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detect a physical event then translate to a representative analog signal.

See Also: Measurement, Detectors, Meters, Transducers

Showing recent results 1936 - 1950 of 2234 products found.

  • Handheld Network Coverage Verification Tool

    Nemo IoT Meter - Keysight Technologies

    An easy-to-use handheld NB-IoT and LTE-M network coverage verification tool. Nemo IoT Meter is an easy-to-use handheld measurement tool for verifying IoT service quality at customer premises. Nemo IoT Meter can be used in industrial environments to verify coverage and end-to-end connection quality for IoT device installations. Ideal for technicians installing IoT probes and sensors, it runs on a regular Android-based smartphone and is connected through an NB-IoT or LTE-M dongle.

  • PXI Load Resistor Module 40 Ohm to 295 Ohm

    40-292-011 - Pickering Interfaces Ltd.

    The 40-292 programmable load resistor module provides a simple solution for applications requiring a programmable load resistor with up to 15W power handling. The 40-292 module is able to simulate the common short circuit and open circuit conditions that can be experienced in a system due to faulty wiring or sensors. The short circuit position is fully thermally protected and provides a short circuit current limit. The series open switch provides an automatic current limit through the resistor chain and is thermally protected.

  • Calibration Solutions

    Exciter & Components - SPEKTRA Schwingungstechnik und Akustik GmbH Dresden

    SPEKTRA develops and produces a wide varity of vibration and shock exciters, which can be used in calibration systems as well as in measurement and test systems of small objects (e.g. sensors, electronic components, ...) or to apply defined dynamic forces to larger mechanical structures for modal analysis. Since APS Dynamics and SPEKTRA joined forces in 2009, the ELECTRO-SEIS ® long stroke vibration exciters are also produced in Germany.

  • Device Testing

    Exciter & Stimuli - SPEKTRA Schwingungstechnik und Akustik GmbH Dresden

    SPEKTRA exciter systems cover a wide spectrum of physical stimuli, like translation, rotation, magnet field or pressure to enable stimulated testing and calibration of a large variety of different sensors. Besides a standard-compliant calibration of sensor devices these exciter sytems are also used in complete system level test setups that include stimulus and sensor system testing.

  • Configurable Data-Logging System

    NI CompactDAQ - National Instruments

    This NI CompactDAQ configurable data-logging system includes an NI CompactDAQ controller or chassis, C Series I/O modules, and Chameleon software. It is designed for structural test and monitoring applications with the NI CompactDAQ controller, which includes built-in processing and nonvolatile storage for running Chameleon software and logging data locally. Alternatively, you can choose a USB or Ethernet chassis for a lower cost system that requires an external PC. This system accepts a variety of C Series I/O modules, so you can mix and match microphones, accelerometers, and temperature and bridge-based sensors.

  • NI Vehicle Radar Test System

    National Instruments

    VRTS provides automated radar measurement and obstacle simulation capabilities for 76 to 81 GHz automotive radar systems. With VRTS, you can perform precision RF measurements and simulate a wide range of test scenarios for radar hardware and software subsystems, including sensors, advanced driver assistance systems (ADAS), and embedded software. Use VRTS for all phases, from design to manufacturing, of ADAS and radar system test.

  • PXI Strain/Bridge Input Module

    National Instruments

    PXI Strain/Bridge Input Modules feature up to eightchannels that support quarter-, half-, or full-bridge sensors at speeds up to 102.4kS/s. The modules provide increased accuracy, high data throughput, and a range of synchronization features. Optional features include remote sensing, internal bridge completion, and shunt calibration options per channel. PXI Strain/Bridge Input Modules are ideal for dynamic strain, load and pressure measurements, and test cell installations requiring accuracy and flexibility.

  • PXI Sound and Vibration Module

    PXIe-4464 / 783087-02 - National Instruments

    204.8 kS/s, 119 dB, 6 Gains, AC/DC-Coupled, 4-Input PXI Sound and Vibration Module—The PXI‑4464 delivers simultaneous sampling on all channels. In addition, the PXI‑4464 includes built-in antialiasing filters that automatically adjust to your sampling rate, six software-selectable input gains ranges, and TEDS smart sensor support for error-free setup. The IEPE excitation circuit can deliver current for high-power sensors and strong data integrity over long sensor cable runs.

  • Converged IoT PXI Chassis

    National Instruments

    The Converged IoT PXI Chassis enables IoT insights and action through three points of convergence in one chassis. It uses sensors to integrate precision data capture and control with security, device, and systems management. Compared to traditional servers, this chassis comes in models that can withstand increased shock, vibration, and broad temperature ranges as well as various mounting options to accommodate compact environments.

  • Aerospace Fuel

    Eaton Corp. Electrical Group

    Eaton is a world leader in delivering an unsurpassed range of reliable, efficient fuel systems for today's commercial and military aircraft and aero-engine programs. Eaton's aerospace fuel systems portfolio includes fuel pumps, boost and transfer pumps, valves, sensors, and accessories, as well as all the components to build fuel conveyance and delivery sub-systems from the tank to the engine. Eaton's premier fuel system testing facility in Europe provides a total system capability certification for the design and development of fuel systems to suit our customer's specific requirements.

