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Showing results: 2731 - 2745 of 3405 items found.

  • CMOS Type Micro Laser Distance Sensor

    HG-C1000L - Panasonic Industrial Devices Sales Company of America

    The IO-Link technology makes it possible to continuously collect and process data and to control the HG-C1000L. This allows users to implement predictive maintenance and to monitor the operation in machines and assembly lines. Processing the multitude of data requires users to invest know-how and time. To reduce the workload for the customers, Panasonic has developed a self-diagnosis function specifically for this sensor. This function sends sensor data via IO-Link to a higher-level fieldbus, thus informing about the state of the sensor directly. This way, the amount of production data and the work needed to analyze the data is reduced.

  • Digital Fiber Sensor

    FX-550L - Panasonic Industrial Devices Sales Company of America

    Panasonic IO-Link technology makes it possible to continuously collect and process data and to control the sensor. This allows users to implement predictive maintenance and to monitor operation in machines and assembly lines. Processing the multitude of data requires users to invest in know-how and time. Panasonic has developed a self-diagnosis function for each sensor type. This function sends sensor data via IO-Link to a higher-level fieldbus, thus informing about the state of the sensor directly. This way, the amount of production data and the work needed to analyze the data is reduced.

  • Digital Miniature Multi Channel Analyzer

    MCA 527 - Baltic Scientific Instruments, Ltd

    Automated base line restorer and threshold adjustmentAutomated or manual pole zero adjustment without oscilloscopeSystem dead time and count rate indicationDead time correctionAutomated spectrum recordingPeak stabilizationBasic analysis functions (energy calibration, FWHM, peak area and integral calculations, spectrum stripping and smoothing)File menu: write/read functions with drive/path - and file pick list functionsSetup menu: ADC, Amplifier, Presets, Memory splitting, MCA mode, MCS mode, Multi spectral recording mode, automated instrument configuration using setup file

  • Composite 1×24 Video Distribution Amplifier

    VDA124RM-12 - MicroImage Video Systems

    Video Distribution Amplifiers (sometimes called a video splitter – not to be confused with a video split screen controller such as our PXD510E split screen controller) are typically used for connecting a camera or other video source to several monitors that do not have “looping” inputs. In this situation, each monitor has a permanent 75 ohm termination. With two non-looping monitors connected together, the line would be double loaded and result in a dim picture on each monitor. Using a Video Distribution Amplifier will solve this problem by driving each monitor individually at 100%.

  • Composite 1×24 Video Distribution Amplifier Board

    BL-VDA124-01 - MicroImage Video Systems

    Video Distribution Amplifiers (sometimes called a video splitter – not to be confused with a video split screen controller such as our PXD510E split screen controller) are typically used for connecting a camera or other video source to several monitors that do not have “looping” inputs. In this situation, each monitor has a permanent 75 ohm termination. With two non-looping monitors connected together, the line would be double loaded and result in a dim picture on each monitor. Using a Video Distribution Amplifier will solve this problem by driving each monitor individually at 100%.

  • Composite 2×12 Video Distribution Amplifier

    VDA212RM - MicroImage Video Systems

    Video Distribution Amplifiers (sometimes called a video splitter – not to be confused with a video split screen controller such as our PXD510E split screen controller) are typically used for connecting a camera or other video source to several monitors that do not have “looping” inputs. In this situation, each monitor has a permanent 75 ohm termination. With two non-looping monitors connected together, the line would be double loaded and result in a dim picture on each monitor. Using a Video Distribution Amplifier will solve this problem by driving each monitor individually at 100%.

  • Composite 1×6 Video Distribution Amplifier

    VDA106 - MicroImage Video Systems

    Video Distribution Amplifiers (sometimes called a video splitter – not to be confused with a video split screen controller such as our PXD510E split screen controller) are typically used for connecting a camera or other video source to several monitors that do not have “looping” inputs. In this situation, each monitor has a permanent 75 ohm termination. With two non-looping monitors connected together, the line would be double loaded and result in a dim picture on each monitor. Using a Video Distribution Amplifier will solve this problem by driving each monitor individually at 100%.

