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Light

Visible spectrum of electromagnetic radiation from 400nm to 700nm.

See Also: Illumination, Lighting, Lightning, Lightwave, Daylight, Luminescence


Showing recent results 1846 - 1860 of 1999 products found.

  • UPS (Uninterruptible Power Supply)

    Allied Edison LLC

    The UPS (Uninterruptable Power Supply) by Allied Edison is a light weight (7.2 lbs), portable, non-variable source that converts  a 12 Vdc Lithium Ion battery to output 110 vac sine wave at 60 hertz. It also has four 12Vdc output jacks, and 4 USB ports to power electronic equipment such as computers or used to supply cell phone chargers, etc. It has a strong built in flashlight. The UPS plugs into a standard 120 Vac, 60 hertz receptacle for charging and indicates percent battery capacity remaining on a digital meter located on the front panel. The UPS can also be charged by a solar cell, sold separately or can be plugged into a vehicles cigarette lighter receptacle for use in remote areas. The UPS is an excellent compliment to the VS-3 power supply where a technician needs a variable AC/DC source and cannot run a power cord due to the remoteness of the work area.

  • Guided Wave Radar Level Transmitter

    2291 - Georg Fischer Signet

    The 2291 Guided Wave Radar level transmitter is designed for continuous level measuring of conductive or non-conductive liquids, pulps and solids. The 2291 level gauge operates based on the well-known TDR (Time Domain Reflectometry) principle. Micropulses are sent along a probe guide at the speed of light. As soon as the impulse reaches the surface of the medium, it is reflected back to the electronic module. Level distance is directly proportional to the flight time of the impulse.

  • 200 mm Semi-Automated On-wafer Power Device Characterization System

    Tesla T200 - FormFactor, Inc.

    The Tesla T200 semi-automatic power device characterization system provides a complete on-wafer solution for over-temperature, low-contact resistance measurements of power semiconductors up to 3,000 V (triax)/10,000 V (coax) and 200 A (pulsed)/10 A (DC)., while providing a low-noise, fully guarded and shielded test environment, as well as a certified safety interlock system integrated with an ergonomic clear enclosure or infrared laser light curtain.

  • Fiber Optic Sensors

    optoCONTROL CLS-K - Micro-Epsilon Group

    The optoCONTROL CLS-K fiber optic sensors consist of a transmitter and receiver for infrared or ultraviolet light with subsequent signal processing. Measurement is made directly on the object using fiber optics. The selection of the electronic amplifier is the key to successfully solving this measurement task. The correct fiber optic is then selected depending on the measurement task at hand. The decisive factors are the distance from the object to the electronics, as well as the minimum installation space required.

  • UV Energy Meters

    Shenzhen Linshang Technology Co., Ltd.

    As an UV integrator supplier provide a fair price of UV energy meter for LED,mercury vapor lamp curing and UV exposure machine, Linshang developed four different models of UV energy meters. According to the type of ultraviolet light source measured, the instruments can be divided into two categories, LS120 and LS130 for testing the energy and intensity of high-pressure mercury lamps, LS128 and LS131 for testing UV LED.

  • Spectral Sensing

    ams AG

    The ams multi-spectral sensing family includes a broad array of spectral sensing devices providing between 6 and 18 channels in the visible and near-infrared spectrum. All products feature CMOS interference filters and benefit from innovative factory calibration to deliver precise spectral characteristics over their lifetime. Most include direct LED drivers to synchronize and control light sources for efficient digital shutter operations.

  • Radiation (EMF, Nuclear, RF)

    Sper Scientific

    Sper Scientific radiation meters measure EMF, Nuclear, and Microwave radiation levels. Whether you are, measuring the RF strength of Wi-Fi and LAN network, or the electromagnetic field emissions from electrical power lines and transmission equipment, computers, HVAC, audio/video, and other electrical appliances. Our meters are small and light enough to go anywhere, yet sensitive enough to detect minuscule amounts of gamma, beta or X-rays.

  • PXI Optical-to-Electrical Converter

    CohSol O2EPXIe-1001-2 / 786543-01 - NI

    PXIe, 2-Channel, 10 GHz PXI Optical to Electrical Converter—The CohSol O2EPXIe-1001-2 provides two DC-coupled photoreceivers that convert light with wavelengths from 750 nm to 1,650 nm into electricity at speeds up to 10 GHz. It offers multimode fiber with a 62.5 µm core and SC/PC, FC/PC, SC/APC, or FC/APC connectors. The CohSol O2EPXIe-1001-2 is ideal for reliable testing in manufacturing or research and development environments.