  • Exciting & Dynamic Robot Control Simulation Software


    EDRS is powerful simulation software that helps develop the intelligent robot and give the user training in convenient and speedy manner. Also, it comes with dynamic robot simulation based on three dimension andimplements minute performance control of the robot through Kinetic Engine.*Simulation in various types of environment by configuring the robot and environment in three-dimension*Configuration of the robot and environment by Robot Editor and Environment Editor*Various sensors essential for the robot and environment can be mounted and monitored at the user's choice*28 types of sensor for entering real life-like parameters and performing simulation*Capable of exporting and loading the robot, object and environment which the user has drawn using 3D Max(OPTION)*Possesses compiler itself and allows control of each robot sensor using C, C++ and Flow Chart Language and perform build and debug*Programming Library enables programming on Virtual C++(MFC) and Eclipse*Vision Sensor for viewing an object at the robot's point of view and observation at the user's and robot's point of view in separate windows*Realistic simulation using the Kinetic Engine for controlling the robot's complex and minute performances*Ehancement of educational effects with the Electronic Manual covering the robotics courses and over 20 types of flash animation for sensors and actuators*Real-time upgrade of a latest version through the software's Upgrade function on Internet

  • Advanced Packaging

    KLA-Tencor Corp

    KLA-Tencor offers a series of standalone and cluster inspection and metrology systems for various applications in the semiconductor packaging field. Our CIRCL-AP product supports 0.5um sensitivity all-surface inspection, metrology and review at fast throughput. It enables effective process control for advanced wafer-level packaging processes, such as 2.5D/3D IC integration using through silicon vias (TSVs), wafer-level chip scale packaging (WLCSP) and fan-out wafer-level packaging (FOWLP). Used for packaging applications associated with LEDs, MEMS, image sensors and flip-chip packaging, our WI-22x0 Series products focus on front side wafer inspection and provide feedback on wafer surface quality, quality of the wafer dicing, or quality of wafer bumps, pads and pillars. Our Component Inspector (CI) products inspect various semiconductor components that are handled in a tray, such as microprocessors, sensors or memory chips. Component defect inspector capability includes: 3D co-planarity inspection; measurement of the evenness of the contacts; component height; 2D surface inspection to check the package''s surface aspects, the identification mark and the orientation; and, the option of 5S, a bottom and all-four-side inspection that reveals certain reliability defects which are of particular interest for applications, such as mobile memory and MEMS.

  • Optical CMM Systems

    RedLux Ltd

    Our OmniLux metrology system is highly versatile and provides unparalleled levels of 3D CMM capture for component measurement in seconds. This high precision non contact, metrology system is extremely versatile because it measures components of any geometry and of any material. Geometries possible include: spheres, asphere, cylinder, internal bore, cone/taper, step height or freeform in any material such as polished or rough metals or ceramics and polymers. The Omnilux is fast and accurate because, unlike direct contact sensors, the use of optical sensors means that the whole surface can be analysed while the object is suspended in space, ensuring that no damage comes to delicate surfaces. Our easy-to-use software interface, developed from years of experience enables the operator to effortlessly control the system. Rich data analysis, automation and export of results for the immediate generation of reports as well as a compact footprint means OmniLux is the leading solution for production or R&D environments where reducing cycle times is critical to sustainable success.

  • Laser Diode Temperature Controllers

    Newport Corporation

    Thermoelectric temperature controllers are used to control a thermoelectric cooler (TEC) that is typically integrated into a laser diode's package or part of a temperature controlled mounting plate. Laser diode operation is affected by temperature. Precision temperature control will help maintain output power and wavelength as well as prevent against over temperature conditions that can damage or prematurely age laser diodes. Temperature controllers may also be used to control other optical electric devices in research and development or manufacturing test. Careful attention to the design of the temperature controllers provide high stability either with easy to set up Hybrid P-I control loop or with a full PID control loop. For PID control loops, ILX Lightwave instruments contain an autotune method to reduce time to configure the temperature controller for your application. Most ILX Lightwave temperature controllers are compatible with multiple types of temperature sensors including thermistors, AD590, LM335, and RTD sensors.  Please see our Diode Temperature Controller Guide for more information.

  • Well Control

    Herrin Design & Manufacturing Co.

    The Herrin Design Model 1644 Well System Pump Control is designed to provide a cost effective means of controlling water system reservoir levels. Through precise monitoring, the Well Control is able to reliably sense reservoir water levels by measuring water pressure at the well head. By monitoring reservoir levels at the well head, it is possible to mount the water system controls in one location, eliminating the costly communications link--leased lines or buried cables--between reservoir level sensors and the pumps. Typically, mechanical sensors at the reservoir deteriorate or are broken frequently due to weather; and communications lines are a large, continued expense.The Well Control tolerates temporary variations in water pressure due to surges and usage. The pump will not start until there is a constant low pressure level for 2-3 (variable) minutes (OFF TIME). This insures the pumps are activated only when necessary. Once the pump is turned on, it remains on for a preset period of time--up to 24 hours (ON TIME). During the pump cycle, the control does not rely on water pressure measurements to indicate if the reservoir is full. This feature eliminates sporadic pumping due to pressure variations created during the pumping cycle.