Showing results: 676 - 690 of 787 items found.
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Klocke Nanotechnik
A new set of motorized tables developed by Klocke Nanotechnik allows high strokes at small volumes. The modules are driven by the Nanomotor®. Loads of up to two kg can be moved over centimeters of stroke with down to 2 nm resolution. Manipulation in many degrees of freedom is possible without backlash. The modules NMT xx-L are longer, but thin like a pencil. In most of the NMT-modules position measurement systems can be included without increasing the size. The resolution of the position sensor is better than 10 nm. All NMT modules can easily be fixed onto each other. Very small connectors allow the exchange of a module without removing cables. The NMT-Zxx are modules for vertical movement. They have an internal load compensation to lift up loads. Nanomotor-Grippers and force sensors that can easily be fixed on these modules are available.
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MB Dynamics Inc.
Experimental modal analysis, or modal testing, is a process for physically obtaining a math model of a structure’s dynamic properties. Modal tests identify a structure’s modal properties: natural frequencies, mode shapes, mass, stiffness and damping. Modal test results help troubleshoot resonant excitation from operating forces, validate and verify finite element models, predict the benefits of structural modifications, support design verification, and understand structural responses due to complex loading conditions.
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MaxTC G4 -
Mechanical Devices Ltd.
NEW G4– MaxTC is our premium Temperature Forcing System product, specifically designed for industry needs as a result of customer´s feedback from the Flex-TC. Its powerful cooling force (90W @ -40°C), rapid transition rates (75°C /min) and remote control capabilities will provide solutions to all semiconductor testing needs. MaxTC is compact, ultra quiet (55 d BA) and fits into any laboratory. A premium product at amazing value.
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Scientech Inc.
The Radiation Pressure Series is Scientech’s newest innovation, designed to accurately measure high power levels from lasers that would normally require expensive, large water-cooled calorimeters. These instruments measure the radiation force exerted by the laser beam on a mirror and significantly improve response time, size, and scalability. The mirrors are designed to reflect ≥99.999% of the laser energy and allow continuous measurement. Radiation Pressure Series instruments actually improve in accuracy as laser power increases.
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RealCar Simulation Bench -
Ono Sokki
This system is suitable for transient test of actual vehicle in combination with the real-time model calculation by the measurement/control panel and low inertial motor. By replacing the wheel of the actual vehicle with the tire type bearing, the axle shaft is taken out to the outside of the vehicle and connected to the low inertia motor. It can be reproduced the sliding motion which the chassis dynamometer cannot be realized. Also, since the longitudinal force is not occurred in the vehicle, the vehicle restraint can be simplified and the behavior such as shift shock can be reproduced on the bench.
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SKZ1013A -
SKZ Industrial Co., Ltd
Automatic surface tensiometer, made up of high precise and stable force measurement system, microcomputer control system, platinum plate (ring) measurement device, is compact in design, simple and reliable in structure, easy in operation (automatic/manual). It features net weight in whole range (one-key minimum clearing), whole range automatic calibration, good repeatability, accurate and reliable test result as well as liquid crystal display of test data with S232C output interface.
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Columbia Research Laboratories
Columbia Research Labs offers our standard Inclinometer System and our Differential Inclinometer System. The standard system includes a temperature compensated force balance inclinometer in conjunction with a power module and convenient digital display. It is available with either AC or DC Power supply input. The Differential System allows the customer to match the slope of two remotely located surfaces. The readout can be set to indicate the absolute tilt of either sensor or the differential angle between them.
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NI
The PXI Digital Pattern Instrument is designed for semiconductor characterization and production test. It provides 32 channels, a voltage range of -2 V to 6 V, a PPMU force voltage range of -2 V to 7 V, up to a 200 Mb/s data rate, and a clock generation rate up to 160 MHz. The module includes Digital Pattern Editor software as well as debugging tools like shmoo, digital scope, viewers for history RAM, pin states, and system status.
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WECO 9100 -
Radian Research, Inc.
Radian Research introduces an innovative Time Run solution to our line of multi-position test boards. The WECO 9100 Time Run Board features the highest quality socket design that you have come to expect from the leader in meter testing solutions. The standard WECO 9100 configuration consists of 68 zero insertion force sockets mounted on two back to back panels. A dead front socket design ensures safety by removing energy from sockets that are empty.
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Smiths Interconnect
A Switch Probe is a spring contact probe and receptacle combination that is normally open, and after a designated travel the switch probe closes. The most common use for switch probes is in the cable harness testing industry. The switch probe is used to verify the correct location of a terminal in a connector while checking the retention force as well. Switch probes also verify the presence of nonconductive components such as caps for connectors or devices on a circuit board. Smiths Interconnect offers three standard sizes of switch probes.
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IMADA, Incorporated
Lever-operated manual systems enable rapid push/pull testing up to 220 lbf.Wheel-operated manual systems enable slower, more precise movement with the hand wheel up to 750 lbf.Motorized push/pull testers offer the most control and highest degree of repeatability with the ability to set a constant test speed and range of movement up to 1100 lbf.All push/pull testers can be configured with a digital force gauge with data output for analysis by data acquisition software. An optional digital distance meter to measure displacement is available.
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R&D Interconnect Solutions
Contact Pitch Sizes 0.3mm, 0.4mm, 0.5mm, 0.65mm, 0.8mm, 1.0mm (custom pitches available)•Bandwidth < -1 dB through 65GHz•Current Carrying Capabilities 1 - 4 Amps•Pin Contact DC Resistance 10 - 30 mΩ•Environmental -40°C to +150°C•Self Inductance 0.14nH – 0.36nH•Mutual Inductance 0.12nH – 0.32nH•Typical Contact Force 12 – 35 grams/pin•Contact Compliance 75 µm – 200 µm•Custom Cooling Options Available
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Sanwood Environmental Chambers Co ., Ltd.
Sanwood Universal Test Machines, UTM, are widely use for different material testing, like semi-product & finished product made of rubber, plastic, metal, nylon, non-woven fabrics, textile, tape, polyfoam, waterproof materials, wire, cable, etc. With different test jigs or fixtures, the UTM can run the tensile, compression, shearing foce, adhesion, peeling force, tear strength, fatigue, etc test according to GB, CNS, ASTM, ISO, DIN, JIS, EN test standards.
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WIKA Alexander Wiegand SE & Co. KG
Pressure balances (often also referred to as mechanical dead-weight testers or primary standards) are the most accurate reference instruments for pressure. Their functional principle is based on the physical principle of pressure = force/area. Mass pieces placed on the top of a piston-cylinder system are the source of a precisely defined force. By producing a certain (counter) pressure inside the pressure balance an equilibrium is achieved: the mass pieces, including the free-running piston of the piston-cylinder system, are floating, which will lead to a very accurate pressure at the test port.
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Mensor Corp.
Primary standards (often also referred to as mechanical dead-weight testers or pressure balances) are the most accurate reference instruments for pressure. Their functional principle is based on the physical principle of pressure = force/area. Mass pieces placed on the top of a piston-cylinder system are the source of a precisely defined force. By producing a certain (counter) pressure inside the primary standard an equilibrium is achieved: the mass pieces, including the free-running piston of the piston-cylinder system, are floating, which will lead to a very accurate pressure at the test port.
