100mS overall response timefor color and intensity simultaneouslyFiber-Optic Probes: Can be paired with any Universal LightProbe Fiber-Optic Probe
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Contact Ultrasound Sensors
Inspect bearings, steam traps and perform other mechanical inspections with our Needle or Threaded contact sensors.
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Ultrasound Sensors and Ultrasonic Transmitters
Extend your inspection capabilities with ultrasound sensors and Improve Leak Detection And Tightness Testing
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Aurora®
The Aurora® electromagnetic tracking solution provides unobstructed real-time tracking of micro sensors that can be embedded into rigid and flexible OEM medical instruments such as ultrasound probes, endoscopes, catheters, guidewires – even at the tip of a needle. With the Aurora® electromagnetic tracking solution, no line-of-sight is needed for in-vivo tracking of instruments through twisting anatomical tracts. When integrated as a component into the workflow of OEM image-guided surgery or interventional systems, the Aurora acts as the link between patient image sets and 3D space, enabling the instruments’ positions and orientations to be instantly localized and visualized within the operative field. It does so with the exceptional speed, accuracy, and precision required by today’s most demanding minimally invasive approaches.
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Multi-Channel Online Monitoring
Online4US
Online4US is a multi-channel online monitoring solution that combines both ultrasound and vibration sensors in 4 to 32 channel modular configurations. It answers a necessary demand to have advanced warning of critical asset failure in remote areas.
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Airborne Ultrasound Sensors
Find compressed air, gas and vacuum leaks in noisy environments. Increase your inspections distance and reach hard to access areas.
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3D Guidance®
The 3D Guidance® electromagnetic tracking solution delivers exceptional performance and value for OEM image-guided interventional and therapy systems and medical trainers that require real-time navigation tracking capabilities. The 3D Guidance solution tracks 6DOF sensors that can be embedded into OEM instruments such as ultrasound probes, rigid and flexible scopes, and laparoscopic tools. Continuous in-vivo tracking is maintained through difficult anatomy, even when sensors are out of sight. Low latency and fast update rates ensure the most subtle tool movements are instantly tracked and visualized within the OEM host interface. The 3D Guidance solution is available in the driveBAY™ and trakSTAR™ configurations, as based on the Electronics Unit. The trakSTAR is a standalone desktop unit that connects to a direct power source. The smaller driveBAY fits inside the drive bay of a computer, OEM imaging cart, or medical trainer/simulator, using the host’s power supply. Both share the same tracking accuracy and reliability. The ready-to-use configuration facilitates cost-effective integration and speeds time to market.
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Ultrasound Transducers
Utilizing optical and semiconductor fabrication techniques, Imaginant manufactures the PureView PrecisionTM line of RoHS-compliant delay-line ultrasound transducers with center frequencies ranging from 50 MHz to 250 MHz (higher and lower transducer frequencies are also available). Imaginant's precision-manufacturing process produces transducers that exhibit high reliability and high uniformity from device to device. This manufacturing consistency enables uniform test system performance to be attained across multiple systems. Imaginant transducers are available in focused and flat-face models that can be produced with minimal-damping for applications requiring maximal sensitivity or with maximal-damping and high-bandwidth for applications requiring the highest-degree of temporal precision.
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Ultrasound Detectors
Checker Range
Ideal for reliability departments adopting operator driven reliability (ODR), Checkers engage any stakeholder who is responsible for ensuring reliable operation of their assets prior to, during, and after their shift
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Ultrasound Detector/Recorder
D500X
The D500X Mk II is as easy to use and provides the same features as the classic D500X, with the following exceptions:*It does not include an internal microphone. Instead it ships with an external microphone which is either directly connected to the microphone jack or through an extension cable (sold separately). The microphone jack is an XLR type so no adapter cable is required.*It is powered by 4 C type batteries which last roughly three times longer than the AA batteries used in the classic D500X.*The jack for external power is a standard 2.5 mm DC power jack for easy connection.
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Ultrasound Detector
D200
A heterodyne detector with backlit, large digit, accurate digital display, showing the tuned frequency in the heterodyne mode. The frequency and volume controls are on the side of the case, making it easy to adjust.
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Ultrasound Detectors
A heterodyne detector with backlit, large digit, accurate digital display, showing the tuned frequency in the heterodyne mode.
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Ultrasound Measurements
Is sound waves with frequencies higher than the upper audible limit of human hearing. Ultrasound is no different from 'normal' (audible) sound in its physical properties, except in that humans cannot hear it. Ultrasound devices operate with frequencies from 20 kHz up to several gigahertz.Ultrasonic devices are used to detect objects and measure distances. Ultrasound imaging or sonography is often used in medicine. In the nondestructive testing of products and structures, ultrasound is used to detect invisible flaws.
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Medical Ultrasound
Piezo elements form an essential component in medical diagnostics. Medical Ultrasound uses high-frequency sound waves to look at organs and structures inside the body. Medical professionals use medical ultrasound to view internal organs and during pregnancy to view the fetus. CTS provides both monolithic and composite piezoelectric elements used in medical ultrasound applications.
