Showing results: 781 - 795 of 7335 items found.
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Model 323 -
TREK, INC.
The Trek Model 323 Electrostatic Voltmeter performs high voltage resolution, noncontacting, DC stable surface voltage measurements using a technique which maintains high measurement accuracy over a wide range of sensor probe to measured surface spacings.
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Model 341B -
TREK, INC.
The Trek Model 341B is a DC stable, high-voltage precision electrostatic voltmeter for making noncontacting surface voltage measurements in the range of 0 to ±20 kV DC or peak AC. Research and industrial applications include charge accumulation monitoring of the LCD production processes, monitoring surface potentials in the electrostatic painting process, research and development in the electrophotographic process, and measuring electrostatic potentials on polymers, rubber, fabrics, and paper.
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Model 320C -
TREK, INC.
The Trek Model 320C Electrostatic Voltmeter is a versatile instrument which is used for a variety of electrostatic applications including contact potential measurements, materials evaluation, and electret studies.
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6330A series -
Chroma ATE Inc.
The 6330A family offers 8 types of modular loads with power ranging from 30 watts to 1200 watts, current from 0.5mA to 240A, and voltage measurement from 0.5mV to 500V. Each load is isolated and floating, programmable in dual current range and measuring voltage range, and capable of synchronizing with other modules for control operating. The load can be operated in constant current, constant voltage, and constant resistance. With Synchronic parallel control capability, 6330A series loads allow users to parallel and synchronize more than one load together from an internal loading control signal. This feature provides synchronic dynamic loading test for multi-output power and high power test solution. Real time measurement of voltage, current, is integrated into each 6330A load module using a 16-bit precision measurement circuit. The user can perform on line voltage measurement and adjustment, or simulate short circuit test using the simple keypad on the front panel.
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Model 368A -
TREK, INC.
The Trek Model 368A High-Speed Electrostatic Voltmeter provides precision noncontacting measurement of the surface voltages associated with electrostatic imaging processes as employed by the electrophotographic reproduction and laser printing industries.
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Newport Electronics
High speed fiber-optic detectors use special photodiodes with high speed electronic circuits to convert fast pulses in optical fibers to electrical signals for measurement. Unlike our optical receivers, these photodetectors do not include a transimpedance amplifier.
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Thorlabs, Inc.
Thorlabs' Reference Transmitters are designed for high-speed fiber optic test and measurement applications. They are fully-integrated and user-configurable solutions based on proven lithium niobate (LiNbO3) modulator technology driven by high-fidelity RF amplifiers.
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THOR -
Unity Semiconductor SAS
• Water edge defectivity and EBR measurements• Available at all edge zones in one scan• Ideal companion to upgrade Wotan• High speed• High sensitivity
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Newport Electronics
High speed optical detectors use special photodiodes with high speed electronic circuits to convert fast optical pulses to electrical signals for measurement. Unlike our optical receivers, these detectors do not include a transimpedance amplifier.
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FLIR X6980 SLS™ -
Teledyne FLIR
The FLIR X6980 SLS is an extraordinarily fast longwave IR camera designed for scientists and engineers who need to capture high-speed imagery for accurate thermal analysis and custom radiometric measurements. This thermal imaging camera combines 640 × 512 resolution from the SLS detector with the fastest high-speed frame rates to offer the shorter snapshot speeds and wider temperature bands needed to record crisp stop motion images of high-speed events. With a four-position motorized filter wheel and support for FLIR motorized focus lenses, the X6980 SLS will provide high quality recordings, save time, and mitigate frustration in dynamic acquisition environments.
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FLIR X6980™ -
Teledyne FLIR
The FLIR X6980 is an extraordinarily fast midwave IR camera designed for scientists and engineers who need to capture high-speed imagery for accurate thermal analysis and custom radiometric measurements. This thermal imaging camera combines 640 × 512 resolution with blazing-fast frame rates, allowing researchers to record stop motion on fast-moving subjects or rapid temperature changes—whether in the lab or on the test range. With a four-position motorized filter wheel and support for FLIR motorized focus lenses, the X6980 will provide higher quality recordings, save time, and mitigate frustration in dynamic acquisition environments.
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Columbia Research Laboratories
The Columbia H Series LVDT's provides an exceptionally high stroke-to-length ratio while maintaining excellent performance. With a linear range of +/- 1.0" to +/- 3.0" the H Series has found extensive application in position sensing and displacement measurement on large valves and remotely operated industrial process controls.
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PR140 -
MadgeTech, Inc
The PR140 is built with a precision stainless steel pressure gauge. The data logger has an accuracy of ±0.03 Bar (±0.435 PSI), which can be achieved over a wide temperature range, from 20°C to +140°C(68°F to 284°F). The PR140 can be programmed to take readings as often as once per second (1Hz), and has non-volatile memory that can store up to 32,700 measurements.
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ZWH-, ZWN-, & ZWP-Series -
Micro-Measurements
ZWH-, ZWN-, and ZWP-Series strain gages are designed for dynamic and limited static strain measurement at hightemperature.These strain gages are manufactured using a round wire for superior bonding ability and performance. A high-fatigue wire (Option Z) is also available on each of the gages. These gages are supplied with a fiberglassreinforced tape carrier which holds the grid and leads in place during installation and are bonded using ceramic cements or Rokide® flame spray. The shelf-life of thesegages is 9 months.
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SensyTemp TSH200 -
ABB Ltd.
High temperature combustion, annealing and melting processes are usually executed without pressure at temperature up to 1800 °C (3272 °F). As a result, the selection of the appropriate thermowell is the greatest challenge for temperature measurement.