  • Composite 2×12 Video Distribution Amplifier 12VDC

    VDA212RM-12 - MicroImage Video Systems

    Video Distribution Amplifiers (sometimes called a video splitter – not to be confused with a video split screen controller such as our PXD510E split screen controller) are typically used for connecting a camera or other video source to several monitors that do not have “looping” inputs. In this situation, each monitor has a permanent 75 ohm termination. With two non-looping monitors connected together, the line would be double loaded and result in a dim picture on each monitor. Using a Video Distribution Amplifier will solve this problem by driving each monitor individually at 100%.

  • Composite 1×24 Video Distribution Amplifier

    VDA124RM - MicroImage Video Systems

    Video Distribution Amplifiers (sometimes called a video splitter – not to be confused with a video split screen controller such as our PXD510E split screen controller) are typically used for connecting a camera or other video source to several monitors that do not have “looping” inputs. In this situation, each monitor has a permanent 75 ohm termination. With two non-looping monitors connected together, the line would be double loaded and result in a dim picture on each monitor. Using a Video Distribution Amplifier will solve this problem by driving each monitor individually at 100%.

  • Fuel Systems & Components Testing

    National Technical Systems

    NTS’ Fuel Systems & Component Testing site at Santa Clarita is used for the development and qualification of fuel line parts and subsystems. Any individual device or subsystem that is part of an engine or fuel system – such as fuel pumps, hydro-mechanical fuel controls and shutoff valves – requires qualification testing to the RTCA DO-160 environmental standards for airborne equipment or the Mil-STD 810G environmental standards for a broad range of military equipment. The fuel testing site installed at NTS Santa Clarita is a state-of-the-art facility for simulating the most stringent environmental conditions.

  • Field Strength Receiver

    KH3933 - Beijing KeHuan Century EMC Technology Co,.LTD

    KH3933 is a fully automatic interference field strength receiver integrating antenna and receiver. It is an important equipment for space field strength testing. It can be used to measure useless or harmful related radio interference signals in space, as well as medium wave and short wave. The field strength of the radio signal from a radio station. When measuring radio interference signals, this machine complies with GB/15707-1995 , DL/T691-1999 , and is suitable for high-voltage transmission lines and substation radio interference signals. This receiver complies with CISPR16-1 and GB6113-1 manufacturing standards.

  • High-Precision Material Testing Machine Vexus

    MT5 Series - Sinowon Innovation Metrology Manufacture Ltd.

    Vexus MT5 series of material testing machine is designed in single column with maximum testing force 5KN, it is able to make the material testing about tensile, compression, bending, shearing, bonding strength, peeling, tearing, etc, it is applied to test the material such as rubber, plastic, leather, metal, nylon line, fabric, paper, aviation, packaging, construction, petrifaction, electrician, vehicle and other materials. It is a stable and affordable material testing instruments for the incoming quality control, physical test, mechanics research, material research, etc.

  • MultiTracker

    PK-108/108A - Pansco, Ltd

    The Multitracker provides the most powerful combination of a high power Net toner, cable and network testers in one unit. It generates 2 selectable net tones with the capability to quickly locate and identify active network cables connected at HUB, Switch or Router, and live phone line systems. It also features a pin-by-pin cable testing with an auto scan and step modes for checking detail VDV (voice, data and video) cables pin-out configuration. Network test includes detecting PoE, Ethernet and Telephone services.

  • Industrial Electronics Testing for Smart Devices & More

    Circuit Check, Inc.

    As more and more devices are being designed with inherent intelligence and the ability to connect and communicate, the amount and complexity of electronic content is continuously increasing for our industrial customers. They need the ability to quickly and efficiently verify proper operation of these products as they flow off the production line. Circuit Check responds to these needs by offering a wide range of industrial electronics testing solutions from consulting to complete test system and software design. We also offer adaptable support solutions to ensure proper equipment operation throughout its life cycle.

  • Embedded Systems

    Cyth Systems, Inc

    Embedded systems consist of computer hardware, input and output (I/O), and software typically used for system control or monitoring applications. Our engineers are experts at integrating control system electronics with components and sensors, including motors, pumps, valves, signal transducers, and much more. We have developed and deployed thousands of systems that include industrial assembly lines, scientific instruments, medical devices, large installations like factories, manufacturing equipment, and electrical grids that rely on multiple embedded systems networked together.

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