  • PXI Optical-to-Electrical Converter

    CohSol O2EPXIe-1001-2 / 786544-01 - NI

    PXIe, 2-Channel, 10 GHz PXI Optical to Electrical Converter—The CohSol O2EPXIe-1001-2 provides two DC-coupled photoreceivers that convert light with wavelengths from 750 nm to 1,650 nm into electricity at speeds up to 10 GHz. It offers multimode fiber with a 62.5 µm core and SC/PC, FC/PC, SC/APC, or FC/APC connectors. The CohSol O2EPXIe-1001-2 is ideal for reliable testing in manufacturing or research and development environments.

  • PXI Optical-to-Electrical Converter

    CohSol O2EPXIe-1001-2 / 786545-01 - NI

    PXIe, 2-Channel, 10 GHz PXI Optical to Electrical Converter—The CohSol O2EPXIe-1001-2 provides two DC-coupled photoreceivers that convert light with wavelengths from 750 nm to 1,650 nm into electricity at speeds up to 10 GHz. It offers multimode fiber with a 62.5 µm core and SC/PC, FC/PC, SC/APC, or FC/APC connectors. The CohSol O2EPXIe-1001-2 is ideal for reliable testing in manufacturing or research and development environments.

  • PXI Optical-to-Electrical Converter

    CohSol O2EPXIe-1001-1 / 786554-01 - NI

    PXIe, 1-Channel, 10 GHz PXI Optical to Electrical Converter—The CohSol O2EPXIe-1001-1 provides one DC-coupled photoreceiver that converts light with wavelengths from 750 nm to 1,650 nm into electricity at speeds up to 10 GHz. It offers multimode fiber with a 62.5 µm core and SC/PC, FC/PC, SC/APC, or FC/APC connectors. The CohSol O2EPXIe-1001-1 is ideal for reliable testing in manufacturing or research and development environments.

  • PXI Optical-to-Electrical Converter

    CohSol O2EPXIe-1001-1 / 786557-01 - NI

    PXIe, 1-Channel, 10 GHz PXI Optical to Electrical Converter—The CohSol O2EPXIe-1001-1 provides one DC-coupled photoreceiver that converts light with wavelengths from 750 nm to 1,650 nm into electricity at speeds up to 10 GHz. It offers multimode fiber with a 62.5 µm core and SC/PC, FC/PC, SC/APC, or FC/APC connectors. The CohSol O2EPXIe-1001-1 is ideal for reliable testing in manufacturing or research and development environments.

  • PXI Optical-to-Electrical Converter

    CohSol O2EPXIe-1001-1 / 786556-01 - NI

    PXIe, 1-Channel, 10 GHz PXI Optical to Electrical Converter—The CohSol O2EPXIe-1001-1 provides one DC-coupled photoreceiver that converts light with wavelengths from 750 nm to 1,650 nm into electricity at speeds up to 10 GHz. It offers multimode fiber with a 62.5 µm core and SC/PC, FC/PC, SC/APC, or FC/APC connectors. The CohSol O2EPXIe-1001-1 is ideal for reliable testing in manufacturing or research and development environments.

  • PXI Optical-to-Electrical Converter

    CohSol O2EPXIe-1001-2 / 786542-01 - NI

    PXIe, 2-Channel, 10 GHz PXI Optical to Electrical Converter—The CohSol O2EPXIe-1001-2 provides two DC-coupled photoreceivers that convert light with wavelengths from 750 nm to 1,650 nm into electricity at speeds up to 10 GHz. It offers multimode fiber with a 62.5 µm core and SC/PC, FC/PC, SC/APC, or FC/APC connectors. The CohSol O2EPXIe-1001-2 is ideal for reliable testing in manufacturing or research and development environments.

  • General Purpose Integrating Spheres

    Edmund Optics Inc.

    General Purpose Integrating Sphere Systems are designed to spatially integrate radiant flux in order to measure optical radiation. The spheres can be coupled with a sensor to create radiometers, photometers, or spectroradiometers in order to measure the total geometric flux emanating from a light source or the flux density of an illuminated area. Additionally, these sphere systems can be used to measure the output of high power lasers and laser diodes or to measure the reflectance and transmittance of materials.