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Ultrasound Pulser ICs And HV Multiplexers
ST's Ultrasound Imaging IC Solutions offer a complete range of integrated high-voltage transmitters from quad and octal, to the latest device, the state-of-the art STHV1600 ultrasound pulser IC, to high-voltage multiplexer IC, the STHV64SW, a 64-channel, high voltage analog independent switches. ST’s proprietary BCD6s-SOI and BCD8sSOI process technologies enable the combination of low-voltage CMOS logic, precise analog circuitry, and robust power stages on the same chip, offering unprecedented level of integration.
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Sensors
Physical Acoustics’ sensors are built to "listen" to high frequency signals. Much like a highly-sensitive “ear,” Acoustic Emission sensors interpret the material’s “voice” into usable AE waveforms. Additionally, AE sensors help understand how materials behave in their natural setting.
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Sensors
eBee series
Our line of drone cameras have been designed and optimized for every drone mapping application, from urban planning to crop mapping, thermal mapping and more.
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Ultrasound Microphone
M500
The M500 microphone is easily used with a Windows PC/tablet/laptop to record bat calls and other ultrasonic signals with the highest quality. For recording with the M500, the BatSound Touch or BatSound Touch Lite software is used.
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Process Sensors
To achieve the highest product quality, to minimize production and maintenance costs, and to react immediately to deviations in the production line, the continuous control and analysis of the production process are mandatory. The improved visibility of all process steps goes hand in hand with increased product quality. Therefore, the best process instrumentation is required.
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Temperature sensors
TC-03
The Temperature Chain TC-03 is a spliceless chain of several fibre optic temperature sensors in series. The sensors are all contained in a 1mm stainless steel tube which is directly connectorised on one end.
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Temperature Sensors
A temperature sensor is a device that detects and measures hotness and coolness and converts it into an electrical signal. At TE Connectivity (TE), we design and manufacture a broad portfolio of temperature sensors – including our NTC thermistors, RTDs, thermocouples, and thermopiles – designed for efficiency and easy installation, with capacity to reliably integrate technology that responds to human behavior.
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Optoelectronic Sensors
BERNSTEIN optoelectronic sensors can be divided into three basic types: * Through-beam, * Retro-reflective, and * Diffuse reflective. The specifications of the above mentioned sensors are defined in the standard IEC 60947-5-2 and are in conformity with the CE.
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Sensors and MEMS
Analog Devices MEMS accelerometer and gyroscope solutions provide designers with discrete components and plug and play iSensor® MEMS subsystems. Our iSensor MEMS IMUs are highly integrated, multiaxis solutions that combine gyroscopes, accelerometers, magnetometers, pressures sensors, and additional technology for multiple degrees of freedom applications under dynamic conditions. Download our technical articles and read our customer success stories to discover how we are efficiently and reliably addressing today’s complex application requirements.
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Power Sensors
RTP5006
Providing the highest video bandwidth and fastest rise times, the 50 MHz to 6 GHz Power Sensor by Boonton is the ideal instrument for fast, accurate and reliable RF power measurements.This module is ideal for many different applications including Crest Factor and Peak to Average Power Ratio (PAPR) measurements for Power Amplifiers and RF components; Telecommunication & Satellite signals: W-CDMA, QAM, OFDM, LTE-FDD and LTE-TDD; WiFi signals: 802.11ac and legacy 802.11 a/g/n/b; RF and Microwave pulse modulated power measurements: RADAR, MRI, Particle Accelerators; General purpose scalar measurements such as gain and return loss using modulated and pulsed signals as well as CW; and Monitoring, Recording, ALC loops, transient phenomena.
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pH Sensors
Campbell Scientific pH sensors measure the level of pH in sample solutions by measuring the activity of the hydrogen ions in the solutions. This activity is compared to pure water (a neutral solution) using a pH scale of 0 to 14 to determine the acidity or alkalinity of the sample solutions.
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Flow Sensors
The flow switch can be mounted on any axis and is designed with 3/8" BSP threads for easy installation.
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DSP Sensors
Now available with an optional blue laser, LaserGauge® DSP Sensors are totally self-contained and allow single stripe, Cross-Hatch or Cross-Vector scans with unmatched speed and flexibility. DSP Sensors are capable of scanning a wide variety of surface types including solid metal, paint, plastic/rubber, headlamps, tail lamps, window glass, composite, chrome surfaces.
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Photon Sensors
Nordson Measurement & Control Solutions
Electrode Coat Weight Gauging of Anode and Cathode for Lithium Ion Batteries
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Stud Sensors
Stud Sensors such as the MSV100 and MSV350D comprise a category of their own. Each uses electromagnetic induction to sense the presence of (and thereby locate) a stud, pipe, batten, current-carrying wire or other metallic object behind a wall or above a ceiling. The two instruments differ in their choice of the display technology (LED or LCD) used to pinpoint position.
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Vibration Sensors
ifm Vibration monitoring systems help you avoid unplanned downtime in the middle of production by providing vibration data to assess and evaluate the condition of your machine in real time. That way, you can schedule maintenance of machines when it fits your schedule. Using the same vibration monitoring technology, you can detect and prevent expensive machine damage in real